XGF201610.1
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Transcript Overview
Analyses
This mRNA is derived from or has results from the following analyses
Orthologs
Syntenic blocks Orthologs Gene/transcripts from the same species that appear to represent the same gene
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 XGF201610.1 vs. ExPASy TrEMBL
Match: V4UDH9|V4UDH9_CITCL (Bms1-type G domain-containing protein OS=Citrus clementina OX=85681 GN=CICLE_v10027721mg PE=4 SV=1) HSP 1 Score: 1799.64 bits (4660), Expect = 0.000e+0 Identity = 915/1127 (81.19%), Postives = 978/1127 (86.78%), Query Frame = 0 Query: 3 TAANSGAMEQQQHKAHRTRQSGSSAKKTTESDRSKRDKKKPNPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSNCRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNNAKDMDDDTKYTHDKQYQTEEATADGLSEKRVAVEMDDSKCSDEDADIKRGEILKSVSDSDEDSFVEGVEFNDGQHFRKAIFGYGVDSGDRKLVYGKSTSTSETSSKEVQDSIEGEESDEDEFFKPKVEGNK-LREGLDSGIVNTDDCSKIKSYGDLKSWKQEEVYESIRDRFVTGDWSKAAQRNQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDNSGCEGIENEDESAVEERRLKKLSLRAKFDEEMNEKDGAKFHCGQPNEIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNPLTTALQPCDKIWQGMKTVAELRREHNLSIPVNKDSLYKPIGRTPRKFNPLVIPKSLQAALPFESKPKDIPGRKRPLLENRRAVVMEPHERKVHVLFQQLQLIRNEKMKKRKLKQQHRKKEIEAERAKDEQLTRKRQREERRERYREQDKLMKKIR 1128
+A MEQQ HKAHR RQSGSSAKK ++S+ +K+DKKKPNPKAFGF+SSVKAKRS MR +EKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTK KVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAK ADLALLLIDASHGFEMETFEFLNLMQNHGLP MGVLTHLDKF DKKKLRK KQHLKHRF TE YHGAKLFKLSGLI G+YTK DI NL +FISV+KF SL WRTSHPY++VDRFEDVTPPER+H+NNKC+RN+ IYGYLRGCNLKKGTKVHIAG GDYSLAGVTGLADPCPLPSAAKKKGLR+KEKLFYAPMSGLGDLLYDKDAVYI+INDHFVQFS DDENGKSN +GK QD G TLVKSLQNTKY ID+KLEKS IS+FSQKPN+ SDATNNAKDMDDDT+Y H KQYQT E T++GL EK VA EM+ EDAD+K+ +SF G + +LVYGKST TS T SKEVQDS + EESD+DEFF+PKVEGNK LRE LDS + N D+CSK SYGDLKS K EEVYESIRDRFVTGDWSKAAQRNQVSKG SE DDSDDAVYGD+EDLET EK +G KDNSG IENE ESA + ++E++EKDGAKFH GQPNEIGLVD+MKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLR+ IHDVPFEMVEYFDPCHPVLVGGIGLGE+NVGYMQ RLKRHRWWHKKVLK+RDPII+SIGWRRFQTIPVYAIEDR+GRHRMLKYTPEHMHCLATFWGPLAP QTGVVA+QN SNNQASFRI ATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQ AAKEEIGNQPKRKGGQPREGIARCTFEDRILMSD+VFM GWADVEIPRFYNPLTTA+QP DKIWQGMKT+AELRREHNLSIPVNKDSLYK IGR PRKFNPLVIPKSLQAALPFESKPKDIP RKR LEN RAVVMEP ERK+H L Q L+LIRNEKMKKRKLK+ ++ E+EAERAKD+QLTRKRQR ER+ERYRE+DKL KKIR
Sbjct: 2 SAIKLADMEQQPHKAHRARQSGSSAKKISKSEINKQDKKKPNPKAFGFASSVKAKRSMMRTAEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKLKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKFADLALLLIDASHGFEMETFEFLNLMQNHGLPNVMGVLTHLDKFTDKKKLRKTKQHLKHRFGTELYHGAKLFKLSGLIQGKYTKKDIGNLAEFISVMKFHSLSWRTSHPYILVDRFEDVTPPERVHVNNKCDRNVAIYGYLRGCNLKKGTKVHIAGAGDYSLAGVTGLADPCPLPSAAKKKGLRDKEKLFYAPMSGLGDLLYDKDAVYIDINDHFVQFSEADDENGKSNRKGKYQDVGVTLVKSLQNTKYPIDKKLEKSIISLFSQKPNVLSDATNNAKDMDDDTEYIHGKQYQTREGTSNGLGEKHVAEEME---SLHEDADVKK------------ESF-------------------GQCTNLIQLVYGKSTPTSATLSKEVQDSSDSEESDDDEFFRPKVEGNKKLREVLDSRLFNMDECSKFNSYGDLKSSKGEEVYESIRDRFVTGDWSKAAQRNQVSKGNSEGDDSDDAVYGDFEDLETVEKHQGHIKDNSGSNAIENEYESAYDGSESP--------EKEIDEKDGAKFHRGQPNEIGLVDKMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRLGIHDVPFEMVEYFDPCHPVLVGGIGLGEENVGYMQARLKRHRWWHKKVLKTRDPIILSIGWRRFQTIPVYAIEDRNGRHRMLKYTPEHMHCLATFWGPLAPPQTGVVAIQNFSNNQASFRITATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQ---AAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDVVFMRGWADVEIPRFYNPLTTAMQPRDKIWQGMKTIAELRREHNLSIPVNKDSLYKAIGRRPRKFNPLVIPKSLQAALPFESKPKDIPSRKRLFLENSRAVVMEPQERKIHALIQHLKLIRNEKMKKRKLKEAQKRNEVEAERAKDKQLTRKRQRGERQERYREEDKLKKKIR 1083
BLAST of XGF201610.1 vs. ExPASy TrEMBL
Match: A0A067ESW0|A0A067ESW0_CITSI (Bms1-type G domain-containing protein OS=Citrus sinensis OX=2711 GN=CISIN_1g046721mg PE=4 SV=1) HSP 1 Score: 1769.59 bits (4582), Expect = 0.000e+0 Identity = 907/1120 (80.98%), Postives = 970/1120 (86.61%), Query Frame = 0 Query: 10 MEQQQHKAHRTRQSGSSAKKTTESDRSKRDKKKPNPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSNCRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNNAKDMDDDTKYTHDKQYQTEEATADGLSEKRVAVEMDDSKCSDEDADIKRGEILKSVSDSDEDSFVEGVEFNDGQHFRKAIFGYGVDSGDRKLVYGKSTSTSETSSKEVQDSIEGEESDEDEFFKPKVEGN-KLREGLDSGIVNTDDCSKIKSYGDLKSWKQEEVYESIRDRFVTGDWSKAAQRNQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDNSGCEGIENEDESAVEERRLKKLSLRAKFDEEMNEKDGAKFHCGQPNEIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNPLTTALQPCDKIWQGMKTVAELRREHNLSIPVNKDSLYKPIGRTPRKFNPLVIPKSLQAALPFESKPKDIPGRKRPLLENRRAVVMEPHERKVHVLFQQLQLIRNEKMKKRKLKQQHRKKEIEAERAKDEQLTRKRQREERRERYREQDKLMKKIR 1128
MEQQ HKAHR RQSGSSAKK ++S+ +K+DKKKPNPKAFGF+SSVKAKRS MR +EKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTK KVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAK ADLALLLIDASHGFEMETFEFLNLMQNHGLP MGVLTHLDKF DKKKLRK KQHLKHRF TE YHGAKLFKLSGLI G+YTK DI NL +FISV+KF SL WRTSHPY++VDRFEDVTPPER+H+NNKC+RN+ IYGYLRGCNLKKGTKVHIAG GDYSLAGVTGLADPCPLPSAAKKKGLR+KEKLFYAPMSGLGDLLYDKDAVYI+INDHFVQFS QD G TLVKSLQNTKY ID+KLEKS IS+FSQKPN+ SDATNNAKDMDDDT+Y H KQYQT E T++GL EK VA EM+ EDAD+K+GE +++ F+K+ +G + +LVYGKST TS T SKEVQDS + EESD+DEFF+PKVEGN KLRE LD + N D+CSK SYGDLKS K EEVYESIRDRFVTGDWSKAAQRNQVSKG SE DDSDDAV GD+EDLET EK +G KDNSG IENE ESAV ERRLKK+SLR +E++EKDGAKFHCGQPNEIGLVD+MKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLR+ IHDVPFEMVEYFDPCHPVLVGGIGLGE+NVGYMQ VLK+RDPII+SIGWRRFQTIPVYAIEDR+G HRMLKYTPEHMHCLA FWGPLAP QTGVVA+QN SNNQASFRI ATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSD+VFM GWADVEIPRFYNPLTTA+QP DKIWQGMKT+AELRREHNLSIPVNKDSLYK IGR PRKFNPLVIPKSLQAALPFESKPKDIP RKR LEN RAVVMEP ERKVH L Q L+LIRNEKMKKRKLK+ ++ E+EAERAKD+QLTRKRQR ER+ERYREQDKL KKIR
Sbjct: 1 MEQQPHKAHRARQSGSSAKKISKSEINKQDKKKPNPKAFGFASSVKAKRSMMRTAEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKLKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKFADLALLLIDASHGFEMETFEFLNLMQNHGLPNVMGVLTHLDKFTDKKKLRKTKQHLKHRFGTELYHGAKLFKLSGLIQGKYTKKDIGNLAEFISVMKFHSLSWRTSHPYILVDRFEDVTPPERVHVNNKCDRNVAIYGYLRGCNLKKGTKVHIAGAGDYSLAGVTGLADPCPLPSAAKKKGLRDKEKLFYAPMSGLGDLLYDKDAVYIDINDHFVQFSEY-------------QDVGVTLVKSLQNTKYPIDKKLEKSIISLFSQKPNVLSDATNNAKDMDDDTEYIHGKQYQTREGTSNGLGEKHVAEEME---SLHEDADVKKGEKFSALA------------------FKKS---FGQCTNLIQLVYGKSTPTSATLSKEVQDSSDSEESDDDEFFRPKVEGNKKLREVLDGRLFNMDECSKFNSYGDLKSSKGEEVYESIRDRFVTGDWSKAAQRNQVSKGNSEGDDSDDAVSGDFEDLETVEKHQGHIKDNSGSNAIENEYESAV-ERRLKKISLR----KEIDEKDGAKFHCGQPNEIGLVDKMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRLGIHDVPFEMVEYFDPCHPVLVGGIGLGEENVGYMQ------------VLKTRDPIILSIGWRRFQTIPVYAIEDRNGWHRMLKYTPEHMHCLAMFWGPLAPPQTGVVAIQNFSNNQASFRITATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDVVFMRGWADVEIPRFYNPLTTAMQPRDKIWQGMKTIAELRREHNLSIPVNKDSLYKAIGRRPRKFNPLVIPKSLQAALPFESKPKDIPSRKRLFLENSRAVVMEPQERKVHALIQHLKLIRNEKMKKRKLKEARKRNEVEAERAKDKQLTRKRQRGERQERYREQDKLKKKIR 1066
BLAST of XGF201610.1 vs. ExPASy TrEMBL
Match: A0A2H5PLP5|A0A2H5PLP5_CITUN (Bms1-type G domain-containing protein OS=Citrus unshiu OX=55188 GN=CUMW_148170 PE=4 SV=1) HSP 1 Score: 1764.59 bits (4569), Expect = 0.000e+0 Identity = 931/1187 (78.43%), Postives = 1003/1187 (84.50%), Query Frame = 0 Query: 12 QQQHKAHRTRQSGSSAKKTTESDRSKRDKKKPNPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSNCRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNNAKDMDDDTKYTHDKQYQTEEATADGLSEKRVAVEMDDSKCSDEDADIKRGEILKSVSDSDEDSFVEGVEFNDGQHFRKAIFGYGVDSGDRK------------------LVYGKSTSTSE-----------------------------------TSSKEVQDSIEGEESDEDE-----FFKPKVEGN-KLREGLDSGIVNTDDCSKIKSYGDLKSWKQEEVYESIRDRFVTGDWSKAAQRNQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDNSGCEGIENEDESAVEERRLKKLSLRAKFD----------EEMNEKDGAKFHCGQPNEIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNPLTTALQPCDKIWQGMKTVAELRREHNLSIPVNKDSLYKPIGRTPRKFNPLVIPKSLQAALPFESKPKDIPGRKRPLLENRRAVVMEPHERKVHVLFQQLQLIRNEKMKKRKLKQQHRKKEIEAERAKDEQLTRKRQREERRERYREQDKLMKKIRR 1129
+Q HKAHRTR+SGSSAKK ++SD++K+DKK+ NP+AF F+SSVKAKR Q RA EKEQRRLHIPTIDRSYGEPPP+VVVVQGPPQVGKSLLIK LIKHYTKH VPEVRGP+T+VSGK+RRLQFVECPNDINGMIDCAKIADLALLL+D S+GFEMETFEFLNLMQNHGLP+ MGVLTHLDKFKD KKLRK KQ LKHRFWTE Y GAKLF LSGLIHG+Y+K +I NL +FISV+KFP L WRTSHPYV+VDRFEDVTPPER+ MNNKC+RN+TIYGYLRGCNLKKG KVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLR+KEKLFYAPMSGLGDLLYDKDAVYININDHFVQFS +DDENGK+N +G QD GETLVKSLQNTKYSIDEKLE SFIS+FS+KPN+SSDATNNAKD DDDT+Y HDKQYQT E A+GL E + A +MD S+ SDE+ D K E +K S ++ED VE VEFNDG+ RKAIFG V+ GD K + Y S+ + E S+ S E ++S EDE FFKPK EGN KLREG+DSG VNTDDCSK KSY DLK WK EEVYESIRDRFVTGDWSKAA+RNQVSK EDDD DDAVYGD+EDLETGEK EG R DNSG + E+EDESAVEERRLKKL+LRAKFD E+M+EKDG KFH GQPNE+GL+D+MKEEIE RKQMN+AELNDLDE+TRLE+EGFRTGTYLR+EIH VPFEMVEYFDPCHPVLVGGI LGE+NVGYMQ RLKRHR WHKKVLK+RDPIIVSIGWRRFQT PVY+IEDR+GR+RMLKYTPEHMHCLATFWGPLAP QTGVVAVQNLSN QASFRI ATAVVLEFNHE KIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFM GWADVEIP FYNPLTTALQP DK W GMKTVAELRREHN SIPVNKDSLYKPI R PRKFNPLVIPKSLQAALPFESKPKDIP RKRPLLENRRAVVMEPHERKVH L Q LQLIRNEKMKKRKLK + +KKEIEAERAKDEQLTRKRQREERRERYREQDKL KKIRR
Sbjct: 2 EQPHKAHRTRKSGSSAKKKSKSDKNKQDKKQ-NPRAFAFTSSVKAKRLQSRAVEKEQRRLHIPTIDRSYGEPPPFVVVVQGPPQVGKSLLIKSLIKHYTKHNVPEVRGPITIVSGKQRRLQFVECPNDINGMIDCAKIADLALLLVDGSYGFEMETFEFLNLMQNHGLPRVMGVLTHLDKFKDVKKLRKTKQRLKHRFWTEIYDGAKLFYLSGLIHGKYSKREIRNLARFISVMKFPPLSWRTSHPYVLVDRFEDVTPPERVRMNNKCDRNVTIYGYLRGCNLKKGIKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRDKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSKVDDENGKTNHKGMDQDVGETLVKSLQNTKYSIDEKLENSFISLFSRKPNVSSDATNNAKDTDDDTEYIHDKQYQTGEGIANGLGESQRAEDMDGSESSDEETDAKNCETIK--SGNNEDKLVEHVEFNDGRLRRKAIFGKAVNHGDPKDSDEEDEDDEHDDHDEDNVDYQSSSGSEEGQYDDSMGNISKWKESLLGRTALRQSMNLKQLVYGKSTSLATSSKEVQDSSEDEETDDDFFKPKGEGNKKLREGMDSGNVNTDDCSKFKSYEDLKYWKGEEVYESIRDRFVTGDWSKAARRNQVSKANFEDDDRDDAVYGDFEDLETGEKHEGHRVDNSGSDANEHEDESAVEERRLKKLALRAKFDAQYNGSESPEEDMDEKDGGKFHRGQPNEVGLIDKMKEEIELRKQMNVAELNDLDEITRLEIEGFRTGTYLRLEIHGVPFEMVEYFDPCHPVLVGGISLGEENVGYMQARLKRHR-WHKKVLKTRDPIIVSIGWRRFQTTPVYSIEDRNGRYRMLKYTPEHMHCLATFWGPLAPPQTGVVAVQNLSNKQASFRITATAVVLEFNHEAKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMRGWADVEIPCFYNPLTTALQPRDKTWLGMKTVAELRREHNFSIPVNKDSLYKPIERRPRKFNPLVIPKSLQAALPFESKPKDIPNRKRPLLENRRAVVMEPHERKVHALVQHLQLIRNEKMKKRKLKDEKKKKEIEAERAKDEQLTRKRQREERRERYREQDKLKKKIRR 1184
BLAST of XGF201610.1 vs. ExPASy TrEMBL
Match: V4T7C7|V4T7C7_CITCL (Bms1-type G domain-containing protein OS=Citrus clementina OX=85681 GN=CICLE_v10018567mg PE=4 SV=1) HSP 1 Score: 1707.58 bits (4421), Expect = 0.000e+0 Identity = 911/1194 (76.30%), Postives = 993/1194 (83.17%), Query Frame = 0 Query: 12 QQQHKAHRTRQSGSSAKKTTESDRSKRDKKKPNPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSNCRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNN-------------------------------AKDMDDDTKYTHDKQYQTEEATADGLSEKRVA--VEMDDSKCSDEDADIKRGEIL-KSVSDSD------------------------EDSFVEGVEFNDG----QHFRKAIFGYGV---DSGDRKLVYGKSTSTSETSSKEVQDSIEGEESDEDEFFKPKVEGNK-LREGLDSGIVNTDDCSKIKSYGDLKSWKQEEVYESIRDRFVTGDWSKAAQRNQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDNSGCEGIENEDESAVEERRLKKLSLRAKFD----------EEMNEKDGAKFHCGQPNEIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNPLTTALQPCDKIWQGMKTVAELRREHNLSIPVNKDSLYKPIGRTPRKFNPLVIPKSLQAALPFESKPKDIPGRKRPLLENRRAVVMEPHERKVHVLFQQLQLIRNEKMKKRKLKQQHRKKEIEAERAKDEQLTRKRQREERRERYREQDKLMKKIRR 1129
+Q HKAHRTR+SGSS KK ++SD++K+DKK+ NP+AF F+SSVKAKR Q RA EKEQRRLHIPTIDRSYGEPPP+VVVVQGPPQVGKSLLIK LIKHYTKH VPEVRGP+T+VSGK+RRLQFVECPNDINGMIDCAKIADLALLLID S+GFEMETFEFLNLMQNHGLP+ MGVLTHLDKFKD KKLRK KQ LKHRFWTE Y GAKLF LSGLIHG+Y+K +I NL +FISV+KFP L WRTSHPYV+VDRFEDVTPPER+ MNNKC+RN+TIYGYLRGCNLKKG KVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLR+KEKLFYAPMSGLGDLLYDKDAVYININDHFVQFS +DDENGK+N +GK QD GETLVKSLQNTKYSIDEKLE SFIS+FS+KPN+SSDATNN A+DMD + + E G +E ++ VE +D + ++R I K+V+ D S E +++DG +++++ G ++LVYGKSTS + TSSKEVQDS E EE+D+D FFKPK EGNK LREG+DSG VNTDDCSK KSY DLK WK+EEVYESIRDRFVTGDWSKAA+RNQVSK SEDDD DDAVYGD+EDLETGEK EG R DNSG + E+EDESAVEERRLKKL+LRAKFD E+M+EKDG KFH GQPNE+GL+D+MKEEIE RKQMN+AELNDLDE+TRLE+EG RTGTYLR+EIH VPFEMVEYFDPCHPVLVGGI LGE+NVGYMQ RLKRHRW HKKVLK+RDPIIVSIGWRRFQT PVY+IEDR+GR+RMLKYTPEHMHCLATFWGPLAP QTGVVAVQNLSN QASFRI ATAVVLEFNHE KIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFM GWADVEIP FYNPLTTALQP DK WQGMKTVAELRREHN SIPVNKDSLYKPI R PRKFNPLVIPKSLQAALPFESKPKDIP +KRPLLENRRAVVMEPHERKVH L Q LQLIRNEKMKKRKLK++ +KKEIEA RAKDEQLTRKRQREERRERYREQDKL KKIRR
Sbjct: 2 EQPHKAHRTRKSGSSTKKKSKSDKNKQDKKQ-NPRAFAFTSSVKAKRLQSRAVEKEQRRLHIPTIDRSYGEPPPFVVVVQGPPQVGKSLLIKSLIKHYTKHNVPEVRGPITIVSGKQRRLQFVECPNDINGMIDCAKIADLALLLIDGSYGFEMETFEFLNLMQNHGLPRVMGVLTHLDKFKDVKKLRKTKQRLKHRFWTEIYDGAKLFFLSGLIHGKYSKREIHNLARFISVLKFPPLSWRTSHPYVLVDRFEDVTPPERVRMNNKCDRNVTIYGYLRGCNLKKGIKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRDKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSKVDDENGKTNHKGKDQDVGETLVKSLQNTKYSIDEKLENSFISLFSRKPNVSSDATNNAKDTDDDTEYIHDKQYQTGEGIANGLGENHRAEDMDGSESSDEETDAKNGETIKSGNNEDKLVEHVEFNDGR-------LRRKAIFGKAVNHGDPKDSDEEDEDDEHDDHDEDNVDYQSSSGSEEGQYDDGMGNISKWKESLLGRTALRQSMNLKQLVYGKSTSLA-TSSKEVQDSSEDEETDDD-FFKPKGEGNKKLREGMDSGNVNTDDCSKFKSYEDLKYWKEEEVYESIRDRFVTGDWSKAARRNQVSKANSEDDDRDDAVYGDFEDLETGEKHEGHRVDNSGSDANEHEDESAVEERRLKKLALRAKFDAQYNGSESPEEDMDEKDGGKFHRGQPNEVGLIDKMKEEIELRKQMNVAELNDLDEITRLEIEGSRTGTYLRLEIHGVPFEMVEYFDPCHPVLVGGISLGEENVGYMQARLKRHRW-HKKVLKTRDPIIVSIGWRRFQTTPVYSIEDRNGRYRMLKYTPEHMHCLATFWGPLAPPQTGVVAVQNLSNKQASFRITATAVVLEFNHEAKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMRGWADVEIPCFYNPLTTALQPRDKTWQGMKTVAELRREHNFSIPVNKDSLYKPIERRPRKFNPLVIPKSLQAALPFESKPKDIPNQKRPLLENRRAVVMEPHERKVHALVQHLQLIRNEKMKKRKLKEEQKKKEIEAGRAKDEQLTRKRQREERRERYREQDKLKKKIRR 1184
BLAST of XGF201610.1 vs. ExPASy TrEMBL
Match: A0A251K2D7|A0A251K2D7_MANES (Bms1-type G domain-containing protein OS=Manihot esculenta OX=3983 GN=MANES_09G003400 PE=4 SV=1) HSP 1 Score: 1550.41 bits (4013), Expect = 0.000e+0 Identity = 807/1210 (66.69%), Postives = 927/1210 (76.61%), Query Frame = 0 Query: 5 ANSGAMEQQQHKAHRTRQSGSSAKKTTESDRSKRDKKKPNPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSNCRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNNAKDMD----DDTKYTHDKQYQTE-------EATADGLSEKRVAVEMD-----DSKCSDEDADIKRGEILKSVSDSD-EDSFVEGVEFNDGQHFRKAIFGY--------------------------------GVDSGD--------------------------RKLVYGKSTSTSETSSKEVQDSIEGEESDEDEFFKPKVEGNK-LREGLDSGIVNTDDCSKIKSYGDLKSWKQEEVYESIRDRFVTGDWSKAAQRNQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDNSGCEGIENEDESAVEERRLKKLSLRAKFD---------EEMNEKDGAKFHCGQPNEIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNPLTTALQPCDKIWQGMKTVAELRREHNLSIPVNKDSLYKPIGRTPRKFNPLVIPKSLQAALPFESKPKDIPGRKRPLLENRRAVVMEPHERKVHVLFQQLQLIRNEKMKKRKLKQQHRKKEIEAERAKDEQLTRKRQREERRERYREQDKLMKKIRR 1129
A G + Q+HKAHR+RQ+G K ++ + ++KK NPKAF F+S+VKAKR Q RA EKEQRRLH+PTIDR+YGEPPP+VV+V GPPQVGKSLLIK L+KHYTK +PEVRGP+TVVSGK+RR+QFVECPNDINGMID AK ADLALLLID S+GFEMETFEFLN++Q HG PK MGVLTHLDKFKD KKL+K KQ LKHRFWTE Y GAKLF LSGL +G+Y+ T+I NL +FISV+KF L WRTSHPYV+VDRFEDVTPPER+HMNNKC+RN+T+YGYLRGCNLKKGTKVHIAGVGDYSLAGVT LADPCPLPSAAKKKGLR+KEKLFYAPMSGLGDLLYDKDAVYININDHFVQFS +DDENG + +GK QD GE LVKSLQNTKYSIDEKLE SFI++FS+ P ++SD D + DDTK + + + E + SE + + D D+ + ED D G + S + +D E VEF+DG+ RKA FG GVD G +LVYG TS + E QDSI+ EESD D+FFK K EGNK L+EG D +NT+DCSK Y K+WK+EE+YESIRDRFVTGDWSKAAQRNQ S +E++D +YGD+EDLETGE+ E SG + +ENE++ A EERRLKKL+LRAKFD EE++EK GAKFH Q NE G D++KEEIE RKQ NIAELNDLDE TRL++EGF+TGTYLR+E+HDVPFEMVE+FDPCHP+LVGGIG E+NVGYMQ RLKRHRW H+KVLK+RDPIIVSIGWRR+QT PVYAIEDR+GRHRMLKYTPEHMHCLA FWGPLAP TGVVAVQNLSN+QA+FRI ATAVVLEFNH KI KK+KLVGYPCKIFKKTALI +MFTSDLEVA+ EG VRTVSGIRGQVKKAAK+EIGNQPK+KGG PREGIARCTFEDRILMSDIVF+ W VE+P+FYNPLTT+LQP DK WQGMKTVAELRREHNL +P+NKDSLYKPI R PRKFNPLV PKSLQAALPFESK KDIP RKRP LENRRAVVM+ ++++H L QQ +I EKMKKRKLK++ ++KE EAE+AKDEQL+RKRQREERRERYR QDK KKIRR
Sbjct: 2 AEDGGSKDQEHKAHRSRQAGPKKKAKSDKKKLSTEEKKQNPKAFAFTSTVKAKRLQSRAVEKEQRRLHVPTIDRAYGEPPPFVVLVHGPPQVGKSLLIKGLMKHYTKQNLPEVRGPITVVSGKQRRVQFVECPNDINGMIDAAKFADLALLLIDGSYGFEMETFEFLNILQVHGFPKVMGVLTHLDKFKDVKKLKKTKQRLKHRFWTEIYDGAKLFYLSGLNNGKYSTTEIKNLARFISVMKFHPLSWRTSHPYVLVDRFEDVTPPERVHMNNKCDRNVTLYGYLRGCNLKKGTKVHIAGVGDYSLAGVTALADPCPLPSAAKKKGLRDKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSKVDDENGGTKRKGKDQDVGEVLVKSLQNTKYSIDEKLENSFITLFSRNPPVASDTQTYVSDSNEEQRDDTKPFELNELENQIEPDRSGEESDTEYSEGSESFDEDEFTQRDAMINGEDGDSDGGNVNASNHQTSLKDRLKEQVEFHDGRLRRKATFGDDMDDQDLMASDDGSEDDDEDNQYSDSDVSEEDGVDEGTDDGLGNVSKWKESLVERTTLRKNINLMQLVYG--TSAPNAAIIEKQDSIDDEESDGDDFFKLKGEGNKKLKEGSDGININTEDCSKFTKYAGRKNWKEEEIYESIRDRFVTGDWSKAAQRNQSSVTNTEEEDD---IYGDFEDLETGERYE------SGSQPVENEEDHAAEERRLKKLALRAKFDAQYDGSEPPEEVDEKQGAKFHRDQVNESGFFDKLKEEIELRKQRNIAELNDLDEETRLDIEGFQTGTYLRLEVHDVPFEMVEHFDPCHPILVGGIGFAEENVGYMQARLKRHRW-HRKVLKTRDPIIVSIGWRRYQTTPVYAIEDRNGRHRMLKYTPEHMHCLAMFWGPLAPPNTGVVAVQNLSNDQAAFRITATAVVLEFNHAAKIMKKVKLVGYPCKIFKKTALITNMFTSDLEVARFEGASVRTVSGIRGQVKKAAKDEIGNQPKKKGGAPREGIARCTFEDRILMSDIVFLRAWTQVEVPQFYNPLTTSLQPRDKTWQGMKTVAELRREHNLPVPINKDSLYKPIERKPRKFNPLVPPKSLQAALPFESKLKDIPSRKRPRLENRRAVVMDARQKRLHTLVQQFHMIGQEKMKKRKLKEEQKRKEYEAEKAKDEQLSRKRQREERRERYRIQDKKNKKIRR 1199
BLAST of XGF201610.1 vs. ExPASy TrEMBL
Match: A0A6M2E814|A0A6M2E814_9ROSI (Bms1-type G domain-containing protein OS=Populus davidiana OX=266767 PE=4 SV=1) HSP 1 Score: 1540.4 bits (3987), Expect = 0.000e+0 Identity = 804/1207 (66.61%), Postives = 933/1207 (77.30%), Query Frame = 0 Query: 5 ANSGAMEQQQHKAHRTRQSGSSAKKTTESDRSKRDKKKP-NPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSNCRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNNAKDMDDDTKYTHDKQYQTEEATADGLSEKRVAVEMDDSKCSDEDADIKRGEILKSVSD-SDE-------------DSFVEGVEFNDGQHFRKAIFGYGVDS----------------GDRKL----------------------------------------VYGKSTSTSETSSKEVQDSIEGEESDEDEFFKPKVEGNK-LREGLDSGIVNTDDCSKIKSYGDLKSWKQEEVYESIRDRFVTGDWSKAAQRNQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDNSGCEGIENEDESAVEERRLKKLSLRAKFD----------EEMNEKDGAKFHCGQPNEIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNPLTTALQPCDKIWQGMKTVAELRREHNLSIPVNKDSLYKPIGRTPRKFNPLVIPKSLQAALPFESKPKDIPGRKRPLLENRRAVVMEPHERKVHVLFQQLQLIRNEKMKKRKLKQQHRKKEIEAERAKDEQLTRKRQREERRERYREQDKLMKKIRR 1129
A ++ +Q HK HR RQ+G S + + + +++K NPKAFGF SSVKAK+ Q R EKEQR+LH+PTI+R+YGEPPP+VVVV GPPQVGKSLLIKCL+KHYTKH + EVRGP+T+VSGKKRR+QFVECPNDINGMID AK ADLALLLID S+GFEMETFEFLN++Q HG PK MGVLTHLD+FKD KKL+K KQ LKHRFWTE Y GAKLF LSGLIHG+Y K +I NL +FISV+KF L WRTSHPYV+ DRFEDVTPPER+ ++NKC+RNIT+YGYLRGCNLK+GTKVHIAGVGDY+LAGVT LADPCPLPSAAKKKGLR+KEKLFYAPMSGLGDL+YDKDAVYININDHFVQ+SN+D++N + +GK QD GE+LVKSLQNTKYSIDEKLEKSFIS+FS+ NISS+A N+AKD + D+ Y E + L E+ A ++D S+ +DED ++ ++ SD SDE D E VEF+ G+ RKA+FG +D GD+ L VYGKS ST E QD E EESD DEFFK K EGNK LREG D V+ D+CSK +Y DLK+WK EE+YESIRDRFVTGDWSKAAQRN++ EDD+ D+VYGD+EDLETGEK +K+ SG ++ EDE E+R+LKKL+LRA+FD EE++EK GAKFH GQ NE G +D++KEEIE RKQ NIAELNDLDE TRLE+EGF+TGTYLR+E+HDVPFEMVE+FDPC P+LVGGIGLGE++VGYMQ RLKRHRW H+KVLK++DP+I SIGWRR+QT PVYAIEDR+GRHRMLKYTPEHMHCLATFWGPLAP TGVVAVQNL+NNQASFRI ATAVVLEFNH K+ KK+KLVG+PCKIFKKTALI +MFTSDLEVA+ EG VRTVSGIRGQVKKAAK+EIGNQP +KGG PREGIARCTFEDRILMSDIVF+ W VE P FYNPLTTALQP +K WQGMKTVAELRREHNL IPVNKDSLYKPI RTP+KFNPLVIPKSLQA LPFESKPKDIP + R LE RRAVVMEP ERKVH L QQL+LI N+KM+KRKLK+ + ++EAE+AKDE+L+RKR+REERRERYR Q+KL KK RR
Sbjct: 2 AKISSIHEQSHKPHRLRQAGPSKQTKKKKQQGGGEEEKKRNPKAFGFKSSVKAKKLQSRTVEKEQRKLHVPTIERNYGEPPPFVVVVHGPPQVGKSLLIKCLVKHYTKHNIQEVRGPITIVSGKKRRVQFVECPNDINGMIDAAKFADLALLLIDGSYGFEMETFEFLNILQVHGFPKIMGVLTHLDQFKDVKKLKKTKQRLKHRFWTEIYDGAKLFYLSGLIHGKYVKREIHNLARFISVMKFHPLSWRTSHPYVLADRFEDVTPPERVRVDNKCDRNITLYGYLRGCNLKRGTKVHIAGVGDYNLAGVTALADPCPLPSAAKKKGLRDKEKLFYAPMSGLGDLVYDKDAVYININDHFVQYSNVDNKNDRMTHKGKDQDVGESLVKSLQNTKYSIDEKLEKSFISLFSRN-NISSEAQNDAKD----NHRSVDRSYNLE---PNELGEESDAEDLDGSESTDEDEAAQKDAVVNEESDGSDEEYGAAAKQKADPQDCMKEQVEFHGGRLRRKAMFGNDIDDKDLKDCDEGSESDDDVGDQSLSDSEFSEEDRDEEDMGNISKWKESLVDRTFSKQNNNLMQRVYGKSASTP---INEKQDGSEDEESD-DEFFKLKGEGNKKLREGFDVENVDADECSKFTNYSDLKNWKDEEIYESIRDRFVTGDWSKAAQRNKLPTANDEDDE--DSVYGDFEDLETGEKHGNHQKEESGNVSMQKEDELE-EQRKLKKLALRARFDKQFHGNESPDEEVDEKHGAKFHRGQANESGYIDKLKEEIEIRKQRNIAELNDLDEETRLEIEGFQTGTYLRLELHDVPFEMVEHFDPCDPILVGGIGLGEEHVGYMQARLKRHRW-HRKVLKTKDPVIFSIGWRRYQTTPVYAIEDRNGRHRMLKYTPEHMHCLATFWGPLAPPNTGVVAVQNLANNQASFRITATAVVLEFNHAAKMVKKVKLVGHPCKIFKKTALIMNMFTSDLEVARFEGAAVRTVSGIRGQVKKAAKDEIGNQPTKKGGAPREGIARCTFEDRILMSDIVFLRAWTQVEAPCFYNPLTTALQPRNKTWQGMKTVAELRREHNLPIPVNKDSLYKPIERTPKKFNPLVIPKSLQATLPFESKPKDIP-KGRATLERRRAVVMEPDERKVHALVQQLRLITNDKMRKRKLKKDQERNKLEAEKAKDEELSRKRKREERRERYRVQEKLKKKARR 1191
BLAST of XGF201610.1 vs. ExPASy TrEMBL
Match: A0A8T2WXP4|A0A8T2WXP4_POPDE (Bms1-type G domain-containing protein OS=Populus deltoides OX=3696 GN=H0E87_028841 PE=4 SV=1) HSP 1 Score: 1540.01 bits (3986), Expect = 0.000e+0 Identity = 803/1207 (66.53%), Postives = 933/1207 (77.30%), Query Frame = 0 Query: 5 ANSGAMEQQQHKAHRTRQSGSSAKKTTESDRSKRDKKKP-NPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSNCRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNNAKDMDDDTKYTHDKQYQTEEATADGLSEKRVAVEMDDSKCSDEDADIKRGEILKSVSD-SDE-------------DSFVEGVEFNDGQHFRKAIFGYGVDS----------------GDRKL----------------------------------------VYGKSTSTSETSSKEVQDSIEGEESDEDEFFKPKVEGNK-LREGLDSGIVNTDDCSKIKSYGDLKSWKQEEVYESIRDRFVTGDWSKAAQRNQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDNSGCEGIENEDESAVEERRLKKLSLRAKFD----------EEMNEKDGAKFHCGQPNEIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNPLTTALQPCDKIWQGMKTVAELRREHNLSIPVNKDSLYKPIGRTPRKFNPLVIPKSLQAALPFESKPKDIPGRKRPLLENRRAVVMEPHERKVHVLFQQLQLIRNEKMKKRKLKQQHRKKEIEAERAKDEQLTRKRQREERRERYREQDKLMKKIRR 1129
A ++ +Q HK HR RQ+G S + + + +++K NPKAFGF SSVKAK+ Q R EKEQR+LH+PTI+R+YGEPPP+VVVV GPPQVGKSLLIKCL+KHYTKH + EVRGP+T+VSGKKRR+QFVECPNDINGMID AK ADLALLLID S+GFEMETFEFLN++Q HG PK MGVLTHLD+FKD KKL+K KQ LKHRFWTE Y GAKLF LSGLIHG+Y K +I NL +FISV+KF L WRTSHPYV+ DRFEDVTPPER+ ++NKC+RNIT+YGYLRGCNLK+GTKVHIAGVGDY+LAGVT LADPCPLPSAAKKKGLR+KEKLFYAPMSGLGDL+YDKDAVYININDHFVQ+SN+D++N + +GK QD GE+LVKSLQNTKYSIDEKLEKSFIS+FS+ NISS+A N+AKD + D+ Y E + L E+ A ++D S+ +DED ++ ++ SD SDE D E VEF+ G+ RKA+FG +D GD+ L VYGKS ST E QD E EESD DEFFK K EGNK LREG D V+ D+CSK +Y DLK+WK EE+YESIRDRFVTGDWSKAAQRN++ EDD+ D+VYGD+EDLETGEK +K+ SG ++ EDE E+R+LKKL+LRA+FD EE++EK GAKFH GQ NE G +D++KEEIE RKQ NIAELNDLDE TRLE+EGF+TGTYLR+E+HDVPFEMVE+FDPC P+LVGGIGLGE++VGYMQ RLKRHRW H+KVLK++DP+I SIGWRR+QT PVYAIEDR+GRHRMLKYTPEHMHCLATFWGPLAP TGVVAVQNL+NNQASFRI ATAVVLEFNH K+ KK+KLVG+PCKIFKKTALI +MFTSDLEVA+ EG VRTVSGIRGQVKKAAK+EIGNQP +KGG PREGIARCTFEDRILMSDIVF+ W VE P FYNPLTTALQP +K WQGMKTVAELRREHNL IPVNKDSLYKPI RTP+KFNPLVIPKSLQA LPFESKPKDIP + R LE RRAV+MEP ERKVH L QQL+LI N+KM+KRKLK+ + ++EAE+AKDE+L+RKR+REERRERYR Q+KL KK RR
Sbjct: 2 AKISSIHEQSHKPHRLRQAGPSKQTKKKKQQGGGEEEKKRNPKAFGFKSSVKAKKLQSRTVEKEQRKLHVPTIERNYGEPPPFVVVVHGPPQVGKSLLIKCLVKHYTKHNIQEVRGPITIVSGKKRRVQFVECPNDINGMIDAAKFADLALLLIDGSYGFEMETFEFLNILQVHGFPKIMGVLTHLDQFKDVKKLKKTKQRLKHRFWTEIYDGAKLFYLSGLIHGKYVKREIHNLARFISVMKFHPLSWRTSHPYVLADRFEDVTPPERVRVDNKCDRNITLYGYLRGCNLKRGTKVHIAGVGDYNLAGVTALADPCPLPSAAKKKGLRDKEKLFYAPMSGLGDLVYDKDAVYININDHFVQYSNVDNKNDRMTHKGKDQDVGESLVKSLQNTKYSIDEKLEKSFISLFSRN-NISSEAQNDAKD----NHRSVDRSYNLE---PNELGEESDAEDLDGSESTDEDEAAQKDAVVNGESDGSDEEYGAAAKQKADPQDRMKEQVEFHGGRLRRKAMFGNDIDDKDLKDSDEGSESDDDVGDQSLSDSEFSEEDRDEEDMGNISKWKESLVDRTISKQNNNLMQRVYGKSASTP---INEKQDGSEDEESD-DEFFKLKGEGNKKLREGFDVENVDADECSKFTNYSDLKNWKDEEIYESIRDRFVTGDWSKAAQRNKLPTANDEDDE--DSVYGDFEDLETGEKHGNHQKEESGNVSMQKEDELE-EQRKLKKLALRARFDSQFDGNESPDEEVDEKHGAKFHRGQANESGYIDKLKEEIEIRKQRNIAELNDLDEETRLEIEGFQTGTYLRLELHDVPFEMVEHFDPCDPILVGGIGLGEEHVGYMQARLKRHRW-HRKVLKTKDPVIFSIGWRRYQTTPVYAIEDRNGRHRMLKYTPEHMHCLATFWGPLAPPNTGVVAVQNLANNQASFRITATAVVLEFNHAAKMVKKVKLVGHPCKIFKKTALIMNMFTSDLEVARFEGAAVRTVSGIRGQVKKAAKDEIGNQPTKKGGAPREGIARCTFEDRILMSDIVFLRAWTQVEAPCFYNPLTTALQPRNKTWQGMKTVAELRREHNLPIPVNKDSLYKPIERTPKKFNPLVIPKSLQATLPFESKPKDIP-KGRATLERRRAVIMEPDERKVHALVQQLRLITNDKMRKRKLKKDQERNKLEAEKAKDEELSRKRKREERRERYRVQEKLKKKARR 1191
BLAST of XGF201610.1 vs. ExPASy TrEMBL
Match: A0A2K1X1Y1|A0A2K1X1Y1_POPTR (Bms1-type G domain-containing protein OS=Populus trichocarpa OX=3694 GN=POPTR_017G017700 PE=4 SV=1) HSP 1 Score: 1535.39 bits (3974), Expect = 0.000e+0 Identity = 802/1207 (66.45%), Postives = 932/1207 (77.22%), Query Frame = 0 Query: 5 ANSGAMEQQQHKAHRTRQSGSSAKKTTESDRSKRDKKKP-NPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSNCRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNNAKDMDDDTKYTHDKQYQTEEATADGLSEKRVAVEMDDSKCSDEDADIKRGEILKSVSD-SDE-------------DSFVEGVEFNDGQHFRKAIFGYGVDS----------------GDRKL----------------------------------------VYGKSTSTSETSSKEVQDSIEGEESDEDEFFKPKVEGNK-LREGLDSGIVNTDDCSKIKSYGDLKSWKQEEVYESIRDRFVTGDWSKAAQRNQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDNSGCEGIENEDESAVEERRLKKLSLRAKFD----------EEMNEKDGAKFHCGQPNEIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNPLTTALQPCDKIWQGMKTVAELRREHNLSIPVNKDSLYKPIGRTPRKFNPLVIPKSLQAALPFESKPKDIPGRKRPLLENRRAVVMEPHERKVHVLFQQLQLIRNEKMKKRKLKQQHRKKEIEAERAKDEQLTRKRQREERRERYREQDKLMKKIRR 1129
A ++ +Q HK HR RQ+G S + + + +++K NPKAFGF SSVKAK+ Q R EKEQR+LH+PTI+R+YGEPPP+VVVV GPPQVGKSLLIKCL+KHYTKH + EVRGP+T+VSGKKRR+QFVECPNDINGMID AK ADLALLLID S+GFEMETFEFLN++Q HG PK MGVLTHLD+FKD KKL+K KQ LKHRFWTE Y GAKLF LSGLIHG+Y K +I NL +FISV+KF L WRTSHPYV+ DRFEDVTPPER+ ++NKC+RNIT+YGYLRGCNLK+GTKVHIAGVGDY+LAGVT LADPCPLPSAAKKKGLR+KEKLFYAPMSGLGDL+YDKDAVYININDHFVQ+SN+D+++ + +GK QD GE+LVKSLQNTKYSIDEKLEKSFIS+FS+ NISS+A N+AKD + D Y E + L E+ A ++D S+ +DED ++ ++ SD SDE D E VEF+ G+ RKA+FG +D GD+ L VYGKS ST E QD E EESD DEFFK K EGNK LREG D V+ D+CSK +Y DLK+WK EE+YESIRDRFVTGDWSKAAQRN++ EDD+ D+VYGD+EDLETGEK +K+ SG ++ EDE E+R+LKKL+LRA+FD EE++EK GAKFH GQ NE G +D++KEEIE RKQ NIAELNDLDE TRLE+EGF+TGTYLR+E+HDVPFEMVE+FDPC P+LVGGIGLGE++VGYMQ RLKRHRW H+KVLK++DP+I SIGWRR+QT PVYAIEDR+GRHRMLKYTPEHMHCLATFWGPLAP TGVVAVQNL+NNQASFRI ATAVVLEFNH K+ KK+KLVG+PCKIFKKTALI +MFTSDLEVA+ EG VRTVSGIRGQVKKAAK+EIGNQP +KGG PREGIARCTFEDRILMSDIVF+ W VE P FYNPLTTALQP +K WQGMKTVAELRREHNL IPVNKDSLY+PI RTP+KFNPLVIPKSLQA LPFESKPKDIP + R LE RRAVVMEP ERKVH L QQL+LI N+KM+KRKLK+ + ++EAE+AKDE+L+RKR+REERRERYR Q+KL KK RR
Sbjct: 2 AKISSIHEQSHKPHRLRQAGPSKQTKKKKQQGGGEEEKKRNPKAFGFKSSVKAKKLQSRTVEKEQRKLHVPTIERNYGEPPPFVVVVHGPPQVGKSLLIKCLVKHYTKHNIQEVRGPITIVSGKKRRVQFVECPNDINGMIDAAKFADLALLLIDGSYGFEMETFEFLNILQVHGFPKIMGVLTHLDQFKDVKKLKKTKQRLKHRFWTEIYDGAKLFYLSGLIHGKYVKREIHNLARFISVMKFHPLSWRTSHPYVLADRFEDVTPPERVRVDNKCDRNITLYGYLRGCNLKRGTKVHIAGVGDYNLAGVTALADPCPLPSAAKKKGLRDKEKLFYAPMSGLGDLVYDKDAVYININDHFVQYSNVDNKSDRMTHKGKDQDVGESLVKSLQNTKYSIDEKLEKSFISLFSRN-NISSEAQNDAKD----NHRSVDHSYNLE---PNELGEESDAEDLDGSESTDEDEAAQKDAVVNGESDGSDEEHGTAAKQKADPQDRMKEQVEFHGGRLRRKAMFGNDIDDKDLKDCDEGSESDDDVGDQSLSDSEFSEEDRDEEDMGNISKWKESLVDRTFSKQNNNLMQRVYGKSASTP---INEKQDGSEDEESD-DEFFKLKGEGNKKLREGFDVENVDADECSKFTNYSDLKNWKDEEIYESIRDRFVTGDWSKAAQRNKLPTANDEDDE--DSVYGDFEDLETGEKHGNHQKEESGNVSMQKEDELE-EQRKLKKLALRARFDAQFHGNESPDEEVDEKHGAKFHRGQANESGYIDKLKEEIEIRKQRNIAELNDLDEETRLEIEGFQTGTYLRLELHDVPFEMVEHFDPCDPILVGGIGLGEEHVGYMQARLKRHRW-HRKVLKTKDPVIFSIGWRRYQTTPVYAIEDRNGRHRMLKYTPEHMHCLATFWGPLAPPNTGVVAVQNLANNQASFRITATAVVLEFNHAAKMVKKVKLVGHPCKIFKKTALIMNMFTSDLEVARFEGAAVRTVSGIRGQVKKAAKDEIGNQPTKKGGAPREGIARCTFEDRILMSDIVFLRAWTQVEAPCFYNPLTTALQPRNKTWQGMKTVAELRREHNLPIPVNKDSLYRPIERTPKKFNPLVIPKSLQATLPFESKPKDIP-KGRATLERRRAVVMEPDERKVHALVQQLRLITNDKMRKRKLKKDQERNKLEAEKAKDEELSRKRKREERRERYRVQEKLKKKARR 1191
BLAST of XGF201610.1 vs. ExPASy TrEMBL
Match: A0A251K1X5|A0A251K1X5_MANES (Bms1-type G domain-containing protein OS=Manihot esculenta OX=3983 GN=MANES_09G003400 PE=4 SV=1) HSP 1 Score: 1531.54 bits (3964), Expect = 0.000e+0 Identity = 799/1209 (66.09%), Postives = 920/1209 (76.10%), Query Frame = 0 Query: 5 ANSGAMEQQQHKAHRTRQSGSSAKKTTESDRSKRDKKKPNPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSNCRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNNAKDMD----DDTKYTHDKQYQTE-------EATADGLSEKRVAVEMD-----DSKCSDEDADIKRGEILKSVSDSD-EDSFVEGVEFNDGQHFRKAIFGYGVDSGDRKLV------------YGKSTSTSETSSKEVQDS---------------------------------------IEGEESDEDE------FFKPKVEGN-KLREGLDSGIVNTDDCSKIKSYGDLKSWKQEEVYESIRDRFVTGDWSKAAQRNQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDNSGCEGIENEDESAVEERRLKKLSLRAKFD---------EEMNEKDGAKFHCGQPNEIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNPLTTALQPCDKIWQGMKTVAELRREHNLSIPVNKDSLYKPIGRTPRKFNPLVIPKSLQAALPFESKPKDIPGRKRPLLENRRAVVMEPHERKVHVLFQQLQLIRNEKMKKRKLKQQHRKKEIEAERAKDEQLTRKRQREERRERYREQDKLMKKIRR 1129
A G + Q+HKAHR+RQ+G K ++ + ++KK NPKAF F+S+VKAKR Q RA EKEQRRLH+PTIDR+YGEPPP+VV+V GPPQVGKSLLIK L+KHYTK +PEVRGP+TVVSGK+RR+QFVECPNDINGMID AK ADLALLLID S+GFEMETFEFLN++Q HG PK MGVLTHLDKFKD KKL+K KQ LKHRFWTE Y GAKLF LSGL +G+Y+ T+I NL +FISV+KF L WRTSHPYV+VDRFEDVTPPER+HMNNKC+RN+T+YGYLRGCNLKKGTKVHIAGVGDYSLAGVT LADPCPLPSAAKKKGLR+KEKLFYAPMSGLGDLLYDKDAVYININDHFVQFS +DDENG + +GK QD GE LVKSLQNTKYSIDEKLE SFI++FS+ P ++SD D + DDTK + + + E + SE + + D D+ + ED D G + S + +D E VEF+DG+ RKA FG +D D Y S + E E D IE ++S +DE FFK K EGN KL+EG D +NT+DCSK Y K+WK+EE+YESIRDRFVTGDWSKAAQRNQ S +E++D +YGD+EDLETGE+ E SG + +ENE++ A EERRLKKL+LRAKFD EE++EK GAKFH Q NE G D++KEEIE RKQ NIAELNDLDE TRL++EGF+TGTYLR+E+HDVPFEMVE+FDPCHP+LVGGIG E+NVGYMQ RLKRHR WH+KVLK+RDPIIVSIGWRR+QT PVYAIEDR+GRHRMLKYTPEHMHCLA FWGPLAP TGVVAVQNLSN+QA+FRI ATAVVLEFNH KI KK+KLVGYPCKIFKKTALI +MFTSDLEVA+ EG VRTVSGIRGQVKKAAK+EIGNQPK+KGG PREGIARCTFEDRILMSDIVF+ W VE+P+FYNPLTT+LQP DK WQGMKTVAELRREHNL +P+NKDSLYKPI R PRKFNPLV PKSLQAALPFESK KDIP RKRP LENRRAVVM+ ++++H L QQ +I EKMKKRKLK++ ++KE EAE+AKDEQL+RKRQREERRERYR QDK KKIRR
Sbjct: 2 AEDGGSKDQEHKAHRSRQAGPKKKAKSDKKKLSTEEKKQNPKAFAFTSTVKAKRLQSRAVEKEQRRLHVPTIDRAYGEPPPFVVLVHGPPQVGKSLLIKGLMKHYTKQNLPEVRGPITVVSGKQRRVQFVECPNDINGMIDAAKFADLALLLIDGSYGFEMETFEFLNILQVHGFPKVMGVLTHLDKFKDVKKLKKTKQRLKHRFWTEIYDGAKLFYLSGLNNGKYSTTEIKNLARFISVMKFHPLSWRTSHPYVLVDRFEDVTPPERVHMNNKCDRNVTLYGYLRGCNLKKGTKVHIAGVGDYSLAGVTALADPCPLPSAAKKKGLRDKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSKVDDENGGTKRKGKDQDVGEVLVKSLQNTKYSIDEKLENSFITLFSRNPPVASDTQTYVSDSNEEQRDDTKPFELNELENQIEPDRSGEESDTEYSEGSESFDEDEFTQRDAMINGEDGDSDGGNVNASNHQTSLKDRLKEQVEFHDGRLRRKATFGDDMDDQDLMASDDGSEDDDEDNQYSDSDVSEEDGVDEGTDEDGLGNVSKWKESLVERTTLRKNINLMQLVYGTSAPNAAIIEKQDSIDDEESDGDDFFKLKGEGNKKLKEGSDGININTEDCSKFTKYAGRKNWKEEEIYESIRDRFVTGDWSKAAQRNQSSVTNTEEEDD---IYGDFEDLETGERYE------SGSQPVENEEDHAAEERRLKKLALRAKFDAQYDGSEPPEEVDEKQGAKFHRDQVNESGFFDKLKEEIELRKQRNIAELNDLDEETRLDIEGFQTGTYLRLEVHDVPFEMVEHFDPCHPILVGGIGFAEENVGYMQARLKRHR-WHRKVLKTRDPIIVSIGWRRYQTTPVYAIEDRNGRHRMLKYTPEHMHCLAMFWGPLAPPNTGVVAVQNLSNDQAAFRITATAVVLEFNHAAKIMKKVKLVGYPCKIFKKTALITNMFTSDLEVARFEGASVRTVSGIRGQVKKAAKDEIGNQPKKKGGAPREGIARCTFEDRILMSDIVFLRAWTQVEVPQFYNPLTTSLQPRDKTWQGMKTVAELRREHNLPVPINKDSLYKPIERKPRKFNPLVPPKSLQAALPFESKLKDIPSRKRPRLENRRAVVMDARQKRLHTLVQQFHMIGQEKMKKRKLKEEQKRKEYEAEKAKDEQLSRKRQREERRERYRIQDKKNKKIRR 1200
BLAST of XGF201610.1 vs. ExPASy TrEMBL
Match: A0A4U5PXI1|A0A4U5PXI1_POPAL (Bms1-type G domain-containing protein OS=Populus alba OX=43335 GN=D5086_0000170800 PE=4 SV=1) HSP 1 Score: 1530.77 bits (3962), Expect = 0.000e+0 Identity = 799/1197 (66.75%), Postives = 927/1197 (77.44%), Query Frame = 0 Query: 5 ANSGAMEQQQHKAHRTRQSGSSAKKTTESDRSKRDKKKP-NPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSNCRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNNAKDMDDDTKYTHDKQYQTEEATADGLSEKRVAVEMDDSKCSDEDADIKRGEILKSVSD-SDE-------------DSFVEGVEFNDGQHFRKAIFGYGVDS----------------GDRKL----------------------------------------VYGKSTSTSETSSKEVQDSIEGEESDEDEFFKPKVEGNK-LREGLDSGIVNTDDCSKIKSYGDLKSWKQEEVYESIRDRFVTGDWSKAAQRNQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDNSGCEGIENEDESAVEERRLKKLSLRAKFDEEMNEKDGAKFHCGQPNEIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNPLTTALQPCDKIWQGMKTVAELRREHNLSIPVNKDSLYKPIGRTPRKFNPLVIPKSLQAALPFESKPKDIPGRKRPLLENRRAVVMEPHERKVHVLFQQLQLIRNEKMKKRKLKQQHRKKEIEAERAKDEQLTRKRQREERRERYREQDKLMKKIRR 1129
A ++ +Q HK HR RQ+G S + + + +++K NPKAFGF SSVKAK+ Q R EKEQR+LH+PTI+R+YGEPPP+VVVV GPPQVGKSLLIKCL+KHYTKH + EVRGP+T+VSGKKRR+QFVECPNDINGMID AK ADLALLLID S+GFEMETFEFLN++Q HG PK MGVLTHLD+FKD KKL+K KQ LKHRFWTE Y GAKLF LSGLIHG+Y K +I NL +FISV+KF L WRTSHPYV+ DRFEDVTPPER+ ++NKC+RNIT+YGYLRGCNLK+GTKVHIAGVGDY+LAGVT LADPCPLPSAAKKKGLR+KEKLFYAPMSGLGDL+YDKDAVYININDHFVQ+SN+D++N + +GK QD GE+LVKSLQNTKYSIDEKLEKSFIS+FS+ NISS+A N+AKD + D+ Y E + L E+ A ++D S+ +DED ++ ++ SD SDE D E VEF+ G+ RKA+FG +D GD+ L VYGKS ST E QD E EESD DEFFK K EGNK LREG D V+ D+CSK +Y DLK+WK EE+YESIRDRFVTGDWSKAAQRN++ EDD+ D+VYGD+EDLETGEK +K+ SG ++ EDE E+R+LKKL+L EE++EK GAKFH GQ E G +D++KEEIE RKQ NIAELNDLDE TRLE+EGF+TGTYLR+E+HDVPFEMVE+FDPC P+LVGGIGLGE++VGYMQ RLKRHRW H+KVLK++DP+I SIGWRR+QT PVYAIEDR+GRHRMLKYTPEHMHCLATFWGPLAP TGVVAVQNL+NNQASFRI ATAVVLEFNH K+ KK+KLVG+PCKIFKKTALI +MFTSDLEVA+ EG VRTVSGIRGQVKKAAK+EIGNQP +KGG PREGIARCTFEDRILMSDIVF+ W VE P FYNPLTTALQP +K WQGMKTVAELRREHNL IPVNKDSLYKPI RTP+KFNPLVIPKSLQA LPFESKPKDIP + R LE RRAVVMEP ERKVH L QQL+LI N+KM+KRKLK+ + ++EAE+AKDE+L+RKR+REERRERYR Q+KL KK RR
Sbjct: 2 AKISSIHEQSHKPHRLRQAGPSKQTKKKKQQGGGEEEKKRNPKAFGFKSSVKAKKLQSRTVEKEQRKLHVPTIERNYGEPPPFVVVVHGPPQVGKSLLIKCLVKHYTKHNIQEVRGPITIVSGKKRRVQFVECPNDINGMIDAAKFADLALLLIDGSYGFEMETFEFLNILQVHGFPKIMGVLTHLDQFKDVKKLKKTKQRLKHRFWTEIYDGAKLFYLSGLIHGKYVKREIHNLARFISVMKFHPLSWRTSHPYVLADRFEDVTPPERVRVDNKCDRNITLYGYLRGCNLKRGTKVHIAGVGDYNLAGVTALADPCPLPSAAKKKGLRDKEKLFYAPMSGLGDLVYDKDAVYININDHFVQYSNVDNKNDRMTHKGKDQDVGESLVKSLQNTKYSIDEKLEKSFISLFSRN-NISSEAQNDAKD----NHRSVDRSYNLE---PNELDEESDAEDLDGSESTDEDEAAQKDAVVNEESDGSDEEYGAAAKQKADPQDRMKEQVEFHGGRLRRKAMFGNDIDDKDLKDCDEGSESDDDVGDQSLSDSEFSEEDRDEEDMGNISKWKESLVDRTFSKQNNNLMQRVYGKSASTP---INEKQDGSEDEESD-DEFFKLKGEGNKKLREGFDVENVDADECSKFTNYSDLKNWKDEEIYESIRDRFVTGDWSKAAQRNKLPTANDEDDE--DSVYGDFEDLETGEKHGNHQKEESGNVSMQKEDELE-EQRKLKKLALH----EEVDEKHGAKFHRGQATESGYIDKLKEEIEIRKQRNIAELNDLDEETRLEIEGFQTGTYLRLELHDVPFEMVEHFDPCDPILVGGIGLGEEHVGYMQARLKRHRW-HRKVLKTKDPVIFSIGWRRYQTTPVYAIEDRNGRHRMLKYTPEHMHCLATFWGPLAPPNTGVVAVQNLANNQASFRITATAVVLEFNHAAKMVKKVKLVGHPCKIFKKTALIMNMFTSDLEVARFEGAAVRTVSGIRGQVKKAAKDEIGNQPTKKGGAPREGIARCTFEDRILMSDIVFLRAWTQVEAPCFYNPLTTALQPRNKTWQGMKTVAELRREHNLPIPVNKDSLYKPIERTPKKFNPLVIPKSLQATLPFESKPKDIP-KGRATLERRRAVVMEPDERKVHALVQQLRLITNDKMRKRKLKKDQERNKLEAEKAKDEELSRKRKREERRERYRVQEKLKKKARR 1177
BLAST of XGF201610.1 vs. ExPASy Swiss-Prot
Match: BMS1_SCHPO (Ribosome biogenesis protein bms1 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=bms1 PE=1 SV=2) HSP 1 Score: 771.155 bits (1990), Expect = 0.000e+0 Identity = 453/1126 (40.23%), Postives = 650/1126 (57.73%), Query Frame = 0 Query: 44 NPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYGE-PPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNL-KKGTKVHIAGVGDYSLAGVTGLADPCPLPSAAK--KKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSNCRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNNAKDMDDDTKYTHDKQYQTEEATADGLSEKRVAVEMDDSKCSDEDADIKRGEILKSV-----SDSDEDSFVE-----GVEFND-GQHFR-------KAIFGYGVDSGDR-----KLVYGKSTSTSETSSKEVQDSIEGEES------DEDEFFKPKVEGNKLREGLDSGIVNTDDCSKIKSYGDLKSWKQEEVYESIRDRFVTGDWSKAAQRNQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDNSGCEGIENEDESAVEERRLKKLSLRAKFDEEMNEKDGAKFHC-----GQPN--EIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQA---SFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNPLTTALQPCDKIWQGMKTVAELRREHNLSIPVNKDSLYKPIGRTPRKFNPLVIPKSLQAALPFESKPKDIPGRKRPLLENRRAVVMEPHERKVHVLFQQLQLIRNEKMKKRKLKQQHRKKEIEAERAKDEQLTRKRQREERRERYREQDKLMKK 1126
NPKAF +S+ + R MR ++ Q++LH+P +DR+ E PPP +V V GPP GKS LIK L++ Y+K+ + ++ GP+TVV+GKKRR+ F+ECPND++ MID AKIADL LLLIDA+ GFEMET EFLN++ HG+P+ MGVLTHLD FK LR+ K+ LKHRFWTE Y GAKLF LSG+++G+Y +I NL++FISV+KF L WR HPY++ DR ED+T P + N K R IT+YGYL G NL K VHI GVGD+ + V+ L DPCP P A K ++ L K+KL Y PM+ +G +L+DKD VYI + FS DEN ++ FGE +V LQ + + S + +FS I + + ++D+ + T ++ T + + E A + D +DE+ D+ + ++ SD++E +F + G +F+D + R KA Y SG R K+ Y +S S + ++ +S + ES DE++FFK N E + S N + + +S K W+ ++ ++ RF+TG + + +++ S D GD+EDLE E + S + E+E + +E + + + +E +K+ + G P ++ + KE+I + +N D+D +R E+EG+R GTY+R+ I+DVPFE VE+FD +PV+VGG+ EQ G +QVR+KRHR WHKK+LK+ DP+I S+GWRRFQ+IPVY+I D R+RMLKYTPEHMHC TF+GP +G AVQ+++N+ A SFRIAAT VL + I KK+KL G P KIFK TA IK MF+S LEVA+ EG +RTVSGIRGQVKKA +E G+ R TFED+ILMSDIVF+ W V++ +F +T L+ W GM+ E+R E L P+ +S Y+ I R R FNPL +P SLQA LPF S+ K + R +P +R V++ ERKV L Q++ + +K KRK K+ + K+EQ +++REE+ E + + K +++
Sbjct: 32 NPKAFAVASAGRMARQAMRTADISQKKLHVPMVDRTPDEAPPPVIVAVMGPPGTGKSTLIKSLVRRYSKYTISQITGPITVVAGKKRRITFLECPNDLSSMIDVAKIADLVLLLIDANFGFEMETMEFLNILAPHGMPRIMGVLTHLDLFKKTSTLREAKKRLKHRFWTELYQGAKLFYLSGVLNGRYPDREILNLSRFISVMKFRPLRWRNQHPYLLADRMEDLTLPVDIEQNPKVGRKITLYGYLHGTNLPKHDASVHIPGVGDFVTSDVSSLEDPCPPPDADKVRRRRLSEKQKLIYGPMADIGGILFDKDRVYIEVPTS--NFSK--DENSEAG-------FGERMVMQLQEAQQPLGVD-GNSGLQLFSNSDAIDT-VDRESSEIDNVGRKT--RRQPTGLINQELIKEDEGAFDDSDVNSADENEDVDFTGKIGAINNEDESDNEEVAFADSDSDLGGQFDDEDSNLRWKEGLASKAALAYS-QSGKRRRNIQKIFYDESLSPKDAYAEYKGESAKSSESDLVVSDDEEDFFKVSKVAN---ESISS---NHEKLMESESDRLSKKWENPQLLAQLKSRFITGSLLDSIE--------GQEEVSQDDEEGDFEDLEDEENSSDNEMEESSGSSVTAENEESADE-----VDFQTEREENARKKEELRLRFEEEDRGDPEKKDVDWYTEEKEKIARQLVINREAFEDMDPESRAEIEGYRAGTYVRIVINDVPFEFVEHFDSRYPVVVGGLLPNEQRYGLVQVRIKRHR-WHKKILKTNDPLIFSMGWRRFQSIPVYSISDSRTRNRMLKYTPEHMHCFGTFYGPFVAPNSGFCAVQSVANSFAKAGSFRIAATGSVLNIDQSTDIVKKLKLTGVPYKIFKNTAFIKKMFSSPLEVAKFEGANIRTVSGIRGQVKKAVDQEHGH-------------FRATFEDKILMSDIVFLRAWYPVQVRKFCTMVTNLLETDKTEWNGMRLTGEVRHELGLKTPLRPNSQYQEIVRPSRHFNPLKVPASLQAQLPFNSRQKALRPRSKPTYMQKRTVLLNAEERKVRDLLQKVMTLHTDKEAKRKAKKAAEHERYHKRMQKEEQAYIEKKREEKAEWFAQHGKRLRQ 1108
BLAST of XGF201610.1 vs. ExPASy Swiss-Prot
Match: BMS1_YEAST (Ribosome biogenesis protein BMS1 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=BMS1 PE=1 SV=1) HSP 1 Score: 696.427 bits (1796), Expect = 0.000e+0 Identity = 452/1224 (36.93%), Postives = 666/1224 (54.41%), Query Frame = 0 Query: 12 QQQHKAHRTRQSGSSAKKTTESDRSKRDKKKPNPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRS-YGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECP-NDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNN-KCERNITIYGYLRGCNLKK--GTKVHIAGVGDYSLAGVTGLADPCPLP----------------------------SAAKKKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSN-----CRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNNAKDM--------DDDTKY----------THDKQYQTEEATADGL---------------SEKRVAVEMDDSKCSDEDADIKRGEILKSVSDSDEDSFVEGVEFNDGQ--HFRKAIFGYGVDSGDRKLVYGKSTSTSET------SSKEVQDSIEGEESDEDEFFKPKVEGNKLREGLDSGIVNTDDCSKIKSYGDL-----KSWKQEEVYESIRDRFVTGDWSKAAQRNQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDN----------------------SGCEGIENEDESAVEERRL---KKLSLRAKFDEEMNEKDGAKF-HCGQPNEIGLVDQM-KEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQAS--FRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNPLTTALQPCDKIWQGMKTVAELRREHNLSIPVNKDSLYKPIGRTPRKFNPLVIPKSLQAALPFESKPKDIPGRKRPLLENRRAVVMEPHERKVHVLFQQLQLIRNEKMKKRKLKQQHRKKEIEAERAKDEQLTRKRQREERRERYREQDK 1122
+Q +K HR + ++AKK K + N KAF ++ K R+ R+S+ +R+LH+P +DR+ +PPP++V V GPP GK+ LI+ L++ TK + +++GP+TVVSGK RRL F+ECP +D+N MID AKIADL LLLID + GFEMET EFLN+ Q+HG+P+ +GV THLD FK + LR K+ LKHRFWTE Y GAKLF LSG+I+G+Y +I NL++FISV+KF L WR HPY++ DRF D+T PE + + +R + IYGYL G L GT+VHIAGVGD+S+A + L DPCP P + ++K L +K+KL YAPMS +G +L DKDAVYI+I GK N G+ + GE L+ LQ+ + SI EK + + +FS + A + D+ DD+ K + K Q E+A D L SE R+ VE+D + ++ A+ E +S+++ E N + +K + G KL+Y + S E + +D + EE +D+FF+ K +G +EG V D K Y D K WK ++I++RF+ A +K KS+ ++ + +YGD+EDLE G E Q +DN + + E +D + +ER + KK LRA+F+ E +G F + NE ++ K +I + ++N E ++ R +EGF+ G+Y+R+ VP E V+ F+P P+++GG+ E G ++ RL+RHRW HKK+LK+ DP+++S+GWRRFQT+P+Y D R RMLKYTPEH +C A F+GPL T VQ ++N+ FRIAAT +V E + ++I KK+KLVG+P KIFK TA IKDMF+S +EVA+ EG +++TVSGIRG++K+A ++P EG R FED+ILMSDIV + W V + +FYNP+T+ L W+G++ ++R NL P N DS Y I R R FN L +PK++Q LPF+S+ + +K+ +RAVV+ E+K Q++ I K KRK ++ ++KE + AK E+ +R +E+++E + + K
Sbjct: 2 EQSNKQHRKAKEKNTAKK-------KLHTQGHNAKAFAVAAPGKMARTMQRSSDVNERKLHVPMVDRTPEDDPPPFIVAVVGPPGTGKTTLIRSLVRRMTKSTLNDIQGPITVVSGKHRRLTFLECPADDLNAMIDIAKIADLVLLLIDGNFGFEMETMEFLNIAQHHGMPRVLGVATHLDLFKSQSTLRASKKRLKHRFWTEVYQGAKLFYLSGVINGRYPDREILNLSRFISVMKFRPLKWRNEHPYMLADRFTDLTHPELIETQGLQIDRKVAIYGYLHGTPLPSAPGTRVHIAGVGDFSVAQIEKLPDPCPTPFYQQKLDDFEREKMKEEAKANGEITTASTTRRRKRLDDKDKLIYAPMSDVGGVLMDKDAVYIDI--------------GKKNEEPSFVPGQERGEGEKLMTGLQSVEQSIAEKFDGVGLQLFSNGTELHEVADHEGMDVESGEESIEDDEGKSKGRTSLRKPRIYGKPVQEEDADIDNLPSDEEPYTNDDDVQDSEPRM-VEIDFNNTGEQGAEKLALETDSEFEESEDEFSWERTAANKLKKTESKKRTWNIG------KLIYMDNISPEECIRRWRGEDDDSKDESDIEEDVDDDFFRKK-DGTVTKEGNKDHAV---DLEKFVPYFDTFEKLAKKWKS---VDAIKERFLG-----AGILGNDNKTKSDSNEGGEELYGDFEDLEDGNPSE-QAEDNSDKESEDEDENEDTNGDDDNSFTNFDAEEKKDLTMEQEREMNAAKKEKLRAQFEIE----EGENFKEDDENNEYDTWYELQKAKISKQLEINNIEYQEMTPEQRQRIEGFKAGSYVRIVFEKVPMEFVKNFNPKFPIVMGGLLPTEIKFGIVKARLRRHRW-HKKILKTNDPLVLSLGWRRFQTLPIYTTTDSRTRTRMLKYTPEHTYCNAAFYGPLCSPNTPFCGVQIVANSDTGNGFRIAATGIVEEIDVNIEIVKKLKLVGFPYKIFKNTAFIKDMFSSAMEVARFEGAQIKTVSGIRGEIKRAL-----SKP--------EGHYRAAFEDKILMSDIVILRSWYPVRVKKFYNPVTSLLLKEKTEWKGLRLTGQIRAAMNLETPSNPDSAYHKIERVERHFNGLKVPKAVQKELPFKSQIHQMKPQKKKTYMAKRAVVLGGDEKKARSFIQKVLTISKAKDSKRKEQKASQRKERLKKLAKMEEEKSQRDKEKKKEYFAQNGK 1166
BLAST of XGF201610.1 vs. ExPASy Swiss-Prot
Match: BMS1_HUMAN (Ribosome biogenesis protein BMS1 homolog OS=Homo sapiens OX=9606 GN=BMS1 PE=1 SV=1) HSP 1 Score: 472.241 bits (1214), Expect = 2.827e-144 Identity = 255/536 (47.57%), Postives = 335/536 (62.50%), Query Frame = 0 Query: 570 DCSKIKSYGDLKSWKQEEVYESIRDRFVTGDWSKAAQRNQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDNSGCEGIE---------NEDESAVEERRLKKLSLRAKFDEEMNEKDGAKFHCGQPNEIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNPLTTALQPCDK--IWQGMKTVAELRREHNLSIPVNKDSLYKPIGRTPRKFNPLVIPKSLQAALPFESKPK-DIPGRKRPLLENRRAVVMEPHERKVHVLFQQLQLIRNEKMKKRKLKQQHRKKE 1093
DCS+ W EEV SIRD FVTG W +V D+ +YGD+EDLETG+ +G+ N+ E IE +E+ESA ++ KK L+ FD E +E + F D +K E++ + Q+N AE D D+ R++ EGFR G Y+R+EI +VP E V+ FDP +P+++GG+G E NVGY+Q+RLK+HRW+ KK+LKSRDPII S+GWRRFQTIP+Y IED +GR R+LKYTP+HMHC A FWGP+ P TG +A+Q++S FRIAAT VVL+ + +KI KK+KL G+P KIFK T+ IK MF S LEVA+ EG +RTVSGIRGQ+KKA + EG R +FED++LMSDIVFM W V IP FYNP+T+ L+P + W GM+T +LR H + + NKDSLYKPI R + FN L IPK+LQ ALPF++KPK K P R AV+ EPHERK+ L L + ++KMKK K ++ KE
Sbjct: 733 DCSRFLVEAP-HDWDLEEVMNSIRDCFVTGKWEDDKDAAKVLA-------EDEELYGDFEDLETGDVHKGKSGPNTQNEDIEKEVKEEIDPDEEESAKKKHLDKKRKLKEMFDAEYDEGESTYF-----------DDLKGEMQKQAQLNRAEFEDQDDEARVQYEGFRPGMYVRIEIENVPCEFVQNFDPHYPIILGGLGNSEGNVGYVQMRLKKHRWY-KKILKSRDPIIFSVGWRRFQTIPLYYIEDHNGRQRLLKYTPQHMHCGAAFWGPITPQGTGFLAIQSVSGIMPDFRIAATGVVLDLDKSIKIVKKLKLTGFPYKIFKNTSFIKGMFNSALEVAKFEGAVIRTVSGIRGQIKKALRAP-------------EGAFRASFEDKLLMSDIVFMRTWYPVSIPAFYNPVTSLLKPVGEKDTWSGMRTTGQLRLAHGVRLKANKDSLYKPILRQKKHFNSLHIPKALQKALPFKNKPKTQAKAGKVPKDRRRPAVIREPHERKILALLDALSTVHSQKMKKAKEQRHLHNKE 1235 HSP 2 Score: 436.417 bits (1121), Expect = 4.471e-131 Identity = 214/422 (50.71%), Postives = 289/422 (68.48%), Query Frame = 0 Query: 10 MEQQQHKAHRTRQSGSSAKKTTE------SDRSKRDKKKPNPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSNCRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNN 425
ME + K HR + SG A K + + D +K NPKAF S+V+ RS R + + ++ HIP +DR+ EPPP VVVV GPP+VGKS LI+CLI+++T+ K+ E+RGPVT+VSGKKRRL +EC DIN MID AK+ADL L+LIDAS GFEMETFEFLN+ Q HG PK MGVLTHLD FK K+L+K K+ LKHRFWTE Y GAKLF LSG++HG+Y +I NL +FI+V+KF L W+TSHPY++ DR ED+T PE + N KC+R +++YGYLRG +LK +++H+ GVGD++++ ++ L DPC LP KK+ L KEKL YAP+SG+G +LYDKDAVY+++ V DE G ++ LV+SL +T +ID K+ S +++FS + S+ +N
Sbjct: 1 MEAKDQKKHRKKNSGPKAAKKKKRLLQDLQLGDEEDARKRNPKAFAVQSAVRMARSFHRTQDLKTKKHHIPVVDRTPLEPPPIVVVVMGPPKVGKSTLIQCLIRNFTRQKLTEIRGPVTIVSGKKRRLTIIECGCDINMMIDLAKVADLVLMLIDASFGFEMETFEFLNICQVHGFPKIMGVLTHLDSFKHNKQLKKTKKRLKHRFWTEVYPGAKLFYLSGMVHGEYQNQEIHNLGRFITVMKFRPLTWQTSHPYILADRMEDLTNPEDIRTNIKCDRKVSLYGYLRGAHLKNKSQIHMPGVGDFAVSDISFLPDPCALPEQQKKRCLNEKEKLVYAPLSGVGGVLYDKDAVYVDLGGSHV----FQDEVGPTH----------ELVQSLISTHSTIDAKMASSRVTLFSDSKPLGSEDIDN 408
BLAST of XGF201610.1 vs. ExPASy Swiss-Prot
Match: AGAP9_HUMAN (Arf-GAP with GTPase, ANK repeat and PH domain-containing protein 9 OS=Homo sapiens OX=9606 GN=AGAP9 PE=3 SV=2) HSP 1 Score: 138.658 bits (348), Expect = 3.734e-32 Identity = 62/90 (68.89%), Postives = 70/90 (77.78%), Query Frame = 0 Query: 126 GKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYH 215
GKKRRL +EC DIN MID AK+ADL L+LIDAS GFEME FEFLN+ Q HG PK +GVLTHLD FK K+L+K K+ LKHRFWTE Y
Sbjct: 18 GKKRRLTIIECGCDINMMIDLAKVADLVLMLIDASFGFEMEMFEFLNICQAHGFPKILGVLTHLDSFKHNKQLKKTKKRLKHRFWTEVYQ 107
BLAST of XGF201610.1 vs. ExPASy Swiss-Prot
Match: TSR1_MOUSE (Pre-rRNA-processing protein TSR1 homolog OS=Mus musculus OX=10090 GN=Tsr1 PE=1 SV=1) HSP 1 Score: 91.6633 bits (226), Expect = 2.151e-17 Identity = 66/285 (23.16%), Postives = 131/285 (45.96%), Query Frame = 0 Query: 689 PNEIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNP 973
P + + Q + + RK++ E+ E EG G Y+ + + DVP +VEYF P++ + EQ + + + + R+ + + +K+++ +I G+RRF+ P+++ + +H+ ++ + T + P+ V+ + N S + AT + + + + K++ L G+P KIF K A+++ MF + +V + E+RT G RG + KE +G G +C+F+ ++ D V M + V Y+P
Sbjct: 520 PRDYARIFQFQNFVNTRKRI-------FKEIEEKEAEGAEVGWYVTLHVSDVPVSVVEYFRQGAPLIAFSLLPYEQKMSVLNMVVSRNPG-NTEPVKAKEELIFHCGFRRFRASPLFSQHTAADKHKFQRFLTADAAFVVTVFAPITFPPASVLLFKQRRNGMHS--LIATGHLFSVDPDRMVIKRVVLSGHPFKIFTKMAVVRYMFFNREDVMWFKPVELRTKWGRRGHI----KEPLGTH----------GHMKCSFDGKLKSQDTVLMNLYKRVFPKWTYDP 780 HSP 2 Score: 59.6918 bits (143), Expect = 1.328e-7 Identity = 49/189 (25.93%), Postives = 84/189 (44.44%), Query Frame = 0 Query: 137 PNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKL---RKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPL 322
P D++ ++D AK+AD L L+D G++ L+ + GLP + + L F KK++ +K+ + ++ RF + KL L T+ + L + ++ K L +R Y+ D P E + + I GY+RG L + +HI G GD+ + + DP PL
Sbjct: 140 PGDLHTLLDMAKVADTILFLLDPLEGWDSTGDYCLSCLFAQGLPTYTLAVQGLSGFPPKKQIDARKKLSKMVEKRFPED-----KLLLLD-------TQQESGMLLRQLANQKQRHLAFRDRRAYLFA-HVADFVPSEESDLVG----TLKISGYVRGRTLNVNSLLHIVGHGDFQMNQIDAPVDPFPL 311
BLAST of XGF201610.1 vs. ExPASy Swiss-Prot
Match: TSR1_XENLA (Pre-rRNA-processing protein TSR1 homolog OS=Xenopus laevis OX=8355 GN=tsr1 PE=2 SV=1) HSP 1 Score: 90.5077 bits (223), Expect = 5.353e-17 Identity = 59/235 (25.11%), Postives = 114/235 (48.51%), Query Frame = 0 Query: 725 EGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFM 959
EG G Y+ + I VP ++E+F P+++ + EQ + M + ++RH + + +K+++ +I G+RRF+ P+++ + +H+ ++ + T + P+ V+ + N + AT +L N + + K+I L G+P KI K+TA+++ MF + +V + E+RT G RG + KE +G G +C F+ ++ D V M
Sbjct: 561 EGAMVGWYVTVHISAVPVSVMEHFKHGLPLVLCSLLPHEQKMSVMNMLVRRHPG-NNEPIKAKEELIFHCGFRRFRASPLFSQHSSADKHKSERFLRSDTSVVVTVYAPITFPPASVLVFKQRYNGMQD--LVATGSLLNVNPDRIVIKRIVLSGHPFKIMKRTAVVRYMFFNREDVLWFKPVELRTKWGRRGHI----KEPLGTH----------GHMKCHFDGQLKSQDTVLM 778 HSP 2 Score: 68.1662 bits (165), Expect = 3.577e-10 Identity = 55/212 (25.94%), Postives = 103/212 (48.58%), Query Frame = 0 Query: 116 EVRGPVTVVSGK-KRRLQFVECP-NDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKL---RKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPL 322
+++G + +V K K+R F++ +D+ ++D AK+AD L L+D G++ L+ + GLP ++ + ++ KK+ +++ + +++RF AKLF+L T+ + L + IS K L +R+ Y++ R D P + + + + GY+RG L VHI G GD+ ++ + DP PL
Sbjct: 122 QIKGLLALVCPKVKQRWCFIQANRDDLCSLLDLAKVADTLLFLLDPQEGWDSYGDYCLSCLFAQGLPSYVLAVQGMNYIPIKKRADIKKQLSKVIENRF-----TDAKLFQLD-------TEQEAAVLIRQISTQKQRHLAFRSRRSYMLAQR-ADFQPTDESGLVG----TLKLSGYVRGQELNVNRLVHIVGHGDFHMSQIDAPPDPYPL 316
BLAST of XGF201610.1 vs. ExPASy Swiss-Prot
Match: TSR1_DROME (Pre-rRNA-processing protein TSR1 homolog OS=Drosophila melanogaster OX=7227 GN=Tsr1 PE=1 SV=1) HSP 1 Score: 78.1814 bits (191), Expect = 2.781e-13 Identity = 62/243 (25.51%), Postives = 112/243 (46.09%), Query Frame = 0 Query: 723 ELEGFRTGTYLRMEIHDVP------FEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFM 959
E EG G Y+ + + +VP F+ + D ++V G+ E + M V L+R + LKS++ +I+ G+RRF P+Y+ +H+ +Y + ATF+ P+ V+A + N ++ + A +L N + + K++ L G+P +I +K+A I+ MF +V + ++RT G G + KE +G G +C F+ ++ D FM
Sbjct: 551 EFEGVLPGLYVTLYVINVPESRWNAFKSAQLMDN---IIVYGMLPHEHQMCVMNVVLQRMPD-SEVPLKSKEQLIIQCGYRRFVVNPIYSQHTNGDKHKFERYFRPYETVCATFYAPIQFPPAPVLAFK--VNPDSTLALVARGRLLSCNPDRIVLKRVVLSGHPMRINRKSASIRYMFFYKEDVEYFKPVKLRTKCGRLGHI----KESLGTH----------GHMKCYFDGQLRSYDTAFM 773
BLAST of XGF201610.1 vs. ExPASy Swiss-Prot
Match: TSR1_HUMAN (Pre-rRNA-processing protein TSR1 homolog OS=Homo sapiens OX=9606 GN=TSR1 PE=1 SV=1) HSP 1 Score: 76.2554 bits (186), Expect = 1.348e-12 Identity = 60/248 (24.19%), Postives = 121/248 (48.79%), Query Frame = 0 Query: 726 GFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNP 973
G G Y+ + + +VP +VE F P++ + EQ + + + ++R + + +K+++ +I G+RRF+ P+++ + +H++ ++ M +AT + P+ V+ + SN S + AT ++ + + + K++ L G+P KIF K A+++ MF + +V + E+RT G RG + KE +G G +C+F+ ++ D V M + V Y+P
Sbjct: 551 GAEVGWYVTLHVSEVPVSVVECFRQGTPLIAFSLLPHEQKMSVLNMVVRRDPG-NTEPVKAKEELIFHCGFRRFRASPLFSQHTAADKHKLQRFLTADMALVATVYAPITFPPASVLLFKQKSNGMHS--LIATGHLMSVDPDRMVIKRVVLSGHPFKIFTKMAVVRYMFFNREDVLWFKPVELRTKWGRRGHI----KEPLGTH----------GHMKCSFDGKLKSQDTVLMNLYKRVFPKWTYDP 781
BLAST of XGF201610.1 vs. ExPASy Swiss-Prot
Match: TSR1_PONAB (Pre-rRNA-processing protein TSR1 homolog OS=Pongo abelii OX=9601 GN=TSR1 PE=2 SV=1) HSP 1 Score: 75.485 bits (184), Expect = 2.083e-12 Identity = 59/248 (23.79%), Postives = 120/248 (48.39%), Query Frame = 0 Query: 726 GFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNP 973
G G Y+ + + +VP +VE F P++ + EQ + + + ++R + + +K+++ +I G+RRF+ P+++ + +H++ ++ M +AT + P+ V+ + SN S + AT ++ + + + K++ L G+P K+F K A+++ MF + +V + E+RT G RG + KE +G G +C+F ++ D V M + V Y+P
Sbjct: 552 GAEVGCYVTLHVSEVPVSVVECFRQGTPLIAFSLLPHEQKMSVLNMVVRRDPG-NTEPVKAKEELIFHCGFRRFRASPLFSQHTAADKHKLQRFLTADMALVATVYAPITFPPASVLLFKQKSNGMHS--LIATGHLMSVDPDRMVIKRVVLSGHPLKMFTKMAVVRYMFFNREDVLWFKPVELRTKWGRRGHI----KEPLGTH----------GHMKCSFNGKLKSQDTVLMNLYKRVFPKWTYDP 782
BLAST of XGF201610.1 vs. ExPASy Swiss-Prot
Match: TSR1_SCHPO (Ribosome biogenesis protein tsr1 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=tsr1 PE=3 SV=1) HSP 1 Score: 73.9442 bits (180), Expect = 5.893e-12 Identity = 58/240 (24.17%), Postives = 110/240 (45.83%), Query Frame = 0 Query: 728 RTGTYLRMEIHDVPFEMVEYFD-PCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRML----KYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGW 962
+ G + +E+ +VP E+ EY++ P + +++ + E + Q +H + + + +S++ +++ IG RRF P+Y+ SG L +Y P +A+ P+ ++ + S+N S R+AAT + + I K+ L G+P K+ KK I+ MF + +V + ++ T G G + KE +G G + TF +I + D V M +
Sbjct: 543 KPGKAVYVELRNVPIEIFEYYNKPWNLLVLYSLLQYENKLTVSQFTAMQHSEYEEPI-ESKEELLLQIGPRRFMVRPLYSDPTASGASNNLQKYHRYLPPKQAVIASVISPIVFGNVPIIMFKKSSDN--SLRLAATGSYVNCDTNSVIAKRAVLTGHPFKVHKKLVTIRYMFFNPEDVIWFKPIQLFTKQGRTGYI----KEPLGTH----------GYFKATFNGKITVQDTVAMSLY 765
BLAST of XGF201610.1 vs. Araport11
Match: | (Symbols: no symbol available | no full name available | chr1:2060615-2067281 REVERSE LENGTH=1175) HSP 1 Score: 1270.76 bits (3287), Expect = 0.000e+0 Identity = 701/1180 (59.41%), Postives = 849/1180 (71.95%), Query Frame = 0 Query: 15 HKAHRTRQSGSSAKKTTESDRSKR----DKKKPNPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSNCRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNNAKDM---------------DDDTKYTHDKQYQTEEATADGLSEKRVAV-----------EMDDSKCSDEDADIKRGEILKSVSDSDEDSFVEGVEFNDGQHFRKAIFGYGVDSGDR----------------------KLVYGKSTSTSETSSKEVQDSIEGEESDEDEFFKPKVEGNK-LREGLDSGIVNTDDCSKIKSYGDLKSWKQEEVYESIRDRFVTGDWSKAAQR--NQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDNSGCEGIENEDESA-VEERRLKKLSLRAKFDEEMN-----EKDGAKFHCGQP----NEIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNPLTTALQPCDKIWQGMKTVAELRREHNLSIPVNKDSLYKPIGRTPRKFNPLVIPKSLQAALPFESKPKDIPGRKRPLLENRRAVVMEPHERKVHVLFQQLQLIRNEKMKKRKLKQQHRKKEIEAERAKDEQLTRKRQREERRERYREQDKLMKKIRR 1129
H++HRT +SG +A+K +E D+ KR DK+K N KAFG S V AK+++ A+EKEQ+RLH+P IDR+YGE PP+VVVVQGPP VGKSL+IK L+K +TK VPEVRGP+T+V GK+RR QFVECPNDIN M+DCAK+ADLALL++D S+GFEMETFEFLN+MQ HG P+ MGVLTHLDKF D KKLRK K HLKHRFWTE YHGAKLF LSGLIHG+YT ++ NL +F+ VIK L WRT+HPYV+VDR EDVTPPE++ M+ KC+RNIT++GYLRGCN KK KVHIAGVGD+ +AGVT L DPCPLPSA KKKGLR+++KLFYAPMSG+GDL+YDKDAVYININ H VQ+S DD G+ +GK +D GE LVKSLQNTKYS+DEKL+K+FI+ F +K + SS+ A+D DD+ ++ +E G +R A+ E DD + D D E ++SD++ +G + + Y +D D ++VYG S S + E D + +ESD+++FFKPK E +K L GLD G VN++DCSK +YG LK+WK++EV ESIRDRF TGDWSKAA R N + G+ EDD+ +YGD+EDLETGEK + SG ENEDE A V ERRLKKL+ RAKFD E N E D K P +E G D++KE E KQ N E NDLDE TR+EL GFRTGTYLR+EIH+VP+EMVE+FDPCHP+LVGGIG GE NVGYMQ RLK+HRW HKKVLK+RDPIIVSIGWRR+QTIPV+AIEDR+GRHRMLKYTPEHMHCLA+FWGPL P TG VA QNLSNNQA FRI AT+VVLEFNH+ +I KKIKLVG PCKI KKTA IKDMFTSDLE+A+ EG VRTVSGIRGQVKKA K + N+ + EGIARCTFED+I MSD+VF+ W VE+P+FYNPLTTALQP DK W GMKT ELRRE N+ IPVNKDSLYK I R +KFNPL IPK L+ LPF SKPK+IP RKRP LE++RAV+MEP ERK H + QQ QL+++ MKK+K Q ++KE EAE+AK+E++ +KR+REERR+RYRE+DK KK RR
Sbjct: 10 HRSHRTPKSGPTARKKSELDKKKRGISVDKQK-NLKAFGVKSVVHAKKAKHHAAEKEQKRLHLPKIDRNYGEAPPFVVVVQGPPGVGKSLVIKSLVKEFTKQNVPEVRGPITIVQGKQRRFQFVECPNDINAMVDCAKVADLALLVVDGSYGFEMETFEFLNIMQVHGFPRVMGVLTHLDKFNDVKKLRKTKHHLKHRFWTEIYHGAKLFYLSGLIHGKYTPREVHNLARFVIVIKPQPLTWRTAHPYVLVDRLEDVTPPEKVQMDKKCDRNITVFGYLRGCNFKKRMKVHIAGVGDFIVAGVTALTDPCPLPSAGKKKGLRDRDKLFYAPMSGIGDLVYDKDAVYININSHQVQYSKTDDGKGEPTNKGKGRDVGEDLVKSLQNTKYSVDEKLDKTFINFFGKKTSASSETKLKAEDAYHSLPEGSDSESQSGDDEEDIVGNESEMKQETEIHGGRLRRKAIFKTDLNEDDFEEADDLELDSYDPDTYDFEEADD-AESDDNEVEDGGDDSASDSADGEPGDYQIDDKDSGNISQWKAPLKEIARKKNPNLMQIVYGAS-SLATPLINENHDISDDDESDDEDFFKPKGEQHKNLGGGLDVGYVNSEDCSKFVNYGYLKNWKEKEVCESIRDRFTTGDWSKAALRDKNLGTGGEGEDDE----LYGDFEDLETGEKHKSHENLESGAN--ENEDEDAEVVERRLKKLARRAKFDAESNKSELEEDDNDKGDGNNPRSQADEPGYADKLKEAQEITKQRNELEYNDLDEETRIELAGFRTGTYLRLEIHNVPYEMVEFFDPCHPILVGGIGFGEDNVGYMQARLKKHRW-HKKVLKTRDPIIVSIGWRRYQTIPVFAIEDRNGRHRMLKYTPEHMHCLASFWGPLVPPNTGFVAFQNLSNNQAGFRITATSVVLEFNHQARIVKKIKLVGTPCKIKKKTAFIKDMFTSDLEIARFEGSSVRTVSGIRGQVKKAGKNMLDNKAE-------EGIARCTFEDQIHMSDMVFLRAWTTVEVPQFYNPLTTALQPRDKTWNGMKTFGELRRELNIPIPVNKDSLYKAIERKQKKFNPLQIPKRLEKDLPFMSKPKNIPKRKRPSLEDKRAVIMEPKERKEHTIIQQFQLLQHHTMKKKKATDQKKRKEYEAEKAKNEEINKKRRREERRDRYREEDKQKKKTRR 1172
BLAST of XGF201610.1 vs. Araport11
Match: | (Symbols: no symbol available | no full name available | chr1:2060615-2067281 REVERSE LENGTH=1147) HSP 1 Score: 1248.03 bits (3228), Expect = 0.000e+0 Identity = 687/1170 (58.72%), Postives = 836/1170 (71.45%), Query Frame = 0 Query: 15 HKAHRTRQSGSSAKKTTESDRSKR----DKKKPNPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSNCRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNNAKDM---------------DDDTKYTHDKQYQTEEATADGLSEKRVAV-----------EMDDSKCSDEDADIKRGEILKSVSDSDEDSFVEGVEFNDGQHFRKAIFGYGVDSGDR----------------------KLVYGKSTSTSETSSKEVQDSIEGEESDEDEFFKPKVEGNK-LREGLDSGIVNTDDCSKIKSYGDLKSWKQEEVYESIRDRFVTGDWSKAAQR--NQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDNSGCEGIENEDESAVEERRLKKLSLRAKFDEEMNEKDGAKFHCGQPNEIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFMCGWADVEIPRFYNPLTTALQPCDKIWQGMKTVAELRREHNLSIPVNKDSLYKPIGRTPRKFNPLVIPKSLQAALPFESKPKDIPGRKRPLLENRRAVVMEPHERKVHVLFQQLQLIRNEKMKKRKLKQQHRKKEIEAERAKDEQLTRKRQREERRERYREQDKLMKKIRR 1129
H++HRT +SG +A+K +E D+ KR DK+K N KAFG S V AK+++ A+EKEQ+RLH+P IDR+YGE PP+VVVVQGPP VGKSL+IK L+K +TK VPEVRGP+T+V GK+RR QFVECPNDIN M+DCAK+ADLALL++D S+GFEMETFEFLN+MQ HG P+ MGVLTHLDKF D KKLRK K HLKHRFWTE YHGAKLF LSGLIHG+YT ++ NL +F+ VIK L WRT+HPYV+VDR EDVTPPE++ M+ KC+RNIT++GYLRGCN KK KVHIAGVGD+ +AGVT L DPCPLPSA KKKGLR+++KLFYAPMSG+GDL+YDKDAVYININ H VQ+S DD G+ +GK +D GE LVKSLQNTKYS+DEKL+K+FI+ F +K + SS+ A+D DD+ ++ +E G +R A+ E DD + D D E ++SD++ +G + + Y +D D ++VYG S S + E D + +ESD+++FFKPK E +K L GLD G VN++DCSK +YG LK+WK++EV ESIRDRF TGDWSKAA R N + G+ EDD+ +YGD+EDLETGEK + SG ENEDE D E+ E+DG Q +E G D++KE E KQ N E NDLDE TR+EL GFRTGTYLR+EIH+VP+EMVE+FDPCHP+LVGGIG GE NVGYMQ RLK+HRW HKKVLK+RDPIIVSIGWRR+QTIPV+AIEDR+GRHRMLKYTPEHMHCLA+FWGPL P TG VA QNLSNNQA FRI AT+VVLEFNH+ +I KKIKLVG PCKI KKTA IKDMFTSDLE+A+ EG VRTVSGIRGQVKKA K + N+ + EGIARCTFED+I MSD+VF+ W VE+P+FYNPLTTALQP DK W GMKT ELRRE N+ IPVNKDSLYK I R +KFNPL IPK L+ LPF SKPK+IP RKRP LE++RAV+MEP ERK H + QQ QL+++ MKK+K Q ++KE EAE+AK+E++ +KR+REERR+RYRE+DK KK RR
Sbjct: 10 HRSHRTPKSGPTARKKSELDKKKRGISVDKQK-NLKAFGVKSVVHAKKAKHHAAEKEQKRLHLPKIDRNYGEAPPFVVVVQGPPGVGKSLVIKSLVKEFTKQNVPEVRGPITIVQGKQRRFQFVECPNDINAMVDCAKVADLALLVVDGSYGFEMETFEFLNIMQVHGFPRVMGVLTHLDKFNDVKKLRKTKHHLKHRFWTEIYHGAKLFYLSGLIHGKYTPREVHNLARFVIVIKPQPLTWRTAHPYVLVDRLEDVTPPEKVQMDKKCDRNITVFGYLRGCNFKKRMKVHIAGVGDFIVAGVTALTDPCPLPSAGKKKGLRDRDKLFYAPMSGIGDLVYDKDAVYININSHQVQYSKTDDGKGEPTNKGKGRDVGEDLVKSLQNTKYSVDEKLDKTFINFFGKKTSASSETKLKAEDAYHSLPEGSDSESQSGDDEEDIVGNESEMKQETEIHGGRLRRKAIFKTDLNEDDFEEADDLELDSYDPDTYDFEEADD-AESDDNEVEDGGDDSASDSADGEPGDYQIDDKDSGNISQWKAPLKEIARKKNPNLMQIVYGAS-SLATPLINENHDISDDDESDDEDFFKPKGEQHKNLGGGLDVGYVNSEDCSKFVNYGYLKNWKEKEVCESIRDRFTTGDWSKAALRDKNLGTGGEGEDDE----LYGDFEDLETGEKHKSHENLESGAN--ENEDE-----------------DAEVVERDGNNPRS-QADEPGYADKLKEAQEITKQRNELEYNDLDEETRIELAGFRTGTYLRLEIHNVPYEMVEFFDPCHPILVGGIGFGEDNVGYMQARLKKHRW-HKKVLKTRDPIIVSIGWRRYQTIPVFAIEDRNGRHRMLKYTPEHMHCLASFWGPLVPPNTGFVAFQNLSNNQAGFRITATSVVLEFNHQARIVKKIKLVGTPCKIKKKTAFIKDMFTSDLEIARFEGSSVRTVSGIRGQVKKAGKNMLDNKAE-------EGIARCTFEDQIHMSDMVFLRAWTTVEVPQFYNPLTTALQPRDKTWNGMKTFGELRRELNIPIPVNKDSLYKAIERKQKKFNPLQIPKRLEKDLPFMSKPKNIPKRKRPSLEDKRAVIMEPKERKEHTIIQQFQLLQHHTMKKKKATDQKKRKEYEAEKAKNEEINKKRRREERRDRYREEDKQKKKTRR 1144
BLAST of XGF201610.1 vs. Araport11
Match: | (Symbols: no symbol available | no full name available | chr1:2061837-2067281 REVERSE LENGTH=932) HSP 1 Score: 942.569 bits (2435), Expect = 0.000e+0 Identity = 521/914 (57.00%), Postives = 636/914 (69.58%), Query Frame = 0 Query: 15 HKAHRTRQSGSSAKKTTESDRSKR----DKKKPNPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYGEPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPVTVVSGKKRRLQFVECPNDINGMIDCAKIADLALLLIDASHGFEMETFEFLNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPLPSAAKKKGLRNKEKLFYAPMSGLGDLLYDKDAVYININDHFVQFSNMDDENGKSNCRGKAQDFGETLVKSLQNTKYSIDEKLEKSFISVFSQKPNISSDATNNAKDM---------------DDDTKYTHDKQYQTEEATADGLSEKRVAV-----------EMDDSKCSDEDADIKRGEILKSVSDSDEDSFVEGVEFNDGQHFRKAIFGYGVDSGDR----------------------KLVYGKSTSTSETSSKEVQDSIEGEESDEDEFFKPKVEGNK-LREGLDSGIVNTDDCSKIKSYGDLKSWKQEEVYESIRDRFVTGDWSKAAQR--NQVSKGKSEDDDSDDAVYGDYEDLETGEKQEGQRKDNSGCEGIENEDESA-VEERRLKKLSLRAKFDEEMN-----EKDGAKFHCGQP----NEIGLVDQMKEEIEFRKQMNIAELNDLDEVTRLELEGFRTGTYLRMEIHDVPFEMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIEDRSGRHRMLKYTPEHMHCLATFWGPLAPTQTGVVAVQNLSNNQASFRIAATAVVL 863
H++HRT +SG +A+K +E D+ KR DK+K N KAFG S V AK+++ A+EKEQ+RLH+P IDR+YGE PP+VVVVQGPP VGKSL+IK L+K +TK VPEVRGP+T+V GK+RR QFVECPNDIN M+DCAK+ADLALL++D S+GFEMETFEFLN+MQ HG P+ MGVLTHLDKF D KKLRK K HLKHRFWTE YHGAKLF LSGLIHG+YT ++ NL +F+ VIK L WRT+HPYV+VDR EDVTPPE++ M+ KC+RNIT++GYLRGCN KK KVHIAGVGD+ +AGVT L DPCPLPSA KKKGLR+++KLFYAPMSG+GDL+YDKDAVYININ H VQ+S DD G+ +GK +D GE LVKSLQNTKYS+DEKL+K+FI+ F +K + SS+ A+D DD+ ++ +E G +R A+ E DD + D D E ++SD++ +G + + Y +D D ++VYG S S + E D + +ESD+++FFKPK E +K L GLD G VN++DCSK +YG LK+WK++EV ESIRDRF TGDWSKAA R N + G+ EDD+ +YGD+EDLETGEK + SG ENEDE A V ERRLKKL+ RAKFD E N E D K P +E G D++KE E KQ N E NDLDE TR+EL GFRTGTYLR+EIH+VP+EMVE+FDPCHP+LVGGIG GE NVGYMQ RLK+HR WHKKVLK+RDPIIVSIGWRR+QTIPV+AIEDR+GRHRMLKYTPEHMHCLA+FWGPL P TG VA QNLSNNQ I+ + L
Sbjct: 10 HRSHRTPKSGPTARKKSELDKKKRGISVDKQK-NLKAFGVKSVVHAKKAKHHAAEKEQKRLHLPKIDRNYGEAPPFVVVVQGPPGVGKSLVIKSLVKEFTKQNVPEVRGPITIVQGKQRRFQFVECPNDINAMVDCAKVADLALLVVDGSYGFEMETFEFLNIMQVHGFPRVMGVLTHLDKFNDVKKLRKTKHHLKHRFWTEIYHGAKLFYLSGLIHGKYTPREVHNLARFVIVIKPQPLTWRTAHPYVLVDRLEDVTPPEKVQMDKKCDRNITVFGYLRGCNFKKRMKVHIAGVGDFIVAGVTALTDPCPLPSAGKKKGLRDRDKLFYAPMSGIGDLVYDKDAVYININSHQVQYSKTDDGKGEPTNKGKGRDVGEDLVKSLQNTKYSVDEKLDKTFINFFGKKTSASSETKLKAEDAYHSLPEGSDSESQSGDDEEDIVGNESEMKQETEIHGGRLRRKAIFKTDLNEDDFEEADDLELDSYDPDTYDFEEADD-AESDDNEVEDGGDDSASDSADGEPGDYQIDDKDSGNISQWKAPLKEIARKKNPNLMQIVYGAS-SLATPLINENHDISDDDESDDEDFFKPKGEQHKNLGGGLDVGYVNSEDCSKFVNYGYLKNWKEKEVCESIRDRFTTGDWSKAALRDKNLGTGGEGEDDE----LYGDFEDLETGEKHKSHENLESGAN--ENEDEDAEVVERRLKKLARRAKFDAESNKSELEEDDNDKGDGNNPRSQADEPGYADKLKEAQEITKQRNELEYNDLDEETRIELAGFRTGTYLRLEIHNVPYEMVEFFDPCHPILVGGIGFGEDNVGYMQARLKKHR-WHKKVLKTRDPIIVSIGWRRYQTIPVFAIEDRNGRHRMLKYTPEHMHCLASFWGPLVPPNTGFVAFQNLSNNQDLAHISVHSAPL 913
BLAST of XGF201610.1 vs. Araport11
Match: | (Symbols: no symbol available | no full name available | chr1:15895528-15899939 REVERSE LENGTH=793) HSP 1 Score: 75.0998 bits (183), Expect = 2.970e-13 Identity = 59/237 (24.89%), Postives = 112/237 (47.26%), Query Frame = 0 Query: 730 GTYLRMEIHDVPF----EMVEYFDPCHPVLVGGIGLGEQNVGYMQVRLKRHRWWHKKVLKSRDPIIVSIGWRRFQTIPVYAIED-RSGRHRMLKYTPEHMHCLATFWGPLA--PTQTGVVAVQNLSNNQASFRIAATAVVLEFNHEVKIKKKIKLVGYPCKIFKKTALIKDMFTSDLEVAQCEGKEVRTVSGIRGQVKKAAKEEIGNQPKRKGGQPREGIARCTFEDRILMSDIVFM 959
G+Y+R+ I +VP ++ + P++ G+ E + + +K++ + + K+++ ++ +G+R+F PV+A ++ S +H+M ++ LA+ +GP++ P V+ + S+ A IAA + I KKI L GYP ++ K A ++ MF + +V + EV + G RG+V KE +G G +C F + D+V M
Sbjct: 556 GSYVRLHIKEVPLGAASKLSSLVNTTKPIIGFGLLQHESKMSVLHFSVKKYDGYEAPI-KTKEELMFHVGFRQFIARPVFATDNFSSDKHKMERFLHPGCFSLASIYGPISFPPLPLVVLKISEGSDPPA---IAALGSLKSVEPNKIILKKIILTGYPQRVSKMKASVRYMFHNPEDVKWFKPVEVWSKCGRRGRV----KEPVGTH----------GAMKCIFNGVVQQHDVVCM 774 HSP 2 Score: 67.0106 bits (162), Expect = 9.287e-11 Identity = 81/327 (24.77%), Postives = 137/327 (41.90%), Query Frame = 0 Query: 13 QQHKAHRTRQSGSSAK---KTTESDRSKRDKKKPNPKAFGFSSSVKAKRSQMRASEKEQRRLHIPTIDRSYG--EPPPYVVVVQGPPQVGKSLLIKCLIKHYTKHKVPEVRGPV--TVVSGK-KRRLQFVECPN-DINGMIDCAKIADLALLLIDASHGFEMETFEF--------LNLMQNHGLPKFMGVLTHLDKFKDKKKLRKMKQHLKHRFWTETYHGAKLFKLSGLIHGQYTKTDICNLTKFISVIKFPSLHWRTSHPYVVVDRFEDVTPPERLHMNNKCERNITIYGYLRGCNLKKGTKVHIAGVGDYSLAGVTGLADPCPL 322
Q +KAH+TR S S++ +T D + K N + KA R Q +EQ+R + R+ G P V+V+ + S+ + L + K + G TV S + K R ++ P+ D+ ++ AK+ADL + AS +E + F L++ ++ GLP ++ L D KK +MK+ + +E K + T+ ++ + HWR+ Y+V + + E + KC + + GYLR L VH++GVGD+ + + L DP PL
Sbjct: 7 QVNKAHKTRFSSKSSRNLHRTNLQDSGRIGKSDSN-----YVKGAKAARVQRGKMLREQKRAAVLKEKRASGGINSAPRVIVLF---PLSASVELNSLGEDVLKLLSSDGSGIASSTVASSEYKLRATVLKAPHGDLLTCMEMAKVADLMAFVASASAPWEENSSNFIDSFGSQCLSVFRSIGLPSTTVLIRDLPS--DVKKKNEMKKMCASQLASEFPEDCKFYPAD-------TRDELHKFMWLFKAQRLTVPHWRSQRSYIVARKAGMLVDDES---SGKC--TLLLSGYLRARKLSVNQLVHVSGVGDFQFSKIEVLKDPFPL 311 The following BLAST results are available for this feature:
BLAST of XGF201610.1 vs. ExPASy TrEMBL
Analysis Date: 2024-01-31 (Blastp of Citrus maxima cv. XGF v1.0 proteins vs UniProt TrEMBL) Total hits: 10 Position : 0 Zoom : x 1
BLAST of XGF201610.1 vs. ExPASy Swiss-Prot
Analysis Date: 2024-01-31 (Blastp of Citrus maxima cv. XGF v1.0 proteins vs UniProt Swissprot) Total hits: 10 Position : 0 Zoom : x 1
BLAST of XGF201610.1 vs. Araport11
Analysis Date: 2024-01-31 (Blastp of Citrus maxima cv. XGF v1.0 proteins vs Araport11) Total hits: 4 Position : 0 Zoom : x 1
InterPro
Analysis Name: InterProScan Analysis for Citrus maxima cv. XGF v1.0 proteins
Date Performed: 2024-01-31 Position : 0 Zoom : x 1
Sequences
The
following sequences are available for this feature:
mRNA sequence >XGF201610.1-XGF_v1 ID=XGF201610.1-XGF_v1; Name=XGF201610.1; organism=Citrus maxima; type=mRNA; length=3627bpback to top protein sequence of XGF201610.1-XGF_v1 >XGF201610.1-XGF_v1 ID=XGF201610.1-XGF_v1; Name=XGF201610.1-XGF_v1; organism=Citrus maxima; type=polypeptide; length=1209bpback to top mRNA from alignment at utg288:516402..527749+ Legend: exonCDSpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below.> ID=; Name=; organism= ; type=; length=11348bp; location=Sequence derived from: utg288:516402..527749+ (Citrus maximaback to top Coding sequence (CDS) from alignment at utg288:516402..527749+ >XGF201610.1-XGF_v1 ID=XGF201610.1-XGF_v1; Name=XGF201610.1; organism=Citrus maxima; type=CDS; length=3627bp; location=Sequence derived from: utg288:516402..527749+ (Citrus maximaback to top Annotated Terms
The
following terms have been associated with
this mRNA:
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