A1.A1_07G260600-1
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Transcript Overview
Alignments
The following features are aligned
Analyses
This mRNA is derived from or has results from the following analyses Orthologs
Syntenic blocks Relationships
This mRNA is a part of the following gene feature(s):
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
The following polypeptide feature(s) derives from this mRNA:
Homology
BLAST of A1.A1_07G260600-1 vs. NCBI nr
Match: gb|KAG8478087.1| (hypothetical protein CXB51_027844 [Gossypium anomalum]) HSP 1 Score: 2697.54 bits (6991), Expect = 0.000e+0 Identity = 1270/1314 (96.65%), Postives = 1292/1314 (98.33%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQASTKIENRVASSPQYSIAKNRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLV 1314
MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQD MKEKTAA LWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGAS+HEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKP+SQGEGLIVRGRQDRN DDDRGRTQERN RGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVR+VPELKRNLISLSTLDSKGYRYT ESGVLKISKGSLVVMKGQRK AKLY+LQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGM ELSKRGLL+GQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGI+RHLTVRHTPQQNGVAERMN+TIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHV+NGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQ STKIENRVASSPQYSIAKNRT+REIKP KKYAE DLVAYALNVAEDIDANQEP NYSEAISCEDSEKWMFAMQEEMESLHKN+TWDLVKLPKGKK VRCKWVFKKKEGTPGVEEP+YKARLVAKGYSQ+ GVDF DVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGF VSEKEDYVCLLKKS YGLKQSPRQWYKRFDSFMTSHDFKR+SFDSCVYFKKN+DGSFVYLLLYVDDMLIAAKDK EIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRK SKLYLSQKGYIEK+LC+FNM+SAKPVST LAAHFRLSS LSPQSD+EIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANP KE+WKAVQWILRYLRGTT+VCLQFGRT+DGVIGYVDADFAGDLDRRRSLTGYVFTI GCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHID+RYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLV
Sbjct: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDAMKEKTAAALWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASLHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPDSQGEGLIVRGRQDRNTDDDRGRTQERNHRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRYVPELKRNLISLSTLDSKGYRYTAESGVLKISKGSLVVMKGQRKTAKLYILQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMVELSKRGLLDGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIVRHLTVRHTPQQNGVAERMNKTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVNNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQVSTKIENRVASSPQYSIAKNRTKREIKPPKKYAEADLVAYALNVAEDIDANQEPSNYSEAISCEDSEKWMFAMQEEMESLHKNKTWDLVKLPKGKKTVRCKWVFKKKEGTPGVEEPKYKARLVAKGYSQVPGVDFIDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFTVSEKEDYVCLLKKSFYGLKQSPRQWYKRFDSFMTSHDFKRNSFDSCVYFKKNNDGSFVYLLLYVDDMLIAAKDKGEIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKTSKLYLSQKGYIEKLLCRFNMRSAKPVSTPLAAHFRLSSTLSPQSDDEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPGKEYWKAVQWILRYLRGTTDVCLQFGRTEDGVIGYVDADFAGDLDRRRSLTGYVFTIRGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDVRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLV 1314
BLAST of A1.A1_07G260600-1 vs. NCBI nr
Match: gb|KAG8472852.1| (hypothetical protein CXB51_034764 [Gossypium anomalum]) HSP 1 Score: 2687.14 bits (6964), Expect = 0.000e+0 Identity = 1282/1318 (97.27%), Postives = 1300/1318 (98.63%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQASTKIENRVASSPQYSIAKNRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAA LWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKP+SQGEGLIVRGRQDRN DDDRGRTQERN RGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIK EAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVR+VPELKRNLISLSTLDSKGYRYT ESGVLKISKGSLVVMKGQRK AKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGM ELSKRGLL+GQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSR+PSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGI+RHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHV+NGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQ STKIENRVASSPQYSIAKNRT+REIKP KKYAE DLVAYALNVAEDIDANQEP NYSEAISCEDSEKWMFAMQEEMESLHKN+TWDLVKLPKGKK VRCKWVFKKKEGTPGVEEP+YKARLVAKGYSQ+ GVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGF VSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKN+DGSFVYLLLYVDDMLIAAKDK EIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRK SKLYLSQKGYIEK+LC+FNM+SAKPVST LAAHFRLSSALSPQSD+EIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANP KEHWKAVQWILRYLRGTT+VCLQFGRT+DGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHID+RYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC
Sbjct: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAALWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPDSQGEGLIVRGRQDRNTDDDRGRTQERNHRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKGEAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRYVPELKRNLISLSTLDSKGYRYTAESGVLKISKGSLVVMKGQRKTAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMVELSKRGLLDGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRMPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIVRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVNNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQVSTKIENRVASSPQYSIAKNRTKREIKPPKKYAEADLVAYALNVAEDIDANQEPSNYSEAISCEDSEKWMFAMQEEMESLHKNKTWDLVKLPKGKKTVRCKWVFKKKEGTPGVEEPKYKARLVAKGYSQVPGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFTVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNNDGSFVYLLLYVDDMLIAAKDKGEIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKTSKLYLSQKGYIEKLLCRFNMRSAKPVSTPLAAHFRLSSALSPQSDDEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPGKEHWKAVQWILRYLRGTTDVCLQFGRTEDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDVRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
BLAST of A1.A1_07G260600-1 vs. NCBI nr
Match: gb|KAG8492238.1| (hypothetical protein CXB51_009890 [Gossypium anomalum]) HSP 1 Score: 2687.14 bits (6964), Expect = 0.000e+0 Identity = 1283/1318 (97.34%), Postives = 1300/1318 (98.63%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQASTKIENRVASSPQYSIAKNRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAA LWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKP+SQGEGLIVRGRQDRN DDDRGRTQERN RGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVR+VPELKRNLISLSTLDSKGYRYT ESGVLKISKGSLVVMKGQRK AKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGM ELSKRGLL+GQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGI+RHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHV+NGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKD SNKENQKQVEHQINTESTPQ STKIENRVASSPQYSIAKNRT+REIKP KKYAE DLVAYALNVAEDIDANQEP NYSEAISCEDSEKWMFAMQEEMESLHKN+TWDLVKLPKGKK VRCKWVFKKKEGTPGVEEP+YKARLVAKGYSQ+ GVDFTDVFSPVVKHSSIR LLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKN+DGSFVYLLLYVDDMLIAAKDK EIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRK SKLYLSQKGYIEK+LC+FNM+SAKPVST LAAHFRLSSALSPQSD+EIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANP KEHWKAVQWILRYLRGTT+VCLQFGRT+DGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHID+RYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC
Sbjct: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAALWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPDSQGEGLIVRGRQDRNTDDDRGRTQERNHRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRYVPELKRNLISLSTLDSKGYRYTAESGVLKISKGSLVVMKGQRKTAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMVELSKRGLLDGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIVRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVNNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDCSNKENQKQVEHQINTESTPQVSTKIENRVASSPQYSIAKNRTKREIKPPKKYAEADLVAYALNVAEDIDANQEPSNYSEAISCEDSEKWMFAMQEEMESLHKNKTWDLVKLPKGKKTVRCKWVFKKKEGTPGVEEPKYKARLVAKGYSQVPGVDFTDVFSPVVKHSSIRVLLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNNDGSFVYLLLYVDDMLIAAKDKGEIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKTSKLYLSQKGYIEKLLCRFNMRSAKPVSTPLAAHFRLSSALSPQSDDEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPGKEHWKAVQWILRYLRGTTDVCLQFGRTEDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDVRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
BLAST of A1.A1_07G260600-1 vs. NCBI nr
Match: gb|KAG8494245.1| (hypothetical protein CXB51_011466 [Gossypium anomalum]) HSP 1 Score: 2685.6 bits (6960), Expect = 0.000e+0 Identity = 1280/1318 (97.12%), Postives = 1299/1318 (98.56%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQASTKIENRVASSPQYSIAKNRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAA LWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKP+SQGEGLIVRGRQDRN DDDRGRTQERN RGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVR+VPELKRNLISLSTLDSKGYRYT ESGVLKISKGSLVVMKGQRK AKLY+LQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGM ELSKRGLL+GQGICKLNFCEHCVFGKQKRVRFTRGIHN KETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGI+RHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHV+NGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKD SNKENQKQVEHQINTESTPQ STKIENRVASSPQYSIAKNRT+REIKP KKYAE DLVAYALNVAEDIDANQEP NYSEAISCEDSEKWMFAMQEEMESLHKN+TWDLVKLPKGKK VRCKWVFKKKEGTPGVEEP+YKARLVAKGYSQ+ GVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGF VSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKN+DGSFVYLLLYVDDMLIAAKDK EIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRK SKLYLSQKGYIEK+LC+FNM+SAKPVST LAAHFRLSSALSPQSD+EI+YMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANP KEHWKAVQWILRYLRGTT+VCLQFGRT+DGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHID+RYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC
Sbjct: 44 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAALWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPDSQGEGLIVRGRQDRNTDDDRGRTQERNHRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRYVPELKRNLISLSTLDSKGYRYTAESGVLKISKGSLVVMKGQRKTAKLYILQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMVELSKRGLLDGQGICKLNFCEHCVFGKQKRVRFTRGIHNKKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIVRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVNNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDCSNKENQKQVEHQINTESTPQVSTKIENRVASSPQYSIAKNRTKREIKPPKKYAEADLVAYALNVAEDIDANQEPSNYSEAISCEDSEKWMFAMQEEMESLHKNKTWDLVKLPKGKKTVRCKWVFKKKEGTPGVEEPKYKARLVAKGYSQVPGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFTVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNNDGSFVYLLLYVDDMLIAAKDKGEIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKTSKLYLSQKGYIEKLLCRFNMRSAKPVSTPLAAHFRLSSALSPQSDDEIKYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPGKEHWKAVQWILRYLRGTTDVCLQFGRTEDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDVRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1361
BLAST of A1.A1_07G260600-1 vs. NCBI nr
Match: gb|KAG8476440.1| (hypothetical protein CXB51_033380 [Gossypium anomalum]) HSP 1 Score: 2684.83 bits (6958), Expect = 0.000e+0 Identity = 1282/1318 (97.27%), Postives = 1301/1318 (98.71%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQASTKIENRVASSPQYSIAKNRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAA LWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKP+SQGEGLIVRGRQDRN DDDRGRTQERN RGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVR+VPELKRNLISLSTLDSKGYRYT ESGVLKISKGSLVVMKGQRK AKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGM ELSKRGLL+GQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGI+RHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHV+NGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQ STKIENRVASSPQYSIAKNRT+REIKP KKYAE DLVAYALNVAEDIDANQEP NYSEAISCEDSEKWMFAMQEEMESLHKN+TWDLVKLPKGKK VRCKWVFKKKEGTPGVE+P+YKARLVAKGYSQ+ GVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGF VSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKN++GSFVYLLLYVDDMLIAAKDK EIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRK SKLYLSQKGYIEK+LC+FNM+SAKPVST LAAHFRLSSALSPQSD+EIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANP KEHWKAVQWILRYLRGTT+VCLQFGRT+DGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHID+RYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC
Sbjct: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAALWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPDSQGEGLIVRGRQDRNTDDDRGRTQERNHRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRYVPELKRNLISLSTLDSKGYRYTAESGVLKISKGSLVVMKGQRKTAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMVELSKRGLLDGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIVRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVNNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQVSTKIENRVASSPQYSIAKNRTKREIKPPKKYAEADLVAYALNVAEDIDANQEPSNYSEAISCEDSEKWMFAMQEEMESLHKNKTWDLVKLPKGKKTVRCKWVFKKKEGTPGVEKPKYKARLVAKGYSQVPGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFTVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNNNGSFVYLLLYVDDMLIAAKDKGEIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKTSKLYLSQKGYIEKLLCRFNMRSAKPVSTPLAAHFRLSSALSPQSDDEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPGKEHWKAVQWILRYLRGTTDVCLQFGRTEDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDVRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
BLAST of A1.A1_07G260600-1 vs. NCBI nr
Match: gb|KAG8499067.1| (hypothetical protein CXB51_005481 [Gossypium anomalum]) HSP 1 Score: 2684.44 bits (6957), Expect = 0.000e+0 Identity = 1281/1318 (97.19%), Postives = 1299/1318 (98.56%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQASTKIENRVASSPQYSIAKNRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAA LWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKP+SQGEGLIVRGRQDRN DDDRGRTQERN RGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNR+WFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVR+VPELKRNLISLSTLDSKGYRYT ESGVLKISKGSLVVMKGQRK AKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGM ELSKRGLL+GQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGI+RHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHV+NGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQ STKIENRVASSPQYSIAKNRT+REIKP KKYAE DLVAYALNVAEDIDANQEP NYSEAISCEDSEKWMFAMQEEMESLHKN+TWDLVKLPKGKK VRCKWVFKKKEGTPGVEEP+YKARLVAKGYSQ+ GVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGF VSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKN+DGSFVYLLLYVDDMLIAAKDK EIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRK SKLYLSQKGYIEK+LC+FNM+SAKPVST LAAHFRLSS LSPQSD+EIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANP KEHWKAVQWILRYLRGT +VCLQFGRT+DGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHID+RYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC
Sbjct: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAALWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPDSQGEGLIVRGRQDRNTDDDRGRTQERNHRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNREWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRYVPELKRNLISLSTLDSKGYRYTAESGVLKISKGSLVVMKGQRKTAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMVELSKRGLLDGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIVRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVNNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQVSTKIENRVASSPQYSIAKNRTKREIKPPKKYAEADLVAYALNVAEDIDANQEPSNYSEAISCEDSEKWMFAMQEEMESLHKNKTWDLVKLPKGKKTVRCKWVFKKKEGTPGVEEPKYKARLVAKGYSQVPGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFTVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNNDGSFVYLLLYVDDMLIAAKDKGEIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKTSKLYLSQKGYIEKLLCRFNMRSAKPVSTPLAAHFRLSSTLSPQSDDEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPGKEHWKAVQWILRYLRGTIDVCLQFGRTEDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDVRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
BLAST of A1.A1_07G260600-1 vs. NCBI nr
Match: gb|KAG8473073.1| (hypothetical protein CXB51_035007 [Gossypium anomalum]) HSP 1 Score: 2684.06 bits (6956), Expect = 0.000e+0 Identity = 1281/1318 (97.19%), Postives = 1299/1318 (98.56%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQASTKIENRVASSPQYSIAKNRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRK LTQLHLHLSNEILQDVMKEKTAA LWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKP+SQGEGLIVRGRQDRN DDDRGRTQERN RGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVR+VPELKRNLISLSTLDSKGYRYT ESGVLKISKGSLVVMKGQRK AKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGM ELSKRGLL+GQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGI+RHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHV+NGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETA+LPNLSLKD SNKENQKQVEHQINTESTPQ STKIENRVASSPQYSIAKNRT+REIKP KKYAE DLVAYALNVAEDIDANQEP NYSEAISCEDSEKWMFAMQEEMESLHKN+TWDLVKLPKGKK VRCKWVFKKKEGTPGVEEP+YKARLVAKGYSQ+ GVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGF VSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKN+DGSFVYLLLYVDDMLIAAKDK EIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRK SKLYLSQKGYIEK+LC+FNM+SAKPVST LAAHFRLSSALSPQSD+EIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANP KEHWKAVQWILRYLRGTT+VCLQFGRT+DGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHID+RYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC
Sbjct: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKTLTQLHLHLSNEILQDVMKEKTAAALWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPDSQGEGLIVRGRQDRNTDDDRGRTQERNHRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRYVPELKRNLISLSTLDSKGYRYTAESGVLKISKGSLVVMKGQRKTAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMVELSKRGLLDGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIVRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVNNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAILPNLSLKDCSNKENQKQVEHQINTESTPQVSTKIENRVASSPQYSIAKNRTKREIKPPKKYAEADLVAYALNVAEDIDANQEPSNYSEAISCEDSEKWMFAMQEEMESLHKNKTWDLVKLPKGKKTVRCKWVFKKKEGTPGVEEPKYKARLVAKGYSQVPGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFTVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNNDGSFVYLLLYVDDMLIAAKDKGEIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKTSKLYLSQKGYIEKLLCRFNMRSAKPVSTPLAAHFRLSSALSPQSDDEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPGKEHWKAVQWILRYLRGTTDVCLQFGRTEDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDVRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
BLAST of A1.A1_07G260600-1 vs. NCBI nr
Match: gb|KAG8492590.1| (hypothetical protein CXB51_009963 [Gossypium anomalum]) HSP 1 Score: 2683.29 bits (6954), Expect = 0.000e+0 Identity = 1281/1318 (97.19%), Postives = 1298/1318 (98.48%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQASTKIENRVASSPQYSIAKNRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAA LWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKP+SQGEGLIVRGRQDRN DDDRGRTQERN RGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVR+VPELKRNLISLSTLDSKGYRYT ESGVLKISKGSLVVMKGQRK AKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGM ELSKRGLL+GQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGI+RHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHV+NGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKD SNKENQKQVEHQINTESTPQ STKIENRVASSPQYSIAKNRT+REIKP KKYAE DLVAYALNVAEDIDANQEP NYSEAISCEDSEKWMFAMQEEMESLHKN+TWDLVKLPKGKK VRCKWVFKKKEGTPGVEEP+YKARLVAKGYSQ+ GVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGF VSEKEDYVCLLKKSLY LKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKN+DGSFVYLLLYVDDMLIAAKDK EIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRK SKLYLSQKGYIEK+LC+FNM+SAKPVST LAAHFRLSS LSPQSD+EIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANP KEHWKAVQWILRYLRGTT+VCLQFGRT+DGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHID+RYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC
Sbjct: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAALWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPDSQGEGLIVRGRQDRNTDDDRGRTQERNHRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRYVPELKRNLISLSTLDSKGYRYTAESGVLKISKGSLVVMKGQRKTAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMVELSKRGLLDGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIVRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVNNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDCSNKENQKQVEHQINTESTPQVSTKIENRVASSPQYSIAKNRTKREIKPPKKYAEADLVAYALNVAEDIDANQEPSNYSEAISCEDSEKWMFAMQEEMESLHKNKTWDLVKLPKGKKTVRCKWVFKKKEGTPGVEEPKYKARLVAKGYSQVPGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFTVSEKEDYVCLLKKSLYNLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNNDGSFVYLLLYVDDMLIAAKDKGEIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKTSKLYLSQKGYIEKLLCRFNMRSAKPVSTPLAAHFRLSSTLSPQSDDEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPGKEHWKAVQWILRYLRGTTDVCLQFGRTEDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDVRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
BLAST of A1.A1_07G260600-1 vs. NCBI nr
Match: gb|KAG8486348.1| (hypothetical protein CXB51_019795 [Gossypium anomalum]) HSP 1 Score: 2682.9 bits (6953), Expect = 0.000e+0 Identity = 1281/1318 (97.19%), Postives = 1299/1318 (98.56%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQASTKIENRVASSPQYSIAKNRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAA LWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKP+SQGEGLIVRGRQDRN DDDRGRTQERN RGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIK EAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVR+VPELKRNLISLSTLDSKGYRYT ESGVLKISKGSLVVMKGQRK AKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGM ELSKRGLL+GQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGI+RHLTVRHTPQQNGVAERMN+TIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHV+NGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQ STKIENRVASSPQYSIAKNRT+REIKP KKYAE DLVAYALNVAEDIDANQEP NYSEAISCEDSEKWMFAMQEEMESLHKN+TWDLVKLPKGKK VRCKWVFKKKEGTPGVEEP+YKARLVAKGYSQ+ GVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGF VSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKN+DGSFVYLLLYVDDMLIAAKDK EIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRK SKLYLSQKGYIEK+LC+FNM+SAKPVST LAAHFRLSS LSPQSD+EIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANP KEHWKAVQWILRYLRGTT+VCLQFGRT+DGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHID+RYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC
Sbjct: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAALWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPDSQGEGLIVRGRQDRNTDDDRGRTQERNHRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKGEAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRYVPELKRNLISLSTLDSKGYRYTAESGVLKISKGSLVVMKGQRKTAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMVELSKRGLLDGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIVRHLTVRHTPQQNGVAERMNKTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVNNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQVSTKIENRVASSPQYSIAKNRTKREIKPPKKYAEADLVAYALNVAEDIDANQEPSNYSEAISCEDSEKWMFAMQEEMESLHKNKTWDLVKLPKGKKTVRCKWVFKKKEGTPGVEEPKYKARLVAKGYSQVPGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFTVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNNDGSFVYLLLYVDDMLIAAKDKGEIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKTSKLYLSQKGYIEKLLCRFNMRSAKPVSTPLAAHFRLSSTLSPQSDDEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPGKEHWKAVQWILRYLRGTTDVCLQFGRTEDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDVRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
BLAST of A1.A1_07G260600-1 vs. NCBI nr
Match: gb|KAG8500289.1| (hypothetical protein CXB51_004161 [Gossypium anomalum]) HSP 1 Score: 2682.9 bits (6953), Expect = 0.000e+0 Identity = 1281/1318 (97.19%), Postives = 1300/1318 (98.63%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQASTKIENRVASSPQYSIAKNRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAA LWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKP+SQGEGLIVRGRQDRN DDDRGRTQ+RN RGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVR+VPELKRNLISLSTLDSKGYRYT ESGVLKISKGSLVVMKGQRK AKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGM ELSKRGLL+GQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGI+RHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHV+NGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKD SNKENQKQVEHQINTESTPQ STKIENRVASSPQYSIAKNRT+REIKP KKYAE DLVAYALNVAEDIDANQEP NYSEAISCEDSEKWMFAMQEEMESLHKN+TWDLVKLPKGKK VRCKWVFKKKEGTPGVEEP+YKARLVAKGYSQ+ GVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGF VSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKN+DGSFVYLLLYVDDMLIAAKDK EIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRK SKLYLSQKGYIEK+LC+FNM+SAKPVST LAAHFRLSSALSPQSD+EI+YMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANP KEHWKAVQWILRYLRGTT+VCLQFGRT+DGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHID+RYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC
Sbjct: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAALWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPDSQGEGLIVRGRQDRNTDDDRGRTQKRNHRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRYVPELKRNLISLSTLDSKGYRYTAESGVLKISKGSLVVMKGQRKTAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMVELSKRGLLDGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIVRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVNNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDCSNKENQKQVEHQINTESTPQVSTKIENRVASSPQYSIAKNRTKREIKPPKKYAEADLVAYALNVAEDIDANQEPSNYSEAISCEDSEKWMFAMQEEMESLHKNKTWDLVKLPKGKKTVRCKWVFKKKEGTPGVEEPKYKARLVAKGYSQVPGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFTVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNNDGSFVYLLLYVDDMLIAAKDKGEIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKTSKLYLSQKGYIEKLLCRFNMRSAKPVSTPLAAHFRLSSALSPQSDDEIKYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPGKEHWKAVQWILRYLRGTTDVCLQFGRTEDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDVRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVHC 1318
BLAST of A1.A1_07G260600-1 vs. ExPASy TrEMBL
Match: Q53ND1_ORYSJ (Retrotransposon protein, putative, Ty1-copia subclass OS=Oryza sativa subsp. japonica OX=39947 GN=LOC_Os11g05840 PE=4 SV=1) HSP 1 Score: 1819.67 bits (4712), Expect = 0.000e+0 Identity = 875/1334 (65.59%), Postives = 1053/1334 (78.94%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVK--PNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKS-KGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAAN-QKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAML---PNLSLKDSSNKENQKQVEHQINTESTPQASTKIENR------------VASSPQYSIAKNRTRREIKPSKKY-AEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLV 1314
MASLKY++PLL R+TRF+LWQ+KM+AVLAQ DL+DAL G DK +++EKKR DRKA++ +HLHLSN ILQ+V+KE+ AA LW +LEQICM+K LTSK+H+KQ L+ H+L++ SV +HL+ FKEI+++LE+MEV+YD+EDLGLILLCSLP SY+ FRDTILYSR++LT+ EVYD+L +KMK +V NSQ EGLIV GRQ + + Q R+ S +GRSKS R K+C +CK+ GH EC+KL +K KR KGK+ E A V ++ SD ELLVA ++ S++WIL++ C +HM PNRDWF TYE V G VLMG++ C++AG+GT+++KMFDG +RTLSDVRH+P LKR+LISL TLD KGY+Y+ G+LK++KGSLVVMK K A LY L+G+T+ G+ A S SLS+ D T LWHMRLGHM+E G+AELSKRGLL+GQ I KL FCEHC+FGK KRV+F H T+ L+Y+HSDLWGP+R S GG YM+T +DD+SRKVW +FLK K F FK WK M+E+QT +++K LRTDNG+EFCS F CKSEGI+RH TV HTPQQNGVAERMNRTI+ K RC+LSNA LPK FWAEA STAC+LINRSPS AI+KKTP EVWSG+PANYSDL++FGC AYAHVDNGKLEPR+IKC+FLGY +GVKGYKLWCPE +KVVISR+VVF E+ ML P+ ++ S ++ QVEH I++ P+ N+ V SP+ SIAK+R +R IKP ++Y E ++VAYAL+VAE+I+ N EP YSEAI +D +W+ AM +EMESL KN TW+LVKLPK KK +RCKW+FK+KEG +E RYKARL+AKGYSQI G+DF DVFSPVVKHSSIR LL IVAMHD ELEQ+DVKTAFLHGELEEDIYM+QP+GF+V KE+ VC LKKSLYGLKQSPRQWYKRFDSFM S F+RS++DSCVY K DGS +YLLLYVDDMLIAAKDK EI K+KAQLS EFEMKDLG AKKILGMEI R R + KLYLSQKGYIEKVL +FNM AKPVST LAAHFRLSS L PQSD +IEYMS VPYSSAVGSLMYAMVCSRPDLS+A+S VSRYMANP KEHWKAVQWI RYLRGT++ CLQFGR++DG++GYVD+DFAGDLDR RSL GYVFTIGGCA+SWKA+LQ TVALSTTEAEYMAI+EACKEAIWL+GL++ L +FCDSQSAI LTKDQMFHERTKHID+RYHF+R +IA GD+ + KIS H+NPADMMTK +P TKFE C LV
Sbjct: 208 MASLKYDLPLLYRDTRFSLWQVKMRAVLAQQDLDDALSGFDKRTHDWSNDEKKR-DRKAMSYIHLHLSNNILQEVLKEEIAAGLWLKLEQICMTKDLTSKMHLKQTLFLHKLQDDGSVMDHLSAFKEIIADLESMEVKYDEEDLGLILLCSLPSSYANFRDTILYSRDTLTLKEVYDALHVKEKMKKMVPSEGSNSQAEGLIVWGRQQ----EKNTKNQSRDKSSSSYRGRSKSRGRYKSCKYCKRDGHDIFECWKLHDKDKRTGKYVPKGKKEEEGKAAVVTDEKSDAELLVAYAGCAQTSDQWILNTACIYHMCPNRDWFATYEAVQVGTVLMGDDTPCEVAGIGTVQIKMFDGCIRTLSDVRHIPNLKRSLISLCTLDRKGYKYSGGDGILKVTKGSLVVMKADIKSANLYHLRGTTILGNVAAVSDSLSNSDATNLWHMRLGHMTEIGLAELSKRGLLDGQSIGKLKFCEHCIFGKHKRVKFNTSTHTTEGILDYVHSDLWGPARKTSFGGTRYMMTIVDDYSRKVWPYFLKHKYQAFDVFKEWKTMVERQTERKVKILRTDNGMEFCSKIFKSYCKSEGIVRHYTVPHTPQQNGVAERMNRTIISKARCLLSNAGLPKQFWAEAVSTACYLINRSPSYAIDKKTPIEVWSGSPANYSDLRVFGCTAYAHVDNGKLEPRAIKCIFLGYPSGVKGYKLWCPETKKVVISRNVVFHESVMLHDKPSTNVPVESQEKASVQVEHLISSGHAPEKEDVAINQDEPVIEDSNSSIVQQSPKRSIAKDRPKRNIKPPQRYIEEANIVAYALSVAEEIEGNAEPSTYSEAIVSDDCNRWITAMHDEMESLEKNHTWELVKLPKEKKPIRCKWIFKRKEGISSSDEARYKARLIAKGYSQIPGIDFNDVFSPVVKHSSIRTLLSIVAMHDYELEQMDVKTAFLHGELEEDIYMEQPKGFVVPGKENLVCRLKKSLYGLKQSPRQWYKRFDSFMLSQKFRRSNYDSCVYLKV-VDGSAIYLLLYVDDMLIAAKDKSEIAKLKAQLSSEFEMKDLGAAKKILGMEITRKRHSFKLYLSQKGYIEKVLRRFNMHDAKPVSTPLAAHFRLSSDLCPQSDYDIEYMSRVPYSSAVGSLMYAMVCSRPDLSHALSVVSRYMANPGKEHWKAVQWIFRYLRGTSSACLQFGRSRDGLVGYVDSDFAGDLDRGRSLAGYVFTIGGCAVSWKASLQATVALSTTEAEYMAISEACKEAIWLRGLYTVLCAVTSCINIFCDSQSAICLTKDQMFHERTKHIDVRYHFIRGLIAEGDVKICKISIHDNPADMMTKPVPATKFELCSSLV 1535
BLAST of A1.A1_07G260600-1 vs. ExPASy TrEMBL
Match: Q2RAC8_ORYSJ (Retrotransposon protein, putative, Ty1-copia sub-class OS=Oryza sativa subsp. japonica OX=39947 GN=LOC_Os11g05840 PE=4 SV=1) HSP 1 Score: 1819.67 bits (4712), Expect = 0.000e+0 Identity = 875/1334 (65.59%), Postives = 1053/1334 (78.94%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVK--PNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKS-KGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAAN-QKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAML---PNLSLKDSSNKENQKQVEHQINTESTPQASTKIENR------------VASSPQYSIAKNRTRREIKPSKKY-AEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLV 1314
MASLKY++PLL R+TRF+LWQ+KM+AVLAQ DL+DAL G DK +++EKKR DRKA++ +HLHLSN ILQ+V+KE+ AA LW +LEQICM+K LTSK+H+KQ L+ H+L++ SV +HL+ FKEI+++LE+MEV+YD+EDLGLILLCSLP SY+ FRDTILYSR++LT+ EVYD+L +KMK +V NSQ EGLIV GRQ + + Q R+ S +GRSKS R K+C +CK+ GH EC+KL +K KR KGK+ E A V ++ SD ELLVA ++ S++WIL++ C +HM PNRDWF TYE V G VLMG++ C++AG+GT+++KMFDG +RTLSDVRH+P LKR+LISL TLD KGY+Y+ G+LK++KGSLVVMK K A LY L+G+T+ G+ A S SLS+ D T LWHMRLGHM+E G+AELSKRGLL+GQ I KL FCEHC+FGK KRV+F H T+ L+Y+HSDLWGP+R S GG YM+T +DD+SRKVW +FLK K F FK WK M+E+QT +++K LRTDNG+EFCS F CKSEGI+RH TV HTPQQNGVAERMNRTI+ K RC+LSNA LPK FWAEA STAC+LINRSPS AI+KKTP EVWSG+PANYSDL++FGC AYAHVDNGKLEPR+IKC+FLGY +GVKGYKLWCPE +KVVISR+VVF E+ ML P+ ++ S ++ QVEH I++ P+ N+ V SP+ SIAK+R +R IKP ++Y E ++VAYAL+VAE+I+ N EP YSEAI +D +W+ AM +EMESL KN TW+LVKLPK KK +RCKW+FK+KEG +E RYKARL+AKGYSQI G+DF DVFSPVVKHSSIR LL IVAMHD ELEQ+DVKTAFLHGELEEDIYM+QP+GF+V KE+ VC LKKSLYGLKQSPRQWYKRFDSFM S F+RS++DSCVY K DGS +YLLLYVDDMLIAAKDK EI K+KAQLS EFEMKDLG AKKILGMEI R R + KLYLSQKGYIEKVL +FNM AKPVST LAAHFRLSS L PQSD +IEYMS VPYSSAVGSLMYAMVCSRPDLS+A+S VSRYMANP KEHWKAVQWI RYLRGT++ CLQFGR++DG++GYVD+DFAGDLDR RSL GYVFTIGGCA+SWKA+LQ TVALSTTEAEYMAI+EACKEAIWL+GL++ L +FCDSQSAI LTKDQMFHERTKHID+RYHF+R +IA GD+ + KIS H+NPADMMTK +P TKFE C LV
Sbjct: 208 MASLKYDLPLLYRDTRFSLWQVKMRAVLAQQDLDDALSGFDKRTHDWSNDEKKR-DRKAMSYIHLHLSNNILQEVLKEEIAAGLWLKLEQICMTKDLTSKMHLKQTLFLHKLQDDGSVMDHLSAFKEIIADLESMEVKYDEEDLGLILLCSLPSSYANFRDTILYSRDTLTLKEVYDALHVKEKMKKMVPSEGSNSQAEGLIVWGRQQ----EKNTKNQSRDKSSSSYRGRSKSRGRYKSCKYCKRDGHDIFECWKLHDKDKRTGKYVPKGKKEEEGKAAVVTDEKSDAELLVAYAGCAQTSDQWILNTACIYHMCPNRDWFATYEAVQVGTVLMGDDTPCEVAGIGTVQIKMFDGCIRTLSDVRHIPNLKRSLISLCTLDRKGYKYSGGDGILKVTKGSLVVMKADIKSANLYHLRGTTILGNVAAVSDSLSNSDATNLWHMRLGHMTEIGLAELSKRGLLDGQSIGKLKFCEHCIFGKHKRVKFNTSTHTTEGILDYVHSDLWGPARKTSFGGTRYMMTIVDDYSRKVWPYFLKHKYQAFDVFKEWKTMVERQTERKVKILRTDNGMEFCSKIFKSYCKSEGIVRHYTVPHTPQQNGVAERMNRTIISKARCLLSNAGLPKQFWAEAVSTACYLINRSPSYAIDKKTPIEVWSGSPANYSDLRVFGCTAYAHVDNGKLEPRAIKCIFLGYPSGVKGYKLWCPETKKVVISRNVVFHESVMLHDKPSTNVPVESQEKASVQVEHLISSGHAPEKEDVAINQDEPVIEDSNSSIVQQSPKRSIAKDRPKRNIKPPQRYIEEANIVAYALSVAEEIEGNAEPSTYSEAIVSDDCNRWITAMHDEMESLEKNHTWELVKLPKEKKPIRCKWIFKRKEGISSSDEARYKARLIAKGYSQIPGIDFNDVFSPVVKHSSIRTLLSIVAMHDYELEQMDVKTAFLHGELEEDIYMEQPKGFVVPGKENLVCRLKKSLYGLKQSPRQWYKRFDSFMLSQKFRRSNYDSCVYLKV-VDGSAIYLLLYVDDMLIAAKDKSEIAKLKAQLSSEFEMKDLGAAKKILGMEITRKRHSFKLYLSQKGYIEKVLRRFNMHDAKPVSTPLAAHFRLSSDLCPQSDYDIEYMSRVPYSSAVGSLMYAMVCSRPDLSHALSVVSRYMANPGKEHWKAVQWIFRYLRGTSSACLQFGRSRDGLVGYVDSDFAGDLDRGRSLAGYVFTIGGCAVSWKASLQATVALSTTEAEYMAISEACKEAIWLRGLYTVLCAVTSCINIFCDSQSAICLTKDQMFHERTKHIDVRYHFIRGLIAEGDVKICKISIHDNPADMMTKPVPATKFELCSSLV 1535
BLAST of A1.A1_07G260600-1 vs. ExPASy TrEMBL
Match: J3N9B0_ORYBR (Integrase catalytic domain-containing protein OS=Oryza brachyantha OX=4533 PE=3 SV=1) HSP 1 Score: 1752.26 bits (4537), Expect = 0.000e+0 Identity = 859/1357 (63.30%), Postives = 1041/1357 (76.71%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGID-KMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVK--PNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQ-KGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQK---QVEHQINTESTPQASTKIENR------------VASSPQYSIAKNRTRREIK-PSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPD--------------LSYAVSAVSRYMANPSKEHWKAVQWILRYLRGT-------TNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGV 1316
MASLKY++PLLDR+TRF+LWQ+KM+A+LAQ DL+DAL G + K + +D+EKKR DRKA+ +HLHLSN ILQ+V+KEKTA LW +LEQICM+K LTSK+H+KQ+L+ H+L++ SV +HL+ FKEI+++LE+ME++YD+EDLGLILLCSLP SY+ FRDTILYSR++LT+ EVYD+L + +KMK +V NSQ E L+VRGRQ D++ R + + +GRSKS R K+C +CK+ GH S+C+KLQNK K + + KGKQ E A ++ D ELLVA + S+EW+LD+GCT+HM PNRDWFTTYE V G VLMG+N CK+AGVGTI++KMFDG +RTLSDVRH+P LKRNLISLSTLD KGYRY+ G+LK++KGSLVVMK K A LY LQG+T+ G+ A + SLS+ D LWHMRLGHMSE G+AELSKRGLL+GQ I KL FCEHC+FGK KRV+FT H T+ L+Y+HSDLWGP+R S GGA YM+T +DD+SRKVW +FLK K + F FK WK M+E+QT +++K LRTDNG+EFCS +F C+SEGI+RH TV HTPQQNGV ERMNRTI+ K RCMLSNA LP+ FWAEAASTAC+LINRSPS AI+KKTP E+WSG+PANYSDLK+FGC AYAHVDNGKLEPR+IKC+FLGY +GVK YKLWCPE +KVVISR+V+F+ET ML + S + K QK QVEH I++ P+ N+ V SP+YSIA+ R RR IK P + E ++VAYA++VA++I+ N EP +YSEAI DS +W+ AM +EMESL KN TW LV+LPK KK +RCKW+FK+KEG +E RYKARLVAKGYSQI G+DF DVFSPVVKHSSIR LLGIVA+HD ELEQLDVKTAFLHGELEEDIYM+QPEGF+V KE+ VC L KSLYGLKQSPRQWYKRFDSFM S +FKRS FDSCVY K+ +GS +YLLLYVDDMLIAAKDK EI K+KAQLS EFEMKDLG AKKILGMEI R+R++ KLYLSQKGYIEKVL FNM AKPVST LAAHFRLSS PQS+ +IEYMS VPYS AVGSLMYAM + D L+ + A + S + + + Y+ G + + FG ++DG++GYVD++FAGDLD+RRSLTGYVFTIGGCA+SWKA+LQ TVALSTTEAEYMAI+EACKEAIWL+GL++EL +FCDSQSAI LTKDQMFHERTKHIDIRYHF+R +IA GD+ V KISTH+NPADMMTKS+P TKFE C LVGV
Sbjct: 865 MASLKYDLPLLDRDTRFSLWQVKMRAILAQQDLDDALDGFNNKRTNDWSDDEKKR-DRKAMAYIHLHLSNNILQEVLKEKTATALWLKLEQICMTKDLTSKMHLKQKLFLHKLQDDESVMDHLSTFKEIVADLESMEIKYDEEDLGLILLCSLPSSYANFRDTILYSRDTLTLQEVYDALHAKEKMKKMVPSEGSNSQPESLVVRGRQQEKNTDNKSRDKSSS---GYRGRSKSRGRYKSCKYCKRGGHDISDCWKLQNKEKHKGNYKPKGKQEEQGKAAVATDNKPDAELLVAYAGCVQTSDEWLLDTGCTYHMCPNRDWFTTYEPVQGGNVLMGDNTPCKVAGVGTIQIKMFDGCIRTLSDVRHIPSLKRNLISLSTLDRKGYRYSGGDGILKVTKGSLVVMKADIKNADLYHLQGTTIVGNVAAVTDSLSNSD---LWHMRLGHMSEIGLAELSKRGLLDGQNIGKLKFCEHCIFGKHKRVKFTTSTHTTEGILDYVHSDLWGPARKRSFGGARYMMTIVDDYSRKVWPYFLKHKFEAFLVFKEWKTMVERQTERKVKVLRTDNGMEFCSRQFKSYCRSEGIVRHYTVSHTPQQNGVVERMNRTIISKARCMLSNAGLPRRFWAEAASTACYLINRSPSYAIDKKTPIEMWSGSPANYSDLKVFGCTAYAHVDNGKLEPRAIKCIFLGYPSGVKAYKLWCPETQKVVISRNVIFNETVMLNDKSSTNVPVKSQQKASVQVEHLISSVHVPEKENIASNQDAPVIEESDSSVVEQSPKYSIAQGRARRNIKAPQRLIEEANIVAYAMSVAQEIEGNAEPSSYSEAIVSTDSNRWIAAMHDEMESLEKNHTWKLVELPKEKKPIRCKWIFKRKEGISPTDEARYKARLVAKGYSQIPGIDFNDVFSPVVKHSSIRTLLGIVAIHDYELEQLDVKTAFLHGELEEDIYMEQPEGFVVPGKENLVCRLDKSLYGLKQSPRQWYKRFDSFMLSQNFKRSQFDSCVYLKE-VNGSIIYLLLYVDDMLIAAKDKSEIAKLKAQLSSEFEMKDLGAAKKILGMEITRERQSGKLYLSQKGYIEKVLRHFNMHYAKPVSTPLAAHFRLSSDFCPQSEVDIEYMSGVPYSRAVGSLMYAMFGTSRDGLVGYVDSNFEKDGLASCILARKVILKRLSSDFCPQSEVDIEYMSGVPYSRAVGSLMYAMFGTSRDGLVGYVDSNFAGDLDKRRSLTGYVFTIGGCAVSWKASLQATVALSTTEAEYMAISEACKEAIWLRGLYTELCGITSCINIFCDSQSAICLTKDQMFHERTKHIDIRYHFIRGVIADGDVKVCKISTHDNPADMMTKSVPATKFELCSSLVGV 2213
BLAST of A1.A1_07G260600-1 vs. ExPASy TrEMBL
Match: Q6AUC7_ORYSJ (Putative polyprotein OS=Oryza sativa subsp. japonica OX=39947 GN=OSJNBa0079H23.15 PE=4 SV=1) HSP 1 Score: 1711.81 bits (4432), Expect = 0.000e+0 Identity = 819/1243 (65.89%), Postives = 982/1243 (79.00%), Query Frame = 0
Query: 93 MSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVK--PNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAAN-QKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAML---PNLSLKDSSNKENQKQVEHQINTESTP--------QASTKIENR----VASSPQYSIAKNRTRREIKPSKKY-AEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGV 1316
M+K LTSK+H+KQ+L+ H+L++ SV +HL+ FKEI+++LE+MEV+YD+EDLGLILLCSLP SY+ FRDTILYSR++LT+ EVYD+L + +KMK +V NSQ EGL+VRGRQ +++ R + + +GRSKS R K+C +CK+ GH SEC+KLQ+K KR KGK+ E A V ++ SD ELLVA ++ S++WILD+ CT+HM PNRDWF TYE V G VLMG++ C++AG+GT+++KMFDG +RTL DVRH+P LKR+LISL TLD KGY+Y+ G+LK++KGSLVVMK K A LY L+G+T+ G+ A S SLS+ D T LWHMRLGHMSE G+AELSKRGLL+GQ I KL FCEHC+FGK KRV+F H T+ L+Y+HSDLWGP+R S GGA YM+T +DD+SRKVW +FLK K F FK WK M+E+QT +++K LRTDNG+E CS F CKSEGI+RH TV HTPQQNGVAERMNRTI+ K RCMLSNA+LPK FWAEA STAC+LINRSPS AI+KKTP EVWSG+PANYSDL++FGC AYAHVDNGKLEPR IKC+FLGY +GVKGYKLWCPE +KVVISR+VVF E+ ML P+ ++ S ++ QVEH I++ P Q + IE+ V SP+ SIAK+R +R KP ++Y E ++VAYAL+VAE+I+ N EP YS+AI +D +W+ AM +EMESL KN +W+L KLPK KK +RCKW+FK+KEG +E RYKARLVAKGYSQI G+DF DVFSPVVKHSSIR LL IVAMHD ELEQ+DVKTAFLHGELEEDIYM+QPEGF+V KE+ VC LKKSLYGLKQSPRQWYKRFDSFM S F+RS++DSCVY K DGS +YLLLYVDDMLIAAKDK EI K+KAQLS EFEMKDLG AKKILGMEI R+R + KLYLSQK YIEKVL +FNM AK VSTLLAAHFRLSS L PQS +IEYMS VPYSSAV SLMYAMVCSRPDLS+A+S VSRYMANP KEHWKAVQWI RYLRGT++ CLQFGR+ DG++GYVD+DFAGDLDRRRSLTGYVFT+GGCA+SWKA+LQ TVALSTTEAEYMAI+EACKE IWL+GL++EL +FCDSQSAI LTKDQMFHERTKHID+RYHF+R +IA GD+ V KISTH+NP DMMTK +P TKFE C LVGV
Sbjct: 1 MTKDLTSKMHLKQKLFLHKLQDDGSVMDHLSAFKEIVADLESMEVKYDEEDLGLILLCSLPSSYANFRDTILYSRDTLTLKEVYDALHAKEKMKKMVPSEGSNSQAEGLVVRGRQQEKNTNNKSRDKSSSIY---RGRSKSRGRYKSCKYCKRDGHDISECWKLQDKDKRTRKYIPKGKKEEEGKAAVVTDEKSDAELLVAYAGCAQTSDQWILDTACTYHMCPNRDWFATYEAVQGGTVLMGDDTPCEVAGIGTVQIKMFDGCIRTLLDVRHIPNLKRSLISLCTLDRKGYKYSGGDGILKVTKGSLVVMKADIKYANLYHLRGTTILGNVAAVSDSLSNSDATNLWHMRLGHMSEIGLAELSKRGLLDGQSIGKLKFCEHCIFGKHKRVKFNTSTHTTEGILDYVHSDLWGPARKTSFGGARYMMTIVDDYSRKVWPYFLKHKYQAFDVFKEWKTMVERQTERKVKILRTDNGMELCSKIFKSYCKSEGIVRHYTVPHTPQQNGVAERMNRTIISKARCMLSNASLPKQFWAEAVSTACYLINRSPSYAIDKKTPIEVWSGSPANYSDLRVFGCTAYAHVDNGKLEPRVIKCIFLGYLSGVKGYKLWCPETKKVVISRNVVFHESIMLHDKPSTNVPVESQEKVSVQVEHLISSGHAPEKEDVAINQDAPVIEDSDSSIVQQSPKRSIAKDRPKRNTKPPRRYIEEANIVAYALSVAEEIEGNAEPSTYSDAIVSDDCNRWITAMHDEMESLEKNHSWELEKLPKEKKPIRCKWIFKRKEGMSPSDEARYKARLVAKGYSQIPGIDFNDVFSPVVKHSSIRTLLSIVAMHDYELEQMDVKTAFLHGELEEDIYMEQPEGFVVPGKENLVCRLKKSLYGLKQSPRQWYKRFDSFMLSQKFRRSNYDSCVYLKV-VDGSAIYLLLYVDDMLIAAKDKSEIAKLKAQLSSEFEMKDLGAAKKILGMEITRERHSGKLYLSQKCYIEKVLHRFNMHDAKLVSTLLAAHFRLSSDLCPQSAYDIEYMSRVPYSSAVSSLMYAMVCSRPDLSHALSVVSRYMANPGKEHWKAVQWIFRYLRGTSSACLQFGRSSDGLVGYVDSDFAGDLDRRRSLTGYVFTVGGCAVSWKASLQATVALSTTEAEYMAISEACKEVIWLRGLYTELCGVTSCINIFCDSQSAICLTKDQMFHERTKHIDLRYHFIRGVIAEGDVKVCKISTHDNPVDMMTKPVPATKFELCSSLVGV 1239
BLAST of A1.A1_07G260600-1 vs. ExPASy TrEMBL
Match: Q7G2K5_ORYSJ (Retrotransposon protein, putative, Ty1-copia subclass OS=Oryza sativa subsp. japonica OX=39947 GN=LOC_Os10g34120 PE=4 SV=1) HSP 1 Score: 1680.61 bits (4351), Expect = 0.000e+0 Identity = 825/1336 (61.75%), Postives = 1004/1336 (75.15%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVK--PNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKS-KGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAAN-QKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAML---PNLSLKDSSNKENQKQVEHQINTESTP--------QASTKIENR----VASSPQYSIAKNRTRREIKPSKKY-AEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGV 1316
MASLKY++PLLDR+TRF+LWQ+KM+AVLAQ DL+DAL G DK +++EKK KDRKA++ +HLHLSN ILQ+V+KE+TAA LW +LEQICM+K LTSK+H+KQ+L+ H+L++ SV +HL+ FKEI+++LE++EV+YD+EDLGLILLCSLP SY+ FRDTILYS ++L + EVYD+L + +KMK +V NSQ EGL+VRGRQ + + Q R+ S +GRSKS R K+C +CK+ GH SEC+KLQ+K KR KGK+ E A V ++ SD ELLVA ++ S++WILD+ T+HM PNRDWF TYE + G VLMG++ C++AG+GT+++KMFDG +RTLSDVRH+P LKR+LISL TLD KGY+Y+ G+LK++KGSLVVMK K A LY L+G+T+ G+ A S SLS+ D T LWHMRLGHMSE G+AELSKR LL+GQ I KL FCEHC+FGK KRV+F H T+ L+Y+HSDLWGP+ S GGA YM+T +DD+SRKVW +FLK K F FK WK M+E+QT K++K LRTDNG+EFCS F CKSEGI+ H TV HTPQQNGVAERMN I+ K RCMLSNA+LPK FWAEA ST C+LINRSPS A +KKTP EVWSG+PANYSDL++FGC AYAHVDNGKLEPR+IKC+FLGY +GVKGYKLWCPE +KVVISR+VVF E+ +L P+ ++ S ++ QVEH I++ P Q + IE+ V S + SIAK++ +R IKP ++Y E ++VAYAL+VAE+I+ N EP YSEAI +D +W+ AM +EMESL KN TW+ VKLPK KK +RCKW+FK+KEG +E RYKARLVAKGYSQI G+DF DVFSP++KHSSIR LLGIVAMHD ELEQ+DVKTAFLHGELEEDIYM+QPEGF+V KE+ VC LKKSLYGLKQSPRQWYKRFDSFM S F+RS++DSCVY K DGS +YLLLYVDDMLIAAKDK EI K+KAQLS EF MKDLG AKKILGMEI R+R + KLYLSQKGYI+KVL +FNM KP+ FR L PQSD +IEYMS VPYSSAVGSLMYAM FGR++DG +GYVD+DFAGDLDRRRSLTGYVFTIGGC +SWKA+LQ TVALSTTEAEYMAI+EACKEAIWL+GL++EL +FCDSQSAI LTKDQMFHERTKHID+RYH +R +I GD+ V KISTH+NPADMMTK + TKFE C LVGV
Sbjct: 36 MASLKYDLPLLDRDTRFSLWQVKMRAVLAQQDLDDALSGFDKRTQDWSNDEKK-KDRKAMSYIHLHLSNNILQEVLKEETAAGLWLKLEQICMTKDLTSKMHLKQKLFLHKLQDDGSVMDHLSTFKEIVADLESIEVKYDEEDLGLILLCSLPSSYANFRDTILYSHDTLILKEVYDALHAKEKMKKMVPSEGSNSQAEGLVVRGRQQ----EKNTKNQSRDKSSSSYRGRSKSRGRYKSCKYCKRDGHDISECWKLQDKDKRTGKYIPKGKKEEEGKAAVVTDEKSDTELLVAYAGCAQTSDQWILDTAWTYHMCPNRDWFATYEALQGGTVLMGDDTPCEVAGIGTVQIKMFDGYIRTLSDVRHIPNLKRSLISLCTLDRKGYKYSGGDGILKVTKGSLVVMKADIKSANLYHLRGTTILGNVAAVSDSLSNSDATNLWHMRLGHMSEIGLAELSKRELLDGQSIGKLKFCEHCIFGKHKRVKFNTSTHTTEGILDYVHSDLWGPACKTSFGGARYMMTIVDDYSRKVWPYFLKHKYQAFDVFKEWKTMVERQTEKKVKILRTDNGMEFCSKIFKSYCKSEGIVHHYTVPHTPQQNGVAERMNMAIISKARCMLSNADLPKQFWAEAVSTTCYLINRSPSYATDKKTPIEVWSGSPANYSDLRVFGCTAYAHVDNGKLEPRAIKCIFLGYPSGVKGYKLWCPETKKVVISRNVVFHESVILHDKPSTNVPVESQEKASVQVEHLISSGHAPEKENVAINQDAPVIEDSDSSIVQQSSKRSIAKDKPKRNIKPPRRYIEEANIVAYALSVAEEIEGNAEPSTYSEAIVSDDCNRWITAMHDEMESLKKNHTWEFVKLPKEKKPIRCKWIFKRKEGMSPSDEARYKARLVAKGYSQIPGIDFNDVFSPIMKHSSIRTLLGIVAMHDYELEQMDVKTAFLHGELEEDIYMEQPEGFVVLGKENLVCRLKKSLYGLKQSPRQWYKRFDSFMLSQKFRRSNYDSCVYLKV-VDGSAIYLLLYVDDMLIAAKDKSEIAKLKAQLSSEFGMKDLGAAKKILGMEITRERHSGKLYLSQKGYIKKVLRRFNMHDVKPII------FR----LCPQSDYDIEYMSRVPYSSAVGSLMYAM---------------------------------------------FGRSRDGFVGYVDSDFAGDLDRRRSLTGYVFTIGGCDVSWKASLQATVALSTTEAEYMAISEACKEAIWLRGLYTELCGVTSCINIFCDSQSAICLTKDQMFHERTKHIDVRYHIIRGVIVEGDVKVCKISTHDNPADMMTKPVSATKFELCSSLVGV 1310
BLAST of A1.A1_07G260600-1 vs. ExPASy TrEMBL
Match: Q6L4V3_ORYSJ (Putative polyprotein OS=Oryza sativa subsp. japonica OX=39947 GN=P0010D04.5 PE=4 SV=1) HSP 1 Score: 1664.05 bits (4308), Expect = 0.000e+0 Identity = 813/1277 (63.66%), Postives = 986/1277 (77.21%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVK--PNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKS-KGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAAN-QKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAML---PNLSLKDSSNKENQKQVEHQINTESTP--------QASTKIENR----VASSPQYSIAKNRTRREIKPSKKY-AEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKD 1257
MASLKY++PLLDR+TRF+LWQ+KM+AVLAQ DL+DAL G DK +++EKKR DRKA++ +HLHLSN ILQ+V+KE+TAA LW +LEQICM+K LTSK+H+KQ+L+ H+L++ SV +HL+ FKEI+++LE+MEV+YD++DLGLILLCSLP SY+ FR TILYSR++LT+ EVYD+ + +KMK +V NSQ EGL+VRGRQ + + Q R+ S +GR+KS R K+C +CK+ GH SEC+KLQ+K KR KGK+ E A V ++ SD ELLVA +GC + ++DWF TYE + G VLMG++ C++AG+GT+++KMFDG +RTLSDV+H+P LKR+LISL G+LK++KGSLVVMK K A LY L+G+T+ G+ A SLS+ D T LWHMRLGHMSE G+AELSKRGLL+GQ I KL FCEHC+FGK KRV+F H T+ L+Y+HSDLWGP+ S GGA YM+T +DD+SRKVW +FLK K F FK WK M+E+QT +++K LRTDNG+EFCS F CKSEGI+ H T HTPQQN VAERMNRTI+ K RCMLSNA LPK FWAEA STAC+LINRSP AI+KKTP EVWSG+P NYSDL++FGC AYAHVDNGKLEPR+IKC+FLGY +GVKGYKLWCPE +KVVISR+VVF E+ +L P+ ++ S ++ QVEH I++ P Q + IE+ V SP+ SIAK++ +R IKP ++Y E +VAYAL+VAE I+ N EP YSEAI +D +W+ AM +EMESL KN TW+LVKLPK KK +RCKW+FK+KEG +E RYKARLVAKGYSQI G+DF DVFSPVVKHSSIR LLGIVAMHD ELEQ++VKTAFLHGELEEDIYM+QPEGF+V KE+ VC LKKSLYGLKQSPRQWYKRFDSFM S F+ S++DSCVY K DGS +YLLLYVDDMLIAAKDK EI K+KAQLS EFEMKDLG AKKILGMEI R+R + KLYLSQKGYIEKVL +FNM AKPVST LAAHFRLSS L P SD +IEYMS VPYSSAVGSLMYAMVC RPDLS+A+S V+RYMANP KEHWKAVQWI RYLRGT++ CLQF R++DG++GYVD+DFAGDLDRRRS+TGYVFTIGGCA+SWKA+LQ TVALSTTEAEYMAI EACKEAIWL+GL++EL +FCDSQSAI+LTKD
Sbjct: 1 MASLKYDLPLLDRDTRFSLWQVKMRAVLAQQDLDDALSGFDKRTQDWSNDEKKR-DRKAISYIHLHLSNNILQEVLKEETAAGLWLKLEQICMTKDLTSKMHLKQKLFLHKLQDDESVMDHLSAFKEIVADLESMEVKYDEDDLGLILLCSLPSSYANFRGTILYSRDTLTLKEVYDAFHAKEKMKKMVTSEGSNSQAEGLVVRGRQQKK----NTKNQSRDKSSSSYRGRTKSRGRYKSCKYCKRDGHDISECWKLQDKDKRTGKYIPKGKKEEEGKAAVVTDEKSDAELLVAY-------------AGCA--QTSDQDWFATYEALQGGTVLMGDDTPCEVAGIGTVQIKMFDGCIRTLSDVQHIPNLKRSLISLY-------------GILKVTKGSLVVMKVDIKSANLYHLRGTTILGNVAAVFDSLSNSDATNLWHMRLGHMSEIGLAELSKRGLLDGQSIRKLKFCEHCIFGKHKRVKFNTSTHTTEGILDYVHSDLWGPAHKTSFGGARYMMTIVDDYSRKVWPYFLKHKYQAFDGFKEWKTMVERQTERKVKILRTDNGMEFCSKIFKSYCKSEGIVCHYTAPHTPQQNDVAERMNRTIISKARCMLSNAGLPKQFWAEAVSTACYLINRSPGYAIDKKTPIEVWSGSPTNYSDLRVFGCTAYAHVDNGKLEPRAIKCIFLGYASGVKGYKLWCPETKKVVISRNVVFHESVILHDKPSTNVPVESQEKASVQVEHLISSGHAPEKEDVAINQDAPVIEDSDSSIVHQSPKRSIAKDKPKRNIKPPRRYIEEAKIVAYALSVAEKIEGNAEPSTYSEAIVSDDCNRWITAMHDEMESLEKNHTWELVKLPKEKKPIRCKWIFKRKEGMSPSDEARYKARLVAKGYSQIPGIDFNDVFSPVVKHSSIRTLLGIVAMHDYELEQMNVKTAFLHGELEEDIYMEQPEGFVVPGKENLVCRLKKSLYGLKQSPRQWYKRFDSFMLSQKFRISNYDSCVYLKV-VDGSVIYLLLYVDDMLIAAKDKSEIEKLKAQLSSEFEMKDLGAAKKILGMEITRERHSGKLYLSQKGYIEKVLRRFNMHDAKPVSTPLAAHFRLSSDLCPLSDYDIEYMSRVPYSSAVGSLMYAMVCCRPDLSHALSVVNRYMANPGKEHWKAVQWIFRYLRGTSSACLQFERSRDGLVGYVDSDFAGDLDRRRSITGYVFTIGGCAVSWKASLQATVALSTTEAEYMAIFEACKEAIWLRGLYTELCGVTSCINIFCDSQSAIYLTKD 1243
BLAST of A1.A1_07G260600-1 vs. ExPASy TrEMBL
Match: Q25A78_ORYSA (H0413E07.4 protein OS=Oryza sativa OX=4530 GN=H0413E07.4 PE=4 SV=1) HSP 1 Score: 1627.45 bits (4213), Expect = 0.000e+0 Identity = 802/1290 (62.17%), Postives = 970/1290 (75.19%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVK--PNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVED-YSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAMLPNLSLKDSSNKENQKQVEHQINTESTPQASTKIENRVA-SSPQYSIAKNRTRREI-KPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVV 1285
MASLKY++PLLDR+TRF+LWQ+KM+AVLAQ DL+DA G DK +++EKK DRKA++ +HLHLSN ILQ+V+KE+TAA LW +LEQICM+K LT+ SV +HL+VFKEI+++LE+MEV+YD+EDLGLILLCSLP SY+ FRDTILYSR++LT+ EVYD+L + +KMK +V NSQ EGL+V+G Q +++ R + + +GRSKS R K+C +CK+ GH S+C+KLQ+K KR + E+ G+A VV D SD ELLVA ++ S++WILD+ CT+HM PNRDWF TYE V G VLMG++ C++AG+GT+++KMFDG +RTLSDVRH+P LKR+LISL TLD KGY+Y+ G+LK++KGSLVVMK K A LY LQG+T+ G+ A S SLS+ D T LWHMRLGHMSE G+AELS RGLL+GQ I KL FCEHC+FGK KRV+F H T+ L+Y+HSDLWGP+R S GGA YM+T ++D+SRKVW +FLK K F+ FK WK M+E+QT +++K LRTDNG+EFCS F CKSEGIMRH TV HTPQQNGVAERMNRTI+ K RCMLSNA LPK FWAEA STAC+LINRSP AI+KKTP +VWSG+PANYSDLK+FGC AYAHVDNGKLEPR+IKC+FLGY +GVKGYKLWCPE +KVVISR VVF E+ ML + K S+N I ES +AS +I+ + SS Q + + + +EI K E ++VAYAL+VAE+ L KN TW+LVKLPK K +RCKW+FK+KEG +E RYKARLVAKGYSQI G+DF D+FSPVVKHSSIR LL IVAMHD ELEQ+DVKTAFLHGELEEDIYM+QPEGF+V KE+ VC LKKSLYGLKQSPRQWYKRFDSFM S F+RS++DSCVY K DGS +YLLLYVDDMLIAAKDK EI K+KAQLS EFEMKDLG AKKILGMEI R+R + KLYLSQKGYIEKVL +FNM AKP+ H ++ +VPYSSAVGSLMYAM+CSRPDLS+A+S VSRYM NP KEHWKAVQWI RYL GT++ CLQFGR++DG++GYVD+DFAGDLDRRRSLTGYVFTIGGCA+SWKA+LQ TVALSTTEAEY+AI+EACKEAIWL+ L++EL + CDSQSAI LTKDQMFHERTKHID+RYHF+R +IA GD+ V
Sbjct: 1 MASLKYDLPLLDRDTRFSLWQVKMRAVLAQQDLDDAFSGFDKRTQDWSNDEKKM-DRKAMSYIHLHLSNNILQEVLKEETAAGLWLKLEQICMTKDLTND---------------GSVMDHLSVFKEIVADLESMEVKYDEEDLGLILLCSLPSSYANFRDTILYSRDTLTLKEVYDALHAKEKMKKMVPSEGSNSQAEGLVVQGSQQEKNTNNKSRDKSSSSY---RGRSKSRGRYKSCKYCKRDGHDISKCWKLQDKDKRTGKYIPKGKKEDEGKAAVVTDEKSDAELLVAYAGCAQTSDQWILDTACTYHMCPNRDWFATYEVVQGGTVLMGDDTPCEVAGIGTVQIKMFDGCIRTLSDVRHIPNLKRSLISLCTLDCKGYKYSGGDGILKVTKGSLVVMKADIKSANLYHLQGTTILGNVATVSDSLSNSDATNLWHMRLGHMSEIGLAELSMRGLLDGQSIGKLKFCEHCIFGKHKRVKFNTSTHTTEGILDYVHSDLWGPARKTSFGGARYMMTIVNDYSRKVWPYFLKHKYQAFNVFKEWKTMVERQTERKVKILRTDNGMEFCSKIFKSYCKSEGIMRHYTVPHTPQQNGVAERMNRTIISKARCMLSNAGLPKQFWAEAVSTACYLINRSPGYAIDKKTPIKVWSGSPANYSDLKVFGCTAYAHVDNGKLEPRTIKCIFLGYPSGVKGYKLWCPETKKVVISRYVVFHESVMLHD---KPSTN----------IPVESQEKASVQIQILLLFSSLQNVLLQKISPKEILNLLKDIEEANIVAYALSVAEE--------------------------------LEKNHTWELVKLPKENKPIRCKWIFKRKEGMSPSDEARYKARLVAKGYSQIPGIDFNDIFSPVVKHSSIRTLLSIVAMHDYELEQMDVKTAFLHGELEEDIYMEQPEGFVVPGKENLVCRLKKSLYGLKQSPRQWYKRFDSFMLSQKFRRSNYDSCVYLKV-VDGSAIYLLLYVDDMLIAAKDKSEIAKLKAQLSSEFEMKDLGAAKKILGMEITRERHSDKLYLSQKGYIEKVLRRFNMHDAKPI----YVHSQI----------------YVPYSSAVGSLMYAMICSRPDLSHALSVVSRYMVNPGKEHWKAVQWIFRYLHGTSSACLQFGRSRDGLVGYVDSDFAGDLDRRRSLTGYVFTIGGCAVSWKASLQATVALSTTEAEYIAISEACKEAIWLRDLYTELCGVTSCINIVCDSQSAICLTKDQMFHERTKHIDVRYHFIRGVIAEGDVKV 1205
BLAST of A1.A1_07G260600-1 vs. ExPASy TrEMBL
Match: Q75HA9_ORYSJ (Retrotransposon protein, putative, Ty1-copia subclass OS=Oryza sativa subsp. japonica OX=39947 GN=LOC_Os03g46450 PE=4 SV=1) HSP 1 Score: 1596.25 bits (4132), Expect = 0.000e+0 Identity = 805/1337 (60.21%), Postives = 992/1337 (74.20%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQM-DLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLV--VKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVV---EDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETV-SEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAM----LPNLSLKDSSNKENQK---QVEHQINTESTPQASTKIENRVASSPQY------SIAKNRTRREI-KPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGV 1316
MAS+KY++PLLD TRF+LWQ+KM+AVLAQ DL++AL K +T E+KRKDRKAL+ + LHLSN+ILQ+V+++KTAA LW +LE ICMSK LTSK+H+K +L++H+L E SV H++VFKEI+++L +MEVQ+D EDLGL+LLCSLP SY+ FR TIL SR+ LT+ EVY++L + +KMK +V +S+GE L VRGR ++ +D + RG+SK R K + KK H EC+KLQNK KR++ G+A VV E+ G+ LV +EWILD+ C+FH+ NRDWF++Y++V +E VV MG++ +I G+G++++K DG+ RTL DVRH+P + RNLISLSTLD++GY+Y+ GV+K+SKGSLV M G A LYVL+GST+ G A+ + + T LWHMRLGHMSE GMAEL KR LL+G + FCEHCVFGK KRV+F +H TK L+Y+H+DLWGPSR PS GGA YMLT IDD+SRK W +FLK K D F+AFK K+MIE+QT K++K L TDNG EFCSD F+ C+ EGI+RH T+ +TPQQNGVAERMNRTI+ K RCMLSNA + K FWAEAA+TAC+LINRSPS+ + KKTP E+WSG PA+YS L++FGC AYAHVDNGKLEPR+IKC+FLGY +GVKGYKLW PE K +SR+V+F+E M LP + S++E Q QVEH ++ + T + + V SP IA RT+R P + E D+V YA + AE ++ EP Y+EA+ D EKW+ A+QEEM+SL KN TW+LV LPK KK VRCKW+FK+KEG E PR+K RLVAKG+SQI+GVD+ DVFSPVVKHSSIR IV MHDLELEQLDVKT FLHGELEE+IYM QPEGFIV KEDYVC LK+SLYGLKQSPRQWYKRFDSFM SH FKRS FDSCVY K +GS +YLLLYVDDMLIAAK K +I +K QLS EF+MKDLG AKKILGMEI RDR + L+LSQ+ YI+KVL +FNM AKPVST +A HF+LS+ +D ++EYMS VPYSSAVGSLMYAMVCS PDLS+A+S VSRYMANP KEHWKAVQWI RYLRGT + CL+FGR G++GYVD+DFA DLD+RRSLTGYVFTIG CA+SWKATLQ VA STTEAEYMAI EACKE++WLKGLF+EL +FCDSQSAI LTKDQMFHERTKHIDI+YH+VRDI+A+G + V KIS H+NPADMMTK +P+ KFE C LVG+
Sbjct: 1 MASMKYDLPLLDYKTRFSLWQVKMRAVLAQTSDLDEALESFGKKKTTEWTAEEKRKDRKALSLIQLHLSNDILQEVLQKKTAAELWLKLESICMSKDLTSKMHIKMKLFSHKLHESGSVLNHISVFKEIVADLVSMEVQFDDEDLGLLLLCSLPSSYANFRHTILLSRDELTLAEVYEALQNREKMKGMVQSYASSSKGEALQVRGRSEQRTYNDSNDHDKSQSRGRSKSRGKKFCKYCK-----KKNHFIEECWKLQNKEKRKS----------DGKASVVTSAENSDSGDCLVVFAGYVASHDEWILDTACSFHICINRDWFSSYKSVQNEDVVRMGDDNPREIVGIGSVQIKTHDGMTRTLKDVRHIPGMARNLISLSTLDAEGYKYSGSGGVVKVSKGSLVYMIGDMNSANLYVLRGSTLHGSVTAAAVTKDEPSKTNLWHMRLGHMSELGMAELMKRNLLDGCTQGNMKFCEHCVFGKHKRVKFNTSVHRTKGILDYVHADLWGPSRKPSLGGARYMLTIIDDYSRKEWPYFLKHKDDTFAAFKERKVMIERQTEKEVKVLCTDNGGEFCSDAFDDYCRKEGIVRHHTIPYTPQQNGVAERMNRTIISKARCMLSNARMNKRFWAEAANTACYLINRSPSIPLNKKTPIEIWSGMPADYSQLRVFGCTAYAHVDNGKLEPRAIKCLFLGYGSGVKGYKLWNPETNKTFMSRNVIFNEFVMFNDSLPTDVIPGGSDEEQQYVSVQVEH-VDDQETEIVGNDVNDTVQHSPSVLQPQDEPIAHRRTKRSCGAPVRLIEECDMVYYAFSYAEQVENTLEPATYTEAVVSGDREKWISAIQEEMQSLEKNGTWELVHLPKQKKPVRCKWIFKRKEGLSPSEPPRFKVRLVAKGFSQIAGVDYNDVFSPVVKHSSIRTFFSIVTMHDLELEQLDVKTTFLHGELEEEIYMDQPEGFIVPGKEDYVCKLKRSLYGLKQSPRQWYKRFDSFMLSHGFKRSEFDSCVYI-KFVNGSPIYLLLYVDDMLIAAKSKEQITTLKKQLSSEFDMKDLGAAKKILGMEITRDRNSGLLFLSQQSYIKKVLQRFNMHDAKPVSTPIAPHFKLSALQCASTDEDVEYMSRVPYSSAVGSLMYAMVCSWPDLSHAMSLVSRYMANPGKEHWKAVQWIFRYLRGTADACLKFGRIDKGLVGYVDSDFAADLDKRRSLTGYVFTIGSCAVSWKATLQPVVAQSTTEAEYMAIAEACKESVWLKGLFAELCGVDSCINLFCDSQSAICLTKDQMFHERTKHIDIKYHYVRDIVAQGKLKVCKISIHDNPADMMTKPIPVAKFELCSSLVGI 1320
BLAST of A1.A1_07G260600-1 vs. ExPASy TrEMBL
Match: Q10FH9_ORYSJ (Integrase core domain containing protein OS=Oryza sativa subsp. japonica OX=39947 GN=OSJNBa0056E06.5 PE=4 SV=1) HSP 1 Score: 1596.25 bits (4132), Expect = 0.000e+0 Identity = 805/1337 (60.21%), Postives = 992/1337 (74.20%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQM-DLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLV--VKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVV---EDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETV-SEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAM----LPNLSLKDSSNKENQK---QVEHQINTESTPQASTKIENRVASSPQY------SIAKNRTRREI-KPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGV 1316
MAS+KY++PLLD TRF+LWQ+KM+AVLAQ DL++AL K +T E+KRKDRKAL+ + LHLSN+ILQ+V+++KTAA LW +LE ICMSK LTSK+H+K +L++H+L E SV H++VFKEI+++L +MEVQ+D EDLGL+LLCSLP SY+ FR TIL SR+ LT+ EVY++L + +KMK +V +S+GE L VRGR ++ +D + RG+SK R K + KK H EC+KLQNK KR++ G+A VV E+ G+ LV +EWILD+ C+FH+ NRDWF++Y++V +E VV MG++ +I G+G++++K DG+ RTL DVRH+P + RNLISLSTLD++GY+Y+ GV+K+SKGSLV M G A LYVL+GST+ G A+ + + T LWHMRLGHMSE GMAEL KR LL+G + FCEHCVFGK KRV+F +H TK L+Y+H+DLWGPSR PS GGA YMLT IDD+SRK W +FLK K D F+AFK K+MIE+QT K++K L TDNG EFCSD F+ C+ EGI+RH T+ +TPQQNGVAERMNRTI+ K RCMLSNA + K FWAEAA+TAC+LINRSPS+ + KKTP E+WSG PA+YS L++FGC AYAHVDNGKLEPR+IKC+FLGY +GVKGYKLW PE K +SR+V+F+E M LP + S++E Q QVEH ++ + T + + V SP IA RT+R P + E D+V YA + AE ++ EP Y+EA+ D EKW+ A+QEEM+SL KN TW+LV LPK KK VRCKW+FK+KEG E PR+K RLVAKG+SQI+GVD+ DVFSPVVKHSSIR IV MHDLELEQLDVKT FLHGELEE+IYM QPEGFIV KEDYVC LK+SLYGLKQSPRQWYKRFDSFM SH FKRS FDSCVY K +GS +YLLLYVDDMLIAAK K +I +K QLS EF+MKDLG AKKILGMEI RDR + L+LSQ+ YI+KVL +FNM AKPVST +A HF+LS+ +D ++EYMS VPYSSAVGSLMYAMVCS PDLS+A+S VSRYMANP KEHWKAVQWI RYLRGT + CL+FGR G++GYVD+DFA DLD+RRSLTGYVFTIG CA+SWKATLQ VA STTEAEYMAI EACKE++WLKGLF+EL +FCDSQSAI LTKDQMFHERTKHIDI+YH+VRDI+A+G + V KIS H+NPADMMTK +P+ KFE C LVG+
Sbjct: 1 MASMKYDLPLLDYKTRFSLWQVKMRAVLAQTSDLDEALESFGKKKTTEWTAEEKRKDRKALSLIQLHLSNDILQEVLQKKTAAELWLKLESICMSKDLTSKMHIKMKLFSHKLHESGSVLNHISVFKEIVADLVSMEVQFDDEDLGLLLLCSLPSSYANFRHTILLSRDELTLAEVYEALQNREKMKGMVQSYASSSKGEALQVRGRSEQRTYNDSNDHDKSQSRGRSKSRGKKFCKYCK-----KKNHFIEECWKLQNKEKRKS----------DGKASVVTSAENSDSGDCLVVFAGYVASHDEWILDTACSFHICINRDWFSSYKSVQNEDVVRMGDDNPREIVGIGSVQIKTHDGMTRTLKDVRHIPGMARNLISLSTLDAEGYKYSGSGGVVKVSKGSLVYMIGDMNSANLYVLRGSTLHGSVTAAAVTKDEPSKTNLWHMRLGHMSELGMAELMKRNLLDGCTQGNMKFCEHCVFGKHKRVKFNTSVHRTKGILDYVHADLWGPSRKPSLGGARYMLTIIDDYSRKEWPYFLKHKDDTFAAFKERKVMIERQTEKEVKVLCTDNGGEFCSDAFDDYCRKEGIVRHHTIPYTPQQNGVAERMNRTIISKARCMLSNARMNKRFWAEAANTACYLINRSPSIPLNKKTPIEIWSGMPADYSQLRVFGCTAYAHVDNGKLEPRAIKCLFLGYGSGVKGYKLWNPETNKTFMSRNVIFNEFVMFNDSLPTDVIPGGSDEEQQYVSVQVEH-VDDQETEIVGNDVNDTVQHSPSVLQPQDEPIAHRRTKRSCGAPVRLIEECDMVYYAFSYAEQVENTLEPATYTEAVVSGDREKWISAIQEEMQSLEKNGTWELVHLPKQKKPVRCKWIFKRKEGLSPSEPPRFKVRLVAKGFSQIAGVDYNDVFSPVVKHSSIRTFFSIVTMHDLELEQLDVKTTFLHGELEEEIYMDQPEGFIVPGKEDYVCKLKRSLYGLKQSPRQWYKRFDSFMLSHGFKRSEFDSCVYI-KFVNGSPIYLLLYVDDMLIAAKSKEQITTLKKQLSSEFDMKDLGAAKKILGMEITRDRNSGLLFLSQQSYIKKVLQRFNMHDAKPVSTPIAPHFKLSALQCASTDEDVEYMSRVPYSSAVGSLMYAMVCSWPDLSHAMSLVSRYMANPGKEHWKAVQWIFRYLRGTADACLKFGRIDKGLVGYVDSDFAADLDKRRSLTGYVFTIGSCAVSWKATLQPVVAQSTTEAEYMAIAEACKESVWLKGLFAELCGVDSCINLFCDSQSAICLTKDQMFHERTKHIDIKYHYVRDIVAQGKLKVCKISIHDNPADMMTKPIPVAKFELCSSLVGI 1320
BLAST of A1.A1_07G260600-1 vs. ExPASy TrEMBL
Match: A0A2P5W031_GOSBA (Uncharacterized protein OS=Gossypium barbadense OX=3634 GN=GOBAR_AA36262 PE=3 SV=1) HSP 1 Score: 1595.87 bits (4131), Expect = 0.000e+0 Identity = 791/1339 (59.07%), Postives = 1013/1339 (75.65%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLV--VKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPE--NRKVVISRDVVFDETAML---PNLSLKDSSNKEN----QKQVEHQIN----TESTPQASTKIENRVAS---SPQ---YSIAKNRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRT--KDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGV 1316
++S KY++ F+LW+IKM+AVL Q L AL G DK+PSTL++E+K +A + + L L +E+L++V EKTA+ LW RLE M+K+LT++L++KQRLYA ++EEG V +HL F I+ +L ++ + D ED +I+LCSLPPSY F DT++Y R+ LT++EV ++L+S + K + V N++GEGL+ RGR G + + +PR +SK R + C +CKK GH+K +C K ++E + + +Q + + AD + SD E+++A V+DS WILD+G TFH+S ++D F+TYE S G VLMGN+ +C++ G+GT+++KMFDG+VRTL+DVRH+PE+K+NLISLSTLD KG+RY+ E GVLK+ G+L V++G + LY L GS+VTG A V+SS D D TKLWHMRLGHMSE G++ LSKRGLL+GQ KLNFCEHCVFGKQ RV+F+ GIH TK T++Y HSDLWGPS S+GG Y+LTFIDD+SRKVW +FLK K +V FK +K +IE QTGK+IK RTDNGLEFCS EFN CK+EGI+RH TVR TPQQNGVAERMNRT++E+ RCM SNA L + FWAEA +TAC+L+NRSPS AIE KTP+EVWSG+PA+YS L++FGCPAYAHV+ GKL+PR+ KC+FLGY GVKGY+LWCP+ + K +ISRDV FDE++ML N K+ S++ +KQVE Q++ TE T ++E + + SPQ YSIA RT+R+IKP+ +YA +LV++AL+VAE I EP +Y+EA++C++S +W AM EE+ESLHKN TW+LVK P +K V CKWVFKKKEG GVE R+KARLVAKG++Q G+D+ +VFSPVVKHSSIR LL +VA DLELEQLDVKTAFLHGELEE IYM+QPEGF V KED+VCLLKKSLYGLKQSPRQWYKRFDSFM H + R +D+CVY +K SDGS +YLLLYVDDMLIA+K+ EI K+K+QLS EFEMKDLG AKKILGM+I RDRKA KL +SQK YIEKVL +F M AK VST LA HF+LS+ LSPQSD E + MSH+PYSSAVGS+MYAMVC+RPD+S+AVS VSRYM+ P KEHW+AV+WILRYLRG+ ++CL + ++ V GYVD+D+AGDLD+RRSLTGYVFT G AISWKA LQ+TVALSTTEAEYMA+ EA KEA+W+KGL S L + VFCDSQSAI LTK+QMFHERTKHID+RYHFVR+ + +GDIV+SK++T +NPADM+TK +P KF+HCLDL+G+
Sbjct: 525 VSSTKYDVEKFTGKNSFSLWRIKMRAVLVQQGLLKALSGKDKLPSTLSEEQKDDMLERAHSAILLCLGDEVLREVADEKTASGLWLRLESKYMTKSLTNRLYLKQRLYALKMEEGTPVSQHLDKFNSIIMDLNNIDNKIDDEDQAIIVLCSLPPSYENFVDTMMYGRDDLTLEEVKNALSSSELRKKITGKVVENNEGEGLVARGRSKAK----GGSSSKSHPRSQSKKRIQ-------CYYCKKYGHMKVDCPK-----RKEKSESQEQQNDRANVADA-DSSSDAEIVLA-VSDSYAGGRWILDTGATFHISTSKDAFSTYEKHS-GSVLMGNDHACQVMGIGTVRIKMFDGIVRTLTDVRHIPEMKKNLISLSTLDKKGFRYSAEGGVLKVFSGALTVIRGNLERG-LYFLDGSSVTGVAGVSSSDDLDSDTTKLWHMRLGHMSERGLSVLSKRGLLSGQCTGKLNFCEHCVFGKQTRVKFSTGIHKTKGTVDYFHSDLWGPSPTISKGGYRYLLTFIDDYSRKVWVYFLKSKYEVLINFKQFKALIENQTGKKIKRFRTDNGLEFCSGEFNEFCKNEGIVRHRTVRRTPQQNGVAERMNRTLLERARCMRSNAGLGEEFWAEAVNTACYLVNRSPSTAIELKTPEEVWSGSPADYSGLRVFGCPAYAHVNEGKLKPRAKKCIFLGYGQGVKGYRLWCPDPVSSKFIISRDVTFDESSMLRSTTNSREKEESDRMGDHGVEKQVECQVDAPIPTEGTSVQDDQVEVQDSDEDESPQEKPYSIATGRTKRQIKPNPRYA--NLVSFALSVAESIGI--EPSSYNEAVTCDESAQWAIAMSEEIESLHKNHTWELVKPPSNQKIVGCKWVFKKKEGILGVEATRFKARLVAKGFTQKEGIDYNEVFSPVVKHSSIRVLLAMVAKSDLELEQLDVKTAFLHGELEETIYMRQPEGFTVPGKEDHVCLLKKSLYGLKQSPRQWYKRFDSFMIQHGYTRCDYDACVYHRKLSDGSHIYLLLYVDDMLIASKNMSEINKLKSQLSGEFEMKDLGAAKKILGMDIHRDRKAGKLRVSQKNYIEKVLQRFGMDKAKTVSTPLAPHFKLSAELSPQSDEEKQQMSHIPYSSAVGSVMYAMVCTRPDISHAVSVVSRYMSCPGKEHWQAVKWILRYLRGSADLCLVYDQSDCTSSVTGYVDSDYAGDLDKRRSLTGYVFTYSGGAISWKAVLQSTVALSTTEAEYMALAEAVKEALWMKGLVSSLGLQQDFTVVFCDSQSAIHLTKNQMFHERTKHIDVRYHFVREHVTQGDIVISKVATEKNPADMLTKVIPAYKFKHCLDLIGI 1839
BLAST of A1.A1_07G260600-1 vs. ExPASy Swiss-Prot
Match: POLX_TOBAC (Retrovirus-related Pol polyprotein from transposon TNT 1-94 OS=Nicotiana tabacum OX=4097 PE=2 SV=1) HSP 1 Score: 1154.43 bits (2985), Expect = 0.000e+0 Identity = 616/1354 (45.49%), Postives = 845/1354 (62.41%), Query Frame = 0
Query: 1 MASLKYEIPLLDRNTRFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDKMKHLVVKPNSQGEGLIV--RGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVND----SKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHV---DNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDET--------------AMLPN-LSLKDSSNKENQKQVEHQINTESTPQASTKIEN---------RVASSPQYSIAKNRTRREIKP---SKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFK-KKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGVH 1317
M+ +KYE+ + + F+ WQ +M+ +L Q L L K P T+ E+ D +A + + LHLS++++ +++ E TA +W RLE + MSKTLT+KL++K++LYA + EG + HL VF +++ L + V+ ++ED ++LL SLP SY TIL+ + ++ + +V +L +KM+ KP +QG+ LI RGR + ++ GR+ RGKSK RSKS R + C C + GH K +C R+ + Q + A +V++ + L + + S EW++D+ + H +P RD F Y G V MGN + KIAG+G I +K G L DVRHVP+L+ NLIS LD GY + +++KGSLV+ KG + LY G+ A +S D LWH R+GHMSE G+ L+K+ L++ + C++C+FGKQ RV F L+ ++SD+ GP + S GG Y +TFIDD SRK+W + LK K VF F+ + ++E++TG+++K LR+DNG E+ S EF C S GI TV TPQ NGVAERMNRTI+EKVR ML A LPKSFW EA TAC+LINRSPSV + + P+ VW+ +YS LK+FGC A+AHV KL+ +SI C+F+GY GY+LW P +KV+ SRDVVF E+ ++PN +++ +SN + +E Q IE V Q RR +P S++Y + V I ++EP + E +S + + M AMQEEMESL KN T+ LV+LPKGK+ ++CKWVFK KK+G + RYKARLV KG+ Q G+DF ++FSPVVK +SIR +L + A DLE+EQLDVKTAFLHG+LEE+IYM+QPEGF V+ K+ VC L KSLYGLKQ+PRQWY +FDSFM S + ++ D CVYFK+ S+ +F+ LLLYVDDMLI KDK I K+K LS+ F+MKDLGPA++ILGM+I+R+R + KL+LSQ+ YIE+VL +FNM++AKPVST LA H +LS + P + E M+ VPYSSAVGSLMYAMVC+RPD+++AV VSR++ NP KEHW+AV+WILRYLRGTT CL FG + + GY DAD AGD+D R+S TGY+FT G AISW++ LQ VALSTTEAEY+A TE KE IWLK EL + V+CDSQSAI L+K+ M+H RTKHID+RYH++R+++ + V KIST+ENPADM+TK +P KFE C +LVG+H
Sbjct: 1 MSGVKYEVAKFNGDNGFSTWQRRMRDLLIQQGLHKVLDVDSKKPDTMKAEDWADLDERAASAIRLHLSDDVVNNIIDEDTARGIWTRLESLYMSKTLTNKLYLKKQLYALHMSEGTNFLSHLNVFNGLITQLANLGVKIEEEDKAILLLNSLPSSYDNLATTILHGKTTIELKDVTSALLLNEKMRK---KPENQGQALITEGRGRSYQRSSNNYGRS---GARGKSKNRSKS--RVRNCYNCNQPGHFKRDCPN-----PRKGKGETSGQKNDDNTAAMVQNNDNVVLFINEEEECMHLSGPESEWVVDTAASHHATPVRDLFCRYVAGDFGTVKMGNTSYSKIAGIGDICIKTNVGCTLVLKDVRHVPDLRMNLISGIALDRDGYESYFANQKWRLTKGSLVIAKGVAR-GTLYRTNAEICQGELNAAQDEISVD----LWHKRMGHMSEKGLQILAKKSLISYAKGTTVKPCDYCLFGKQHRVSFQTSSERKLNILDLVYSDVCGPMEIESMGGNKYFVTFIDDASRKLWVYILKTKDQVFQVFQKFHALVERETGRKLKRLRSDNGGEYTSREFEEYCSSHGIRHEKTVPGTPQHNGVAERMNRTIVEKVRSMLRMAKLPKSFWGEAVQTACYLINRSPSVPLAFEIPERVWTNKEVSYSHLKVFGCRAFAHVPKEQRTKLDDKSIPCIFIGYGDEEFGYRLWDPVKKKVIRSRDVVFRESEVRTAADMSEKVKNGIIPNFVTIPSTSNNPTSAESTTDEVSEQGEQPGEVIEQGEQLDEGVEEVEHPTQGEEQHQPLRRSERPRVESRRYPSTEYVL--------ISDDREPESLKEVLSHPEKNQLMKAMQEEMESLQKNGTYKLVELPKGKRPLKCKWVFKLKKDGD--CKLVRYKARLVVKGFEQKKGIDFDEIFSPVVKMTSIRTILSLAASLDLEVEQLDVKTAFLHGDLEEEIYMEQPEGFEVAGKKHMVCKLNKSLYGLKQAPRQWYMKFDSFMKSQTYLKTYSDPCVYFKRFSENNFIILLLYVDDMLIVGKDKGLIAKLKGDLSKSFDMKDLGPAQQILGMKIVRERTSRKLWLSQEKYIERVLERFNMKNAKPVSTPLAGHLKLSKKMCPTTVEEKGNMAKVPYSSAVGSLMYAMVCTRPDIAHAVGVVSRFLENPGKEHWEAVKWILRYLRGTTGDCLCFGGSDPILKGYTDADMAGDIDNRKSSTGYLFTFSGGAISWQSKLQKCVALSTTEAEYIAATETGKEMIWLKRFLQELGLHQKEYVVYCDSQSAIDLSKNSMYHARTKHIDVRYHWIREMVDDESLKVLKISTNENPADMLTKVVPRNKFELCKELVGMH 1326
BLAST of A1.A1_07G260600-1 vs. ExPASy Swiss-Prot
Match: COPIA_DROME (Copia protein OS=Drosophila melanogaster OX=7227 GN=GIP PE=1 SV=3) HSP 1 Score: 375.941 bits (964), Expect = 9.583e-108 Identity = 211/559 (37.75%), Postives = 319/559 (57.07%), Query Frame = 0
Query: 764 IAKNRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVY-FKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRT---KDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCA-ISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQIST-VFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGV 1316
I + R + KP Y E D + + N P ++ E +D W A+ E+ + N TW + K P+ K V +WVF K G RYKARLVA+G++Q +D+ + F+PV + SS R +L +V ++L++ Q+DVKTAFL+G L+E+IYM+ P+G +S D VC L K++YGLKQ+ R W++ F+ + +F SS D C+Y K + +Y+LLYVDD++IA D + K L E+F M DL K +G+ I + + K+YLSQ Y++K+L KFNM++ VST L + S + N P S +G LMY M+C+RPDL+ AV+ +SRY + + E W+ ++ +LRYL+GT ++ L F + ++ +IGYVD+D+AG R+S TGY+F + I W Q +VA S+TEAEYMA+ EA +EA+WLK L + +N L+ ++ D+Q I + + H+R KHIDI+YHF R+ + I + I T AD+ TK LP +F D +G+
Sbjct: 854 INRRSERLKTKPQISYNEEDNSLNKVVLNAHTIFNDVPNSFDEIQYRDDKSSWEEAINTELNAHKINNTWTITKRPENKNIVDSRWVFSVKYNELG-NPIRYKARLVARGFTQKYQIDYEETFAPVARISSFRFILSLVIQYNLKVHQMDVKTAFLNGTLKEEIYMRLPQG--ISCNSDNVCKLNKAIYGLKQAARCWFEVFEQALKECEFVNSSVDRCIYILDKGNINENIYVLLYVDDVVIATGDMTRMNNFKRYLMEKFRMTDLNEIKHFIGIRI--EMQEDKIYLSQSAYVKKILSKFNMENCNAVSTPLPSKINYELLNSDEDCN-------TPCRSLIGCLMYIMLCTRPDLTTAVNILSRYSSKNNSELWQNLKRVLRYLKGTIDMKLIFKKNLAFENKIIGYVDSDWAGSEIDRKSTTGYLFKMFDFNLICWNTKRQNSVAASSTEAEYMALFEAVREALWLKFLLTSINIKLENPIKIYEDNQGCISIANNPSCHKRAKHIDIKYHFAREQVQNNVICLEYIPTENQLADIFTKPLPAARFVELRDKLGL 1400 HSP 2 Score: 299.671 bits (766), Expect = 5.506e-82 Identity = 234/762 (30.71%), Postives = 369/762 (48.43%), Query Frame = 0
Query: 16 RFALWQIKMQAVLAQMDLEDALLGIDKMPSTLTDEEKKRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTI-LYSRESLTVDEVYDSL-------------TSYDKMKHLVVKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDG-ELLVASVNDSKVSEE--WILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVR-------TLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGI-------CKLNFCEHCVFGKQKRVRFTRGIHNT--KETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAI--EKKTPQEVWSGNPANYSDLKIFGCPAYAHVDN--GKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDETAML-------PNLSLKDSSNKENQ 733
++A+W+ +++A+LA+ D+ + G+ MP+ + D KK +R A + + +LS+ L + TA + + L+ + K+L S+L +++RL + +L S+ H +F E++S L A + ++ D LL +LP Y I S E+LT+ V + L TS M +V N+ + + + R + P+ KG SK + C+ C ++GHIK +C+ + N K K+ E V S G +V VN++ V + ++LDSG + H+ + +T V + + +A G G+VR TL DV E NL+S+ L G + + ISK L+V+K + + V+ + +A ++ +LWH R GH+S+ + E+ ++ + + Q + C++ CE C+ GKQ R+ F + T K L +HSD+ GP + NY + F+D F+ + +K KSDVFS F+ + E ++ YL DNG E+ S+E + C +GI HLTV HTPQ NGV+ERM RTI EK R M+S A L KSFW EA TA +LINR PS A+ KTP E+W L++FG Y H+ N GK + +S K +F+GY+ G+KLW N K +++RDVV DET M+ + LKDS EN+
Sbjct: 15 KYAIWKFRIRALLAEQDVLKVVDGL--MPNEVDDSWKK-AERCAKSTIIEYLSDSFLNFATSDITARQILENLDAVYERKSLASQLALRKRLLSLKLSSEMSLLSHFHIFDELISELLAAGAKIEEMDKISHLLITLPSCYDGIITAIETLSEENLTLAFVKNRLLDQEIKIKNDHNDTSKKVMNAIVHNNNNTYKNNLFKNRVTK-------------PKKIFKGNSKYKVK---CHHCGREGHIKKDCFHY-----KRILNNKNKE----NEKQVQTATSHGIAFMVKEVNNTSVMDNCGFVLDSGASDHLINDESLYTDSVEVVPPLKIA-------VAKQGEFIYATKRGIVRLRNDHEITLEDVLFCKEAAGNLMSVKRLQEAGMSIEFDKSGVTISKNGLMVVKNSGMLNNVPVINFQAYSINAKHKNN-------FRLWHERFGHISDGKLLEIKRKNMFSDQSLLNNLELSCEI--CEPCLNGKQARLPFKQLKDKTHIKRPLFVVHSDVCGPITPVTLDDKNYFVIFVDQFTHYCVTYLIKYKSDVFSMFQDFVAKSEAHFNLKVVYLYIDNGREYLSNEMRQFCVKKGISYHLTVPHTPQLNGVSERMIRTITEKARTMVSGAKLDKSFWGEAVLTATYLINRIPSRALVDSSKTPYEMWHNKKPYLKHLRVFGATVYVHIKNKQGKFDDKSFKSIFVGYEPN--GFKLWDAVNEKFIVARDVVVDETNMVNSRAVKFETVFLKDSKESENK 730
BLAST of A1.A1_07G260600-1 vs. ExPASy Swiss-Prot
Match: POLR1_ARATH (Retrovirus-related Pol polyprotein from transposon RE1 OS=Arabidopsis thaliana OX=3702 GN=RE1 PE=2 SV=1) HSP 1 Score: 373.629 bits (958), Expect = 8.444e-107 Identity = 215/548 (39.23%), Postives = 309/548 (56.39%), Query Frame = 0
Query: 773 IKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGK-KAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTN--VCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDL-QISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGV 1316
IKP+ KY+ +A + A EP AI E+W AM E+ + N TWDLV P V C+W+F KK + G RYKARLVAKGY+Q G+D+ + FSPV+K +SIR +LG+ + QLDV AFL G L +D+YM QP GFI ++ +YVC L+K+LYGLKQ+PR WY +++ + F S D+ ++ + S VY+L+YVDD+LI D + LS+ F +KD LG+E R + L+LSQ+ YI +L + NM +AKPV+T +A +LS + + E Y VGSL Y + +RPD+SYAV+ +S++M P++EH +A++ ILRYL GT N + L+ G T + Y DAD+AGD D S GY+ +G ISW + Q V S+TEAEY ++ E W+ L +EL L + ++CD+ A +L + +FH R KHI I YHF+R+ + G + V +STH+ AD +TK L T F++ +GV
Sbjct: 938 IKPNPKYS----------LAVSLAAESEP---RTAIQALKDERWRNAMGSEINAQIGNHTWDLVPPPPSHVTIVGCRWIFTKKYNSDGSLN-RYKARLVAKGYNQRPGLDYAETFSPVIKSTSIRIVLGVAVDRSWPIRQLDVNNAFLQGTLTDDVYMSQPPGFIDKDRPNYVCKLRKALYGLKQAPRAWYVELRNYLLTIGFVNSVSDTSLFVLQRGK-SIVYMLVYVDDILITGNDPTLLHNTLDNLSQRFSVKDHEELHYFLGIEA--KRVPTGLHLSQRRYILDLLARTNMITAKPVTTPMAPSPKLSLYSGTKLTDPTE------YRGIVGSLQY-LAFTRPDISYAVNRLSQFMHMPTEEHLQALKRILRYLAGTPNHGIFLKKGNTL-SLHAYSDADWAGDKDDYVSTNGYIVYLGHHPISWSSKKQKGVVRSSTEAEYRSVANTSSEMQWICSLLTELGIRLTRPPVIYCDNVGATYLCANPVFHSRMKHIAIDYHFIRNQVQSGALRVVHVSTHDQLADTLTKPLSRTAFQNFASKIGV 1460 HSP 2 Score: 197.208 bits (500), Expect = 1.602e-49 Identity = 180/750 (24.00%), Postives = 329/750 (43.87%), Query Frame = 0
Query: 14 NTRFALWQIKMQAVLAQMDL----------EDALLGIDKMPSTLTDEEK-KRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGA-SVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRESLTVDEVYDSLTSYDK-----------------MKHLVVKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGV-VLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGV-LKISKGSLVVMKGQRKIAKLYVLQGSTVTG--DAAVASS-------SLSDDDITKLWHMRLGHMSE---NGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCS--DEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHV---DNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDE 715
+T + +W ++ A+ +L A +G D P D + KR+D+ + + +S + V + TAA +W+ L +I + + ++ +L + +G ++ +++ L + D ++ +L +LP Y D I T+ E+++ L +++ + H + R D +++ + +++ ++S C C +GH C +LQ+ + +Q+ P + L + S S W+LDSG T H++ + + + ++ + G V++ + ++ I+ G+ + + L ++ +VP + +NLIS+ YR +GV ++ S V + +LQG T + +ASS S S WH RLGH + N + +LN K C C+ K +V F++ N+ LEYI+SD+W S + S Y + F+D F+R W + LKQKS V F ++K ++E + +I +DNG EF + + F++ GI + HTP+ NG++ER +R I+E +LS+A++PK++W A + A +LINR P+ ++ ++P + G NY L++FGC Y + + KL+ +S +CVFLGY Y + ++ ISR V FDE
Sbjct: 28 STNYLMWSRQVHALFDGYELAGFLDGSTTMPPATIGTDAAPRVNPDYTRWKRQDKLIYSAVLGAISMSVQPAVSRATTAAQIWETLRKIYANPSYGHVTQLRTQL--KQWTKGTKTIDDYMQGLVTRFDQLALLGKPMDHDEQVERVLENLPEEYKPVIDQIAAKDTPPTLTEIHERLLNHESKILAVSSATVIPITANAVSHRNTTTTNNNNNGNRNNRYDNRNNNNNSKPWQQSSTNFHPNNNQSKPYLGKCQICGVQGHSAKRCSQLQHFLS-SVNSQQPPSPFTPWQPR-------ANLALGS---PYSSNNWLLDSGATHHITSDFNNLSLHQPYTGGDDVMVADGSTIPISHTGSTSLSTKSRPLN-LHNILYVPNIHKNLISV-------YRLCNANGVSVEFFPASFQVKDLNTGVP---LLQGKTKDELYEWPIASSQPVSLFASPSSKATHSSWHARLGHPAPSILNSVISNYSLSVLNPSH--KFLSCSDCLINKSNKVPFSQSTINSTRPLEYIYSDVWS-SPILSHDNYRYYVIFVDHFTRYTWLYPLKQKSQVKETFITFKNLLENRFQTRIGTFYSDNGGEFVALWEYFSQ----HGISHLTSPPHTPEHNGLSERKHRHIVETGLTLLSHASIPKTYWPYAFAVAVYLINRLPTPLLQLESPFQKLFGTSPNYDKLRVFGCACYPWLRPYNQHKLDDKSRQCVFLGYSLTQSAYLCLHLQTSRLYISRHVRFDE 746
BLAST of A1.A1_07G260600-1 vs. ExPASy Swiss-Prot
Match: POLR2_ARATH (Retrovirus-related Pol polyprotein from transposon RE2 OS=Arabidopsis thaliana OX=3702 GN=RE2 PE=4 SV=1) HSP 1 Score: 363.999 bits (933), Expect = 1.943e-103 Identity = 208/547 (38.03%), Postives = 308/547 (56.31%), Query Frame = 0
Query: 774 KPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGK-KAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTN--VCLQFGRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDL-QISTVFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFEHCLDLVGV 1316
KP++KY+ YA ++A AN EP AI ++W AM E+ + N TWDLV P V C+W+F KK + G RYKARLVAKGY+Q G+D+ + FSPV+K +SIR +LG+ + QLDV AFL G L +++YM QP GF+ ++ DYVC L+K++YGLKQ+PR WY +++ + F S D+ ++ + S +Y+L+YVDD+LI D ++ LS+ F +K+ LG+E R L+LSQ+ Y +L + NM +AKPV+T +A +L+ + + E Y VGSL Y + +RPDLSYAV+ +S+YM P+ +HW A++ +LRYL GT + + L+ G T + Y DAD+AGD D S GY+ +G ISW + Q V S+TEAEY ++ E W+ L +EL L ++CD+ A +L + +FH R KHI + YHF+R+ + G + V +STH+ AD +TK L F++ +GV
Sbjct: 922 KPNQKYS------YATSLA----ANSEP---RTAIQAMKDDRWRQAMGSEINAQIGNHTWDLVPPPPPSVTIVGCRWIFTKKFNSDGSLN-RYKARLVAKGYNQRPGLDYAETFSPVIKSTSIRIVLGVAVDRSWPIRQLDVNNAFLQGTLTDEVYMSQPPGFVDKDRPDYVCRLRKAIYGLKQAPRAWYVELRTYLLTVGFVNSISDTSLFVLQRGR-SIIYMLVYVDDILITGNDTVLLKHTLDALSQRFSVKEHEDLHYFLGIEA--KRVPQGLHLSQRRYTLDLLARTNMLTAKPVATPMATSPKLTLHSGTKLPDPTE------YRGIVGSLQY-LAFTRPDLSYAVNRLSQYMHMPTDDHWNALKRVLRYLAGTPDHGIFLKKGNTL-SLHAYSDADWAGDTDDYVSTNGYIVYLGHHPISWSSKKQKGVVRSSTEAEYRSVANTSSELQWICSLLTELGIQLSHPPVIYCDNVGATYLCANPVFHSRMKHIALDYHFIRNQVQSGALRVVHVSTHDQLADTLTKPLSRVAFQNFSRKIGV 1443 HSP 2 Score: 198.749 bits (504), Expect = 4.939e-50 Identity = 179/723 (24.76%), Postives = 321/723 (44.40%), Query Frame = 0
Query: 14 NTRFALWQIKMQAVL----------AQMDLEDALLGIDKMPSTLTDEEK-KRKDRKALTQLHLHLSNEILQDVMKEKTAAVLWKRLEQICMSKTLTSKLHMKQRLYAHRLEEGASVHEHLTVFKEILSNLEAMEVQYDKEDLGLILLCSLPPSYSTFRDTILYSRES--LTVDEVYDSLTSYDKMKHLVVKPNSQGEGLIVRGRQDRNVDDDRGRTQERNPRGKSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGV-VLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTL---DSKGYRYTTESGVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGM-AELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFLKQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHV---DNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVFDE 715
+T + +W ++ A+ + A +G D +P D + +R+D+ + + +S + V + TAA +W+ L +I + S H+ Q + R ++ A + + + +++ LE + Y K + I PPS + + ++ +RES L ++ + + + H ++ + R N ++ Q + +S R G+ C C +GH C +L ++ + Q+ P + +VN + W+LDSG T H++ + + + ++ + G V++ + ++ I G+ + + L+ V +VP + +NLIS+ L + + S +K + +++G+ K +LY + + A +S WH RLGH S + + +S L KL C C K +V F+ + + LEYI+SD+W S + S Y + F+D F+R W + LKQKS V F +K ++E + +I L +DNG EF GI + HTP+ NG++ER +R I+E +LS+A++PK++W A S A +LINR P+ ++ ++P + G P NY LK+FGC Y + + KLE +S +C F+GY Y ++ SR V FDE
Sbjct: 28 STNYLMWSRQVHALFDGYELAGFLDGSTPMPPATIGTDAVPRVNPDYTRWRRQDKLIYSAILGAISMSVQPAVSRATTAAQIWETLRKIYANP---SYGHVTQLRFITRFDQLALLGKPMDHDEQVERVLENLPDDY-KPVIDQIAAKDTPPSLTEIHERLI-NRESKLLALNSAEVVPITANVVTHRNTN-TNRNQNNRGDNRNYNNNNNRSNSWQPSSSGSRSDNRQPKPYLGR-CQICSVQGHSAKRCPQL-HQFQSTTNQQQSTSPFTPWQPRAN----------LAVNSPYNANNWLLDSGATHHITSDFNNLSFHQPYTGGDDVMIADGSTIPITHTGSASLPTSSRSL-DLNKVLYVPNIHKNLISVYRLCNTNRVSVEFFPASFQVKDLNTGVPLLQGKTK-DELY--EWPIASSQAVSMFASPCSKATHSSWHSRLGHPSLAILNSVISNHSLPVLNPSHKLLSCSDCFINKSHKVPFSNSTITSSKPLEYIYSDVWS-SPILSIDNYRYYVIFVDHFTRYTWLYPLKQKSQVKDTFIIFKSLVENRFQTRIGTLYSDNGGEFVV--LRDYLSQHGISHFTSPPHTPEHNGLSERKHRHIVEMGLTLLSHASVPKTYWPYAFSVAVYLINRLPTPLLQLQSPFQKLFGQPPNYEKLKVFGCACYPWLRPYNRHKLEDKSKQCAFMGYSLTQSAYLCLHIPTGRLYTSRHVQFDE 725
BLAST of A1.A1_07G260600-1 vs. ExPASy Swiss-Prot
Match: YCH4_YEAST (Putative transposon Ty5-1 protein YCL074W OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=TY5A PE=5 SV=2) HSP 1 Score: 178.718 bits (452), Expect = 1.824e-48 Identity = 104/315 (33.02%), Postives = 166/315 (52.70%), Query Frame = 0
Query: 912 LDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQF-GRTKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKA-TLQTTVALSTTEAEYMAITEACKE 1224
+DV TAFL+ ++E IY++QP GF+ DYV L +YGLKQ+P W + ++ + F R + +YF+ SDG +Y+ +YVDD+L+AA + +VK +L++ + MKDLG K LG+ I + + LS + YI K + + + K T L L SP + PY S VG L++ RPD+SY VS +SR++ P H ++ + +LRYL T ++CL++ ++ + Y DA D S GYV + G ++W + L+ + + +TEAEY+ +E E
Sbjct: 1 MDVDTAFLNSTMDEPIYVKQPPGFVNERNPDYVWELYGGMYGLKQAPLLWNEHINNTLKKIGFCRHEGEHGLYFRSTSDGP-IYIAVYVDDLLVAAPSPKIYDRVKQELTKLYSMKDLGKVDKFLGLNIHQSSNGD-ITLSLQDYIAKAASESEINTFKLTQTPLCNSKPLFETTSPHLKDI------TPYQSIVGQLLFCANTGRPDISYPVSLLSRFLREPRAIHLESARRVLRYLYTTRSMCLKYRSGSQLALTVYCDASHGAIHDLPHSTGGYVTLLAGAPVTWSSKKLKGVIPVPSTEAEYITASETVME 307
BLAST of A1.A1_07G260600-1 vs. ExPASy Swiss-Prot
Match: YO21B_YEAST (Transposon Ty2-OR1 Gag-Pol polyprotein OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=TY2B-OR1 PE=3 SV=1) HSP 1 Score: 169.474 bits (428), Expect = 5.888e-41 Identity = 158/572 (27.62%), Postives = 277/572 (48.43%), Query Frame = 0
Query: 767 NRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISC----EDSEKWMFAMQEEMESLHKNRTWDLVKL-----PKGKKAVRCKWVF-KKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTS-HDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMK--DLGPAKK-----ILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLA----AHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTK-----DGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFL---TKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFE 1308
N+ R ++P + ++L+A A+ + I + Y EAI+ ++ ++++ A +E+ L K TWD K KK + ++F KK++GT +KAR VA+G Q +D+ S V H ++ L I +D + QLD+ +A+L+ +++E++Y++ P +++K + L+KSLYGLKQS WY+ S++ + D + SCV+ KNS V + L+VDDM++ +KD +K+ L ++++ K +LG ILG+EI R +K EK L K N+ L A H+ L D E + + +G Y R DL Y ++ +++++ PS++ +++++ T + L + + K + ++ DA + G+ +S G +F + G I K+T + STTEAE A++EA L L ELN+ I + DS+S I + T ++ F R + + +RD ++ ++ V I T++N AD+MTK LPI F+
Sbjct: 1213 NKNMRSLEPPRSKKRINLIA-AIKGVKSIKPVRTTLRYDEAITYNKDNKEKDRYVEAYHKEISQLLKMNTWDTNKYYDRNDIDPKKVINSMFIFNKKRDGT-------HKARFVARGDIQHPDTYDSDMQSNTVHHYALMTSLSIALDNDYYITQLDISSAYLYADIKEELYIRPPPHLGLNDK---LLRLRKSLYGLKQSGANWYETIKSYLINCCDMQEVRGWSCVF--KNSQ---VTICLFVDDMILFSKDLNANKKIITTLKKQYDTKIINLGEGDNEIQYDILGLEIKYQRSKYMKLGMEKSLTEK-LPKLNVPLNPKGKKLRAPGQPGHYIDQDELEIDEDEYKEKVHEM--QKLIGLASYVGYKFRFDLLYYINTLAQHILFPSRQVLDMTYELIQFMWDTRDKQLIWHKNKPTKPDNKLVAISDASY-GNQPYYKSQIGNIFLLNGKVIGGKSTKASLTCTSTTEAEIHAVSEAIPLLNNLSHLVQELNKKPIIKGLLTDSRSTISIIKSTNEEKF--RNRFFGTKAMRLRDEVSGNNLYVYYIETNKNIADVMTKPLPIKTFK 1762 HSP 2 Score: 107.457 bits (267), Expect = 6.242e-22 Identity = 103/468 (22.01%), Postives = 194/468 (41.45%), Query Frame = 0
Query: 267 GKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSL---VVMKGQRK-IAKLYVLQG--STVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNF-------CEHCVFGKQKRVRFTRG----IHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFL--KQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYA--HVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVF 713
G+Q + S ++ S+ EL + DS S+ + + H +PN SE ++ I +G + +G +T H P + +L+SLS L ++ L+ S G++ +V G ++K Y++ S +T + S S++ L H LGH + + + K+ + + + C C+ GK + R +G + E +Y+H+D++GP + +Y ++F D+ +R W + L +++ + + F S I+ Q ++ ++ D G E+ + ++ + GI T + +GVAER+NRT++ R +L + LP W A + + N S +K Q + + + FG P H + K+ PR I L GY ++ P +K V + + V
Sbjct: 432 GQQQKESKPTRTID--SNDELPDHLLIDSGASQTLVRSAHYLHHATPN----------SEINIVDAQKQDIPINAIGNLHFNFQNGT-KTSIKALHTPNIAYDLLSLSELANQNITACFTRNTLERSDGTVLAPIVKHGDFYWLSKKYLIPSHISKLTINNVNKSKSVNKYPY-PLIHRMLGHANFRSIQKSLKKNAVTYLKESDIEWSNASTYQCPDCLIGKSTKHRHVKGSRLKYQESYEPFQYLHTDIFGPVHHLPKSAPSYFISFTDEKTRFQWVYPLHDRREESILNVFTSILAFIKNQFNARVLVIQMDRGSEYTNKTLHKFFTNRGITACYTTTADSRAHGVAERLNRTLLNDCRTLLHCSGLPNHLWFSAVEFSTIIRNSLVSPKNDKSARQHAGLAG-LDITTILPFGQPVIVNNHNPDSKIHPRGIPGYALHPSRNSYGYIIYLPSLKKTVDTTNYVI 884
BLAST of A1.A1_07G260600-1 vs. ExPASy Swiss-Prot
Match: YG22B_YEAST (Transposon Ty2-GR2 Gag-Pol polyprotein OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=TY2B-GR2 PE=3 SV=1) HSP 1 Score: 168.703 bits (426), Expect = 9.086e-41 Identity = 158/572 (27.62%), Postives = 277/572 (48.43%), Query Frame = 0
Query: 767 NRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISC----EDSEKWMFAMQEEMESLHKNRTWDLVKL-----PKGKKAVRCKWVF-KKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTS-HDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMK--DLGPAKK-----ILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLA----AHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTK-----DGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFL---TKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFE 1308
N+ R ++P + ++L+A A+ + I + Y EAI+ ++ ++++ A +E+ L K TWD K KK + ++F KK++GT +KAR VA+G Q +D+ S V H ++ L I +D + QLD+ +A+L+ +++E++Y++ P +++K + L+KSLYGLKQS WY+ S++ + D + SCV+ KNS V + L+VDDM++ +KD +K+ L ++++ K +LG + ILG+EI R +K EK L K N+ L A H+ L D E + + +G Y R DL Y ++ +++++ PS++ +++++ T + L + + K + ++ DA + G+ +S G +F + G I K+T + STTEAE A++EA L L ELN+ I + DS+S I + T ++ F R + + +RD ++ ++ V I T +N AD+MTK LPI F+
Sbjct: 1213 NKNMRSLEPPRSKKRINLIA-AIKGVKSIKPVRTTLRYDEAITYNKDNKEKDRYVEAYHKEISQLLKMNTWDTNKYYDRNDIDPKKVINSMFIFNKKRDGT-------HKARFVARGDIQHPDTYDSDMQSNTVHHYALMTSLSIALDNDYYITQLDISSAYLYADIKEELYIRPPPHLGLNDK---LLRLRKSLYGLKQSGANWYETIKSYLINCCDMQEVRGWSCVF--KNSQ---VTICLFVDDMILFSKDLNANKKIITTLKKQYDTKIINLGESDNEIQYDILGLEIKYQRSKYMKLGMEKSLTEK-LPKLNVPLNPKGKKLRAPGQPGHYIDQDELEIDEDEYKEKVHEM--QKLIGLASYVGYKFRFDLLYYINTLAQHILFPSRQVLDMTYELIQFMWDTRDKQLIWHKNKPTKPDNKLVAISDASY-GNQPYYKSQIGNIFLLNGKVIGGKSTKASLTCTSTTEAEIHAVSEAIPLLNNLSHLVQELNKKPIIKGLLTDSRSTISIIKSTNEEKF--RNRFFGTKAMRLRDEVSGNNLYVYYIETKKNIADVMTKPLPIKTFK 1762 HSP 2 Score: 107.842 bits (268), Expect = 4.565e-22 Identity = 103/468 (22.01%), Postives = 194/468 (41.45%), Query Frame = 0
Query: 267 GKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSL---VVMKGQRK-IAKLYVLQG--STVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNF-------CEHCVFGKQKRVRFTRG----IHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFL--KQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYA--HVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVF 713
G+Q + S ++ S+ EL + DS S+ + + H +PN SE ++ I +G + +G +T H P + +L+SLS L ++ L+ S G++ +V G ++K Y++ S +T + S S++ L H LGH + + + K+ + + + C C+ GK + R +G + E +Y+H+D++GP + +Y ++F D+ +R W + L +++ + + F S I+ Q ++ ++ D G E+ + ++ + GI T + +GVAER+NRT++ R +L + LP W A + + N S +K Q + + + FG P H + K+ PR I L GY ++ P +K V + + V
Sbjct: 432 GQQQKESKPTHTID--SNDELPDHLLIDSGASQTLVRSAHYLHHATPN----------SEINIVDAQKQDIPINAIGNLHFNFQNGT-KTSIKALHTPNIAYDLLSLSELANQNITACFTRNTLERSDGTVLAPIVKHGDFYWLSKKYLIPSHISKLTINNVNKSKSVNKYPY-PLIHRMLGHANFRSIQKSLKKNAVTYLKESDIEWSNASTYQCPDCLIGKSTKHRHVKGSRLKYQESYEPFQYLHTDIFGPVHHLPKSAPSYFISFTDEKTRFQWVYPLHDRREESILNVFTSILAFIKNQFNARVLVIQMDRGSEYTNKTLHKFFTNRGITACYTTTADSRAHGVAERLNRTLLNDCRTLLHCSGLPNHLWFSAVEFSTIIRNSLVSPKNDKSARQHAGLAG-LDITTILPFGQPVIVNNHNPDSKIHPRGIPGYALHPSRNSYGYIIYLPSLKKTVDTTNYVI 884
BLAST of A1.A1_07G260600-1 vs. ExPASy Swiss-Prot
Match: YF21B_YEAST (Transposon Ty2-F Gag-Pol polyprotein OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=TY2B-F PE=3 SV=1) HSP 1 Score: 168.703 bits (426), Expect = 9.086e-41 Identity = 158/572 (27.62%), Postives = 277/572 (48.43%), Query Frame = 0
Query: 767 NRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISC----EDSEKWMFAMQEEMESLHKNRTWDLVKL-----PKGKKAVRCKWVF-KKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTS-HDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMK--DLGPAKK-----ILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLA----AHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTK-----DGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFL---TKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFE 1308
N+ R ++P + ++L+A A+ + I + Y EAI+ ++ ++++ A +E+ L K TWD K KK + ++F KK++GT +KAR VA+G Q +D+ S V H ++ L I +D + QLD+ +A+L+ +++E++Y++ P +++K + L+KSLYGLKQS WY+ S++ + D + SCV+ KNS V + L+VDDM++ +KD +K+ L ++++ K +LG + ILG+EI R +K EK L K N+ L A H+ L D E + + +G Y R DL Y ++ +++++ PS++ +++++ T + L + + K + ++ DA + G+ +S G +F + G I K+T + STTEAE A++EA L L ELN+ I + DS+S I + T ++ F R + + +RD ++ ++ V I T +N AD+MTK LPI F+
Sbjct: 1213 NKNMRSLEPPRSKKRINLIA-AIKGVKSIKPVRTTLRYDEAITYNKDNKEKDRYVEAYHKEISQLLKMNTWDTNKYYDRNDIDPKKVINSMFIFNKKRDGT-------HKARFVARGDIQHPDTYDSDMQSNTVHHYALMTSLSIALDNDYYITQLDISSAYLYADIKEELYIRPPPHLGLNDK---LLRLRKSLYGLKQSGANWYETIKSYLINCCDMQEVRGWSCVF--KNSQ---VTICLFVDDMILFSKDLNANKKIITTLKKQYDTKIINLGESDNEIQYDILGLEIKYQRSKYMKLGMEKSLTEK-LPKLNVPLNPKGKKLRAPGQPGHYIDQDELEIDEDEYKEKVHEM--QKLIGLASYVGYKFRFDLLYYINTLAQHILFPSRQVLDMTYELIQFMWDTRDKQLIWHKNKPTKPDNKLVAISDASY-GNQPYYKSQIGNIFLLNGKVIGGKSTKASLTCTSTTEAEIHAVSEAIPLLNNLSHLVQELNKKPIIKGLLTDSRSTISIIKSTNEEKF--RNRFFGTKAMRLRDEVSGNNLYVYYIETKKNIADVMTKPLPIKTFK 1762 HSP 2 Score: 107.842 bits (268), Expect = 4.565e-22 Identity = 103/468 (22.01%), Postives = 194/468 (41.45%), Query Frame = 0
Query: 267 GKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSL---VVMKGQRK-IAKLYVLQG--STVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNF-------CEHCVFGKQKRVRFTRG----IHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFL--KQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYA--HVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVF 713
G+Q + S ++ S+ EL + DS S+ + + H +PN SE ++ I +G + +G +T H P + +L+SLS L ++ L+ S G++ +V G ++K Y++ S +T + S S++ L H LGH + + + K+ + + + C C+ GK + R +G + E +Y+H+D++GP + +Y ++F D+ +R W + L +++ + + F S I+ Q ++ ++ D G E+ + ++ + GI T + +GVAER+NRT++ R +L + LP W A + + N S +K Q + + + FG P H + K+ PR I L GY ++ P +K V + + V
Sbjct: 432 GQQQKESKPTHTID--SNDELPDHLLIDSGASQTLVRSAHYLHHATPN----------SEINIVDAQKQDIPINAIGNLHFNFQNGT-KTSIKALHTPNIAYDLLSLSELANQNITACFTRNTLERSDGTVLAPIVKHGDFYWLSKKYLIPSHISKLTINNVNKSKSVNKYPY-PLIHRMLGHANFRSIQKSLKKNAVTYLKESDIEWSNASTYQCPDCLIGKSTKHRHVKGSRLKYQESYEPFQYLHTDIFGPVHHLPKSAPSYFISFTDEKTRFQWVYPLHDRREESILNVFTSILAFIKNQFNARVLVIQMDRGSEYTNKTLHKFFTNRGITACYTTTADSRAHGVAERLNRTLLNDCRTLLHCSGLPNHLWFSAVEFSTIIRNSLVSPKNDKSARQHAGLAG-LDITTILPFGQPVIVNNHNPDSKIHPRGIPGYALHPSRNSYGYIIYLPSLKKTVDTTNYVI 884
BLAST of A1.A1_07G260600-1 vs. ExPASy Swiss-Prot
Match: YC21B_YEAST (Transposon Ty2-C Gag-Pol polyprotein OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=TY2B-C PE=3 SV=2) HSP 1 Score: 168.703 bits (426), Expect = 1.032e-40 Identity = 158/572 (27.62%), Postives = 277/572 (48.43%), Query Frame = 0
Query: 767 NRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISC----EDSEKWMFAMQEEMESLHKNRTWDLVKL-----PKGKKAVRCKWVF-KKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTS-HDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMK--DLGPAKK-----ILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLA----AHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTK-----DGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFL---TKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFE 1308
N+ R ++P + ++L+A A+ + I + Y EAI+ ++ ++++ A +E+ L K TWD K KK + ++F KK++GT +KAR VA+G Q +D+ S V H ++ L I +D + QLD+ +A+L+ +++E++Y++ P +++K + L+KSLYGLKQS WY+ S++ + D + SCV+ KNS V + L+VDDM++ +KD +K+ L ++++ K +LG + ILG+EI R +K EK L K N+ L A H+ L D E + + +G Y R DL Y ++ +++++ PS++ +++++ T + L + + K + ++ DA + G+ +S G +F + G I K+T + STTEAE A++EA L L ELN+ I + DS+S I + T ++ F R + + +RD ++ ++ V I T +N AD+MTK LPI F+
Sbjct: 1213 NKNMRSLEPPRSKKRINLIA-AIKGVKSIKPVRTTLRYDEAITYNKDNKEKDRYVEAYHKEISQLLKMNTWDTNKYYDRNDIDPKKVINSMFIFNKKRDGT-------HKARFVARGDIQHPDTYDSDMQSNTVHHYALMTSLSIALDNDYYITQLDISSAYLYADIKEELYIRPPPHLGLNDK---LLRLRKSLYGLKQSGANWYETIKSYLINCCDMQEVRGWSCVF--KNSQ---VTICLFVDDMILFSKDLNANKKIITTLKKQYDTKIINLGESDNEIQYDILGLEIKYQRSKYMKLGMEKSLTEK-LPKLNVPLNPKGKKLRAPGQPGHYIDQDELEIDEDEYKEKVHEM--QKLIGLASYVGYKFRFDLLYYINTLAQHILFPSRQVLDMTYELIQFMWDTRDKQLIWHKNKPTKPDNKLVAISDASY-GNQPYYKSQIGNIFLLNGKVIGGKSTKASLTCTSTTEAEIHAVSEAIPLLNNLSHLVQELNKKPIIKGLLTDSRSTISIIKSTNEEKF--RNRFFGTKAMRLRDEVSGNNLYVYYIETKKNIADVMTKPLPIKTFK 1762 HSP 2 Score: 108.612 bits (270), Expect = 2.818e-22 Identity = 117/544 (21.51%), Postives = 218/544 (40.07%), Query Frame = 0
Query: 192 PNSQGEGLIVRGRQDRNVDDDRGRTQERNPRG-KSKGRSKSSNRGKTCNFCKKKGHIKSECYKLQNKIKREAANQKGKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSL---VVMKGQRK-IAKLYVLQG--STVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNF-------CEHCVFGKQKRVRFTRG----IHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFL--KQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYA--HVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVF 713
PN+ + R Q RT PR K+ + SS + N + + S+ N++ G+Q + S ++ S+ EL + DS S+ + + H +PN SE ++ I +G + +G +T H P + +L+SLS L ++ L+ S G++ +V G ++K Y++ S +T + S S++ L H LGH + + + K+ + + + C C+ GK + R +G + E +Y+H+D++GP + +Y ++F D+ +R W + L +++ + + F S I+ Q ++ ++ D G E+ + ++ + GI T + +GVAER+NRT++ R +L + LP W A + + N S +K Q + + + FG P H + K+ PR I L GY ++ P +K V + + V
Sbjct: 371 PNTTNTKVTTRNYQ---------RTNSSKPRAAKAHNIATSSKFSRVNNDHINESTVSSQYLSDDNELSL------GQQQKESKPTHTID--SNDELPDHLLIDSGASQTLVRSAHYLHHATPN----------SEINIVDAQKQDIPINAIGNLHFNFQNGT-KTSIKALHTPNIAYDLLSLSELANQNITACFTRNTLERSDGTVLAPIVKHGDFYWLSKKYLIPSHISKLTINNVNKSKSVNKYPY-PLIHRMLGHANFRSIQKSLKKNAVTYLKESDIEWSNASTYQCPDCLIGKSTKHRHVKGSRLKYQESYEPFQYLHTDIFGPVHHLPKSAPSYFISFTDEKTRFQWVYPLHDRREESILNVFTSILAFIKNQFNARVLVIQMDRGSEYTNKTLHKFFTNRGITACYTTTADSRAHGVAERLNRTLLNDCRTLLHCSGLPNHLWFSAVEFSTIIRNSLVSPKNDKSARQHAGLAG-LDITTILPFGQPVIVNNHNPDSKIHPRGIPGYALHPSRNSYGYIIYLPSLKKTVDTTNYVI 884
BLAST of A1.A1_07G260600-1 vs. ExPASy Swiss-Prot
Match: YG21B_YEAST (Transposon Ty2-GR1 Gag-Pol polyprotein OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=TY2B-GR1 PE=5 SV=2) HSP 1 Score: 168.703 bits (426), Expect = 1.059e-40 Identity = 158/572 (27.62%), Postives = 277/572 (48.43%), Query Frame = 0
Query: 767 NRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISC----EDSEKWMFAMQEEMESLHKNRTWDLVKL-----PKGKKAVRCKWVF-KKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKEDYVCLLKKSLYGLKQSPRQWYKRFDSFMTS-HDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMK--DLGPAKK-----ILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLA----AHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTK-----DGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQISTVFCDSQSAIFL---TKDQMFHERTKHIDIRYHFVRDIIARGDIVVSKISTHENPADMMTKSLPITKFE 1308
N+ R ++P + ++L+A A+ + I + Y EAI+ ++ ++++ A +E+ L K TWD K KK + ++F KK++GT +KAR VA+G Q +D+ S V H ++ L I +D + QLD+ +A+L+ +++E++Y++ P +++K + L+KSLYGLKQS WY+ S++ + D + SCV+ KNS V + L+VDDM++ +KD +K+ L ++++ K +LG + ILG+EI R +K EK L K N+ L A H+ L D E + + +G Y R DL Y ++ +++++ PS++ +++++ T + L + + K + ++ DA + G+ +S G +F + G I K+T + STTEAE A++EA L L ELN+ I + DS+S I + T ++ F R + + +RD ++ ++ V I T +N AD+MTK LPI F+
Sbjct: 1213 NKNMRSLEPPRSKKRINLIA-AIKGVKSIKPVRTTLRYDEAITYNKDNKEKDRYVEAYHKEISQLLKMNTWDTNKYYDRNDIDPKKVINSMFIFNKKRDGT-------HKARFVARGDIQHPDTYDSDMQSNTVHHYALMTSLSIALDNDYYITQLDISSAYLYADIKEELYIRPPPHLGLNDK---LLRLRKSLYGLKQSGANWYETIKSYLINCCDMQEVRGWSCVF--KNSQ---VTICLFVDDMILFSKDLNANKKIITTLKKQYDTKIINLGESDNEIQYDILGLEIKYQRSKYMKLGMEKSLTEK-LPKLNVPLNPKGKKLRAPGQPGHYIDQDELEIDEDEYKEKVHEM--QKLIGLASYVGYKFRFDLLYYINTLAQHILFPSRQVLDMTYELIQFMWDTRDKQLIWHKNKPTKPDNKLVAISDASY-GNQPYYKSQIGNIFLLNGKVIGGKSTKASLTCTSTTEAEIHAVSEAIPLLNNLSHLVQELNKKPIIKGLLTDSRSTISIIKSTNEEKF--RNRFFGTKAMRLRDEVSGNNLYVYYIETKKNIADVMTKPLPIKTFK 1762 HSP 2 Score: 107.071 bits (266), Expect = 7.455e-22 Identity = 103/469 (21.96%), Postives = 198/469 (42.22%), Query Frame = 0
Query: 267 GKQPENSGEADVVEDYSDGELLVASVNDSKVSEEWILDSGCTFHMSPNRDWFTTYETVSEGVVLMGNNASCKIAGVGTIKVKMFDGVVRTLSDVRHVPELKRNLISLSTLDSKGYRYTTESGVLKISKGSL---VVMKGQRK-IAKLYVLQG--STVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNF-------CEHCVFGKQKRVRFTRG----IHNTKETLEYIHSDLWGPSRVPSRGGANYMLTFIDDFSRKVWAFFL--KQKSDVFSAFKSWKIMIEKQTGKQIKYLRTDNGLEFCSDEFNRLCKSEGIMRHLTVRHTPQQNGVAERMNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPA-NYSDLKIFGCPAYA--HVDNGKLEPRSIKCVFLGYKAGVKGYKLWCPENRKVVISRDVVF 713
G+Q + S ++ S+ EL + DS S+ + + H +PN SE ++ I +G + +G +T H P + +L+SLS L ++ L+ S G++ +V G ++K Y++ S +T + S S++ L H LGH + + + K+ + + + C C+ GK + R +G + E +Y+H+D++GP + +Y ++F D+ +R W + L +++ + + F S I+ Q ++ ++ D G E+ + ++ + GI T + +GVAER+NRT++ R +L + LP W A + + R+ V+ +K+ +G + + + FG P H + K+ PR I L GY ++ P +K V + + V
Sbjct: 432 GQQQKESKPTHTID--SNDELPDHLLIDSGASQTLVRSAHYLHHATPN----------SEINIVDAQKQDIPINAIGNLHFNFQNGT-KTSIKALHTPNIAYDLLSLSELANQNITACFTRNTLERSDGTVLAPIVKHGDFYWLSKKYLIPSHISKLTINNVNKSKSVNKYPY-PLIHRMLGHANFRSIQKSLKKNAVTYLKESDIEWSNASTYQCPDCLIGKSTKHRHVKGSRLKYQESYEPFQYLHTDIFGPVHHLPKSAPSYFISFTDEKTRFQWVYPLHDRREESILNVFTSILAFIKNQFNARVLVIQMDRGSEYTNKTLHKFFTNRGITACYTTTADSRAHGVAERLNRTLLNDCRTLLHCSGLPNHLWFSAVEFSTII--RNSLVSPKKRKSARQHAGLAGLDITTILPFGQPVIVNNHNPDSKIHPRGIPGYALHPSRNSYGYIIYLPSLKKTVDTTNYVI 884
BLAST of A1.A1_07G260600-1 vs. Araport11
Match: gnl|BL_ORD_ID|33807 (AT4G23160.3 | cysteine-rich RECEPTOR-like kinase | Chr4:12129485-12133157 FORWARD LENGTH=1043 | 201606) HSP 1 Score: 318.546 bits (815), Expect = 5.469e-91 Identity = 195/544 (35.85%), Postives = 301/544 (55.33%), Query Frame = 0
Query: 746 PQASTKIENRVASSPQY-------SIAKNRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKE----DYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIG-YVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQIST-VFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRD 1276
P+ S +R P Y S+A + T +I Y +V + ++ V I +EP Y+EA ++ W AM +E+ ++ TW++ LP KK + CKWV+K K + G E RYKARLVAKGY+Q G+DF + FSPV K +S++ +L I A+++ L QLD+ AFL+G+L+E+IYM+ P G+ + + + VC LKKS+YGLKQ+ RQW+ +F + F +S D YF K + F+ +L+YVDD++I + + + ++K+QL F+++DLGP K LG+EI R A+ + + Q+ Y +L + + KP S + S S S +++ Y +G LMY + +R D+S+AV+ +S++ P H +AV IL Y++GT L + + + + DA F D RRS GY +G ISWK+ Q V+ S+ EAEY A++ A E +WL F EL L T +FCD+ +AI + + +FHERTKHI+ H VR+
Sbjct: 27 PEPSVHTSHRRTRKPAYLQDYYCHSVA-SLTIHDISQFLSYEKVSPLYHSFLVC--IAKAKEPSTYNEA---KEFLVWCGAMDDEIGAMETTHTWEICTLPPNKKPIGCKWVYKIKYNSDGTIE-RYKARLVAKGYTQQEGIDFIETFSPVCKLTSVKLILAISAIYNFTLHQLDISNAFLNGDLDEEIYMKLPPGYAARQGDSLPPNAVCYLKKSIYGLKQASRQWFLKFSVTLIGFGFVQSHSDH-TYFLKITATLFLCVLVYVDDIIICSNNDAAVDELKSQLKSCFKLRDLGPLKYFLGLEIARS--AAGINICQRKYALDLLDETGLLGCKPSSVPMDP----SVTFSAHSGG--DFVDAKAYRRLIGRLMYLQI-TRLDISFAVNKLSQFSEAPRLAHQQAVMKILHYIKGTVGQGLFYSSQAEMQLQVFSDASFQSCKDTRRSTNGYCMFLGTSLISWKSKKQQVVSKSSAEAEYRALSFATDEMMWLAQFFRELQLPLSKPTLLFCDNTAAIHIATNAVFHERTKHIESDCHSVRE 553
BLAST of A1.A1_07G260600-1 vs. Araport11
Match: gnl|BL_ORD_ID|33806 (AT4G23160.2 | cysteine-rich RECEPTOR-like kinase | Chr4:12129485-12133157 FORWARD LENGTH=1043 | 201606) HSP 1 Score: 318.546 bits (815), Expect = 5.469e-91 Identity = 195/544 (35.85%), Postives = 301/544 (55.33%), Query Frame = 0
Query: 746 PQASTKIENRVASSPQY-------SIAKNRTRREIKPSKKYAEVDLVAYALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQLDVKTAFLHGELEEDIYMQQPEGFIVSEKE----DYVCLLKKSLYGLKQSPRQWYKRFDSFMTSHDFKRSSFDSCVYFKKNSDGSFVYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGRTKDGVIG-YVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIWLKGLFSELNEDLQIST-VFCDSQSAIFLTKDQMFHERTKHIDIRYHFVRD 1276
P+ S +R P Y S+A + T +I Y +V + ++ V I +EP Y+EA ++ W AM +E+ ++ TW++ LP KK + CKWV+K K + G E RYKARLVAKGY+Q G+DF + FSPV K +S++ +L I A+++ L QLD+ AFL+G+L+E+IYM+ P G+ + + + VC LKKS+YGLKQ+ RQW+ +F + F +S D YF K + F+ +L+YVDD++I + + + ++K+QL F+++DLGP K LG+EI R A+ + + Q+ Y +L + + KP S + S S S +++ Y +G LMY + +R D+S+AV+ +S++ P H +AV IL Y++GT L + + + + DA F D RRS GY +G ISWK+ Q V+ S+ EAEY A++ A E +WL F EL L T +FCD+ +AI + + +FHERTKHI+ H VR+
Sbjct: 27 PEPSVHTSHRRTRKPAYLQDYYCHSVA-SLTIHDISQFLSYEKVSPLYHSFLVC--IAKAKEPSTYNEA---KEFLVWCGAMDDEIGAMETTHTWEICTLPPNKKPIGCKWVYKIKYNSDGTIE-RYKARLVAKGYTQQEGIDFIETFSPVCKLTSVKLILAISAIYNFTLHQLDISNAFLNGDLDEEIYMKLPPGYAARQGDSLPPNAVCYLKKSIYGLKQASRQWFLKFSVTLIGFGFVQSHSDH-TYFLKITATLFLCVLVYVDDIIICSNNDAAVDELKSQLKSCFKLRDLGPLKYFLGLEIARS--AAGINICQRKYALDLLDETGLLGCKPSSVPMDP----SVTFSAHSGG--DFVDAKAYRRLIGRLMYLQI-TRLDISFAVNKLSQFSEAPRLAHQQAVMKILHYIKGTVGQGLFYSSQAEMQLQVFSDASFQSCKDTRRSTNGYCMFLGTSLISWKSKKQQVVSKSSAEAEYRALSFATDEMMWLAQFFRELQLPLSKPTLLFCDNTAAIHIATNAVFHERTKHIESDCHSVRE 553
BLAST of A1.A1_07G260600-1 vs. Araport11
Match: gnl|BL_ORD_ID|48304 (ATMG00810.1 | DNA/RNA polymerases superfamily protein | ChrM:227709-228431 REVERSE LENGTH=240 | 201606) HSP 1 Score: 138.272 bits (347), Expect = 3.251e-36 Identity = 88/235 (37.45%), Postives = 128/235 (54.47%), Query Frame = 0
Query: 994 VYLLLYVDDMLIAAKDKREIRKVKAQLSEEFEMKDLGPAKKILGMEILRDRKASKLYLSQKGYIEKVLCKFNMQSAKPVSTLLAAHFRLSSALSPQSDNEIEYMSHVPYSSAVGSLMYAMVCSRPDLSYAVSAVSRYMANPSKEHWKAVQWILRYLRGTTNVCLQFGR-TKDGVIGYVDADFAGDLDRRRSLTGYVFTIGGCAISWKATLQTTVALSTTEAEYMAITEACKEAIW 1227
+YLLLYVDD+L+ + + QLS F MKDLGP LG++I S L+LSQ Y E++L M KP+ST L +L+S++S +Y + S VG+L Y + +RPD+SYAV+ V + M P+ + ++ +LRY++GT L + +K V + D+D+AG RRS TG+ +G ISW A Q TV+ S+TE EY A+ E W
Sbjct: 1 MYLLLYVDDILLTGSSNTLLNMLIFQLSSTFSMKDLGPVHYFLGIQI--KTHPSGLFLSQTKYAEQILNNAGMLDCKPMSTPLP--LKLNSSVS-----TAKYPDPSDFRSIVGALQY-LTLTRPDISYAVNIVCQRMHEPTLADFDLLKRVLRYVKGTIFHGLYIHKNSKLNVQAFCDSDWAGCTSTRRSTTGFCTFLGCNIISWSAKRQPTVSRSSTETEYRALALTAAELTW 225
BLAST of A1.A1_07G260600-1 vs. Araport11
Match: gnl|BL_ORD_ID|48262 (ATMG00300.1 | Gag-Pol-related retrotransposon family protein | ChrM:89617-90054 REVERSE LENGTH=145 | 201606) HSP 1 Score: 121.709 bits (304), Expect = 1.364e-31 Identity = 58/120 (48.33%), Postives = 78/120 (65.00%), Query Frame = 0
Query: 388 GVLKISKGSLVVMKGQRKIAKLYVLQGSTVTGDAAVASSSLSDDDITKLWHMRLGHMSENGMAELSKRGLLNGQGICKLNFCEHCVFGKQKRVRFTRGIHNTKETLEYIHSDLWGPSRVP 507
GVLK+ KG ++KG R + LY+LQGS TG++ +A ++ D T+LWH RL HMS+ GM L K+G L+ + L FCE C++GK RV F+ G H TK L+Y+HSDLWG VP
Sbjct: 27 GVLKVLKGCRTILKGNRHDS-LYILQGSVETGESNLAETA---KDETRLWHSRLAHMSQRGMELLVKKGFLDSSKVSSLKFCEDCIYGKTHRVNFSTGQHTTKNPLDYVHSDLWGAPSVP 142
BLAST of A1.A1_07G260600-1 vs. Araport11
Match: gnl|BL_ORD_ID|48297 (ATMG00710.1 | Polynucleotidyl transferase%2C ribonuclease H-like superfamily protein | ChrM:207553-207915 REVERSE LENGTH=120 | 201606) HSP 1 Score: 94.3597 bits (233), Expect = 2.171e-22 Identity = 46/83 (55.42%), Postives = 56/83 (67.47%), Query Frame = 0
Query: 600 MNRTIMEKVRCMLSNANLPKSFWAEAASTACFLINRSPSVAIEKKTPQEVWSGNPANYSDLKIFGCPAYAHVDNGKLEPRSIK 682
MNRTI+EKVR ML LPK+F A+AA+TA +IN+ PS AI P EVW + YS L+ FGC AY H D GKL+PR+ K
Sbjct: 1 MNRTIIEKVRSMLCECGLPKTFRADAANTAVHIINKYPSTAINFHVPDEVWFQSVPTYSYLRRFGCVAYIHCDEGKLKPRAKK 83
BLAST of A1.A1_07G260600-1 vs. Araport11
Match: gnl|BL_ORD_ID|48305 (ATMG00820.1 | Reverse transcriptase (RNA-dependent DNA polymerase) | ChrM:228573-229085 REVERSE LENGTH=170 | 201606) HSP 1 Score: 85.5001 bits (210), Expect = 9.096e-19 Identity = 49/125 (39.20%), Postives = 71/125 (56.80%), Query Frame = 0
Query: 787 YALNVAEDIDANQEPFNYSEAISCEDSEKWMFAMQEEMESLHKNRTWDLVKLPKGKKAVRCKWVFKKKEGTPGVEEPRYKARLVAKGYSQISGVDFTDVFSPVVKHSSIRALLGIVAMHDLELEQ 911
Y+L + I +EP I W AMQEE+++L +N+TW LV P + + CKWVFK K + G + R KARLVAKG+ Q G+ F + +SPVV+ ++IR +L + LE+ Q
Sbjct: 16 YSLTITTTIK--KEP---KSVIFALKDPGWCQAMQEELDALSRNKTWILVPPPVNQNILGCKWVFKTKLHSDGTLD-RLKARLVAKGFHQEEGIYFVETYSPVVRTATIRTILNVA--QQLEVGQ 132 The following BLAST results are available for this feature:
BLAST of A1.A1_07G260600-1 vs. NCBI nr
Analysis Date: 2022-12-10 (BLASTP of USDA v1.0 Gossypium herbaceum (A1) 'Wagad' proteins vs NCBI nr ) Total hits: 10
BLAST of A1.A1_07G260600-1 vs. ExPASy TrEMBL
Analysis Date: 2022-12-10 (BLASTP of USDA v1.0 Gossypium herbaceum (A1) 'Wagad' proteins vs UniProt TrEMBL ) Total hits: 10
BLAST of A1.A1_07G260600-1 vs. ExPASy Swiss-Prot
Analysis Date: 2022-12-10 (BLASTP of USDA v1.0 Gossypium herbaceum (A1) 'Wagad' proteins vs UniProt Swissprot ) Total hits: 10
BLAST of A1.A1_07G260600-1 vs. Araport11
Analysis Date: 2022-12-10 (BLASTP of USDA v1.0 Gossypium herbaceum (A1) 'Wagad' proteins vs arabidopsis Araport11) Total hits: 6
InterPro
Analysis Name: InterProScan Analysis for USDA v1.0 Gossypium herbaceum (A1) 'Wagad' proteins
Date Performed: 2022-12-10
Sequences
The
following sequences are available for this feature:
mRNA sequence >A1.A1_07G260600-1_USDA-A1_v1 ID=A1.A1_07G260600-1_USDA-A1_v1; Name=A1.A1_07G260600-1; organism=Gossypium herbaceum; type=mRNA; length=3957bpback to top protein sequence of A1.A1_07G260600-1_USDA-A1_v1 >A1.A1_07G260600-1_USDA-A1_v1 ID=A1.A1_07G260600-1_USDA-A1_v1; Name=A1.A1_07G260600-1_USDA-A1_v1; organism=Gossypium herbaceum; type=polypeptide; length=1318bpback to top mRNA from alignment at A1_07:102598443..102602399+ Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below.>A1.A1_07G260600-1_USDA-A1_v1 ID=A1.A1_07G260600-1_USDA-A1_v1; Name=A1.A1_07G260600-1; organism=Gossypium herbaceum; type=mRNA; length=3957bp; location=Sequence derived from: A1_07:102598443..102602399+ (Gossypium herbaceumback to top Coding sequence (CDS) from alignment at A1_07:102598443..102602399+ >A1.A1_07G260600-1_USDA-A1_v1 ID=A1.A1_07G260600-1_USDA-A1_v1; Name=A1.A1_07G260600-1; organism=Gossypium herbaceum; type=CDS; length=3957bp; location=Sequence derived from: A1_07:102598443..102602399+ (Gossypium herbaceumback to top Annotated Terms
The
following terms have been associated with
this mRNA:
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