mRNA_P-littoralis_Contig119.47.4 (mRNA) Pylaiella littoralis U1_48

You are viewing an mRNA, more information available on the corresponding polypeptide page

Overview
NamemRNA_P-littoralis_Contig119.47.4
Unique NamemRNA_P-littoralis_Contig119.47.4
TypemRNA
OrganismPylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))
Homology
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BLAST of mRNA_P-littoralis_Contig119.47.4 vs. uniprot
Match: A0A6H5KYW9_9PHAE (CULLIN_2 domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5KYW9_9PHAE)

HSP 1 Score: 1412 bits (3655), Expect = 0.000e+0
Identity = 705/745 (94.63%), Postives = 725/745 (97.32%), Query Frame = 3 
Query:  402 SRDAQRIISLEDGWCNNIKPNAINVLEDHLNRGFDKKTSRLFTPKDFMSTYTTCYDMCTQRSPYNWSEQLYDRHGETISQYLSGTVVNALREQHGEFLLKELVRRWSNHKIMNQWMQKFFQYLDRYYVKHHSLPSLSEAGLKHFKKLVYDVVKTTVVNAMLDVINMEREGTIIDRPLIGSCVELFESMGMGTLDSYVADLEEALLSNTKDHYARKSQEWIETDSTPDYMIKAENALEAEKLRVANYLNPSTEAKLLRVCDDEMLEKREKILLEKEGSGCKVLLANDKSDDLSRMYRLFNRLPKGLEPMAEIIKDHITEMGTAIIKRREAKIEGGEKDTNQDPTFVKELLALHDKYMAVVNDQFAGNSLLQKALKEAFVEFVNRDVGKFKNADLMCSFCDRILKTGGEKLGDAEVEEYLAKVVQLFSYLTDKDLFAEIYRNQLARRLLNSRSASDDMERLMIGKLKLKCGSQFTSKMEGMMNDLAIGGDHEAAFSKYLKDGQGSGMIDVDKIDFNVQVLTTGYWPAYKPMEVTLPSTMRKCTDVFQKYYDETTTHRRLGWSHTLGTATIRAKYSKPYDLQITTLQACCLMVFSEETSTLVLGEVSQRLHLPDDTVKRILHSLSCGKYKVLKREGEGGSIKATDKFAFNSSFSCPLRKLRIPMASLEESHNPKRVEEDRGIAIEAAIVRIMKARKTIGHPQLVAEVLSQLSFFRPNPKVIKARIHGLIEREYLERDTNQANHYSYLA 2636
            +R+AQ+II+LEDGW NNIKPNAINVLEDHLNRGFDK+TS+LFTPKDFMSTYTTCYDMCTQRSPYNWSEQLYDRHGETISQYLSGTVVNALREQHGEFLLKELVRRWSNHKIMNQWMQKFFQYLDRYYVKHHSLPSL EAGLKHFK LVYDVVK+TVVNAMLDVIN EREGTIIDRPLIGSCVELFESMGMGTLDSYVADLEEALL+NTKDHYARKSQEWIETDSTPDYMIKAENALEAEKLRVANYLNPSTEAKLLRVCDDEMLEKREKILLEKEGSGCKVLLANDKSDDLSRMYRLFNRLPKGLEPMAEIIKDHITEMG  IIKRREAKIEGGEKDTNQDP FVKELLALHDKYMAVVNDQFAGNSLLQKALKEAFV+FVNRDVGKFKNADLMCSFCDRILKTGGEKLGDAEVEEYLAKVVQLFSYLTDKDLFAEIYRNQLARRLLNSRSASDDMERLMIGKLKLKCGSQFTSKMEGMMNDLAIGGDHEAAFS YLKDGQ +  IDV KIDFNVQVLTTGYWPAYKPMEVTLPSTM+KCT+VF+KYY ETT+ RRLGWSHTLG  TIRAKY K YDLQ+TTLQACCLMVFSEETS LVLGEVSQRLHLPDDTVKRILHSLSCGKYKVLKREG+GGSIKATDKFAFN+SF+CPLRKLRIPMASLEESHNPKRVEEDRGIAIEAAIVRIMKARKTIGHPQLVAEVLSQLSFFRPNPKVIKARIHGLIEREYLERD +QANHY+YLA
Sbjct:    2 AREAQKIITLEDGWFNNIKPNAINVLEDHLNRGFDKRTSQLFTPKDFMSTYTTCYDMCTQRSPYNWSEQLYDRHGETISQYLSGTVVNALREQHGEFLLKELVRRWSNHKIMNQWMQKFFQYLDRYYVKHHSLPSLKEAGLKHFKTLVYDVVKSTVVNAMLDVINKEREGTIIDRPLIGSCVELFESMGMGTLDSYVADLEEALLANTKDHYARKSQEWIETDSTPDYMIKAENALEAEKLRVANYLNPSTEAKLLRVCDDEMLEKREKILLEKEGSGCKVLLANDKSDDLSRMYRLFNRLPKGLEPMAEIIKDHITEMGNEIIKRREAKIEGGEKDTNQDPNFVKELLALHDKYMAVVNDQFAGNSLLQKALKEAFVDFVNRDVGKFKNADLMCSFCDRILKTGGEKLGDAEVEEYLAKVVQLFSYLTDKDLFAEIYRNQLARRLLNSRSASDDMERLMIGKLKLKCGSQFTSKMEGMMNDLAIGGDHEAAFSAYLKDGQETRKIDVAKIDFNVQVLTTGYWPAYKPMEVTLPSTMKKCTEVFKKYYSETTSKRRLGWSHTLGNVTIRAKYQKSYDLQVTTLQACCLMVFSEETSMLVLGEVSQRLHLPDDTVKRILHSLSCGKYKVLKREGQGGSIKATDKFAFNASFNCPLRKLRIPMASLEESHNPKRVEEDRGIAIEAAIVRIMKARKTIGHPQLVAEVLSQLSFFRPNPKVIKARIHGLIEREYLERDASQANHYNYLA 746
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BLAST of mRNA_P-littoralis_Contig119.47.4 vs. uniprot
Match: A0A835YLK2_9STRA (Cullin n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YLK2_9STRA)

HSP 1 Score: 1089 bits (2816), Expect = 0.000e+0
Identity = 544/742 (73.32%), Postives = 620/742 (83.56%), Query Frame = 3 
Query:  417 RIISLEDGWCNNIKPNAINVLEDHLNRGFDKKTSRLFTPKDFMSTYTTCYDMCTQRSPYNWSEQLYDRHGETISQYLSGTVVNALREQHGEFLLKELVRRWSNHKIMNQWMQKFFQYLDRYYVKHHSLPSLSEAGLKHFKKLVYDVVKTTVVNAMLDVINMEREGTIIDRPLIGSCVELFESMGMGTLDSYVADLEEALLSNTKDHYARKSQEWIETDSTPDYMIKAENALEAEKLRVANYLNPSTEAKLLRVCDDEMLEKREKILLEKEGSGCKVLLANDKSDDLSRMYRLFNRLPKGLEPMAEIIKDHITEMGTAIIKRREAKIEGGEKDTNQDPTFVKELLALHDKYMAVVNDQFAGNSLLQKALKEAFVEFVNRDVGKFKNADLMCSFCDRILKTGGEKLGDAEVEEYLAKVVQLFSYLTDKDLFAEIYRNQLARRLLNSRSASDDMERLMIGKLKLKCGSQFTSKMEGMMNDLAIGGDHEAAFSKYLKDGQGSGMIDVDKIDFNVQVLTTGYWPAYKPMEVTLPSTMRKCTDVFQKYYDETTTHRRLGWSHTLGTATIRAKY--SKPYDLQITTLQACCLMVFSEETSTLVLGEVSQRLHLPDDTVKRILHSLSCGKYKVLKREGEGGSIKATDKFAFNSSFSCPLRKLRIPMASLEESHNPKRVEEDRGIAIEAAIVRIMKARKTIGHPQLVAEVLSQLSFFRPNPKVIKARIHGLIEREYLERDTNQANHYSYLA 2636
            R+I LEDGW   IK  AI+ LE  LN GF+KKT++LF P+ ++  YTTCY+MCTQRSPYNWSE LY RHGE IS YL+GTVV ALR +HGEFLLKELVRRWSNHKIMN WM KFF YLDRYYVKHH+LP+LSEAGLKHFK LVYDVVK   V AMLDVIN EREG +IDRPL+G+CV+LFESMGMGTL++Y AD EEA+L NT+++YARKSQ+W+E DSTPDY+IKAE AL+ E+ RV +YLN +TE KLLRVCD EMLEK +  LLEKEGSGC+VLLANDKS+DLSRM+RLF+R+P+GL+PMA I+++HIT  G  +I RRE +IEGGEKD+NQDPT VKELLALHDKYMAVV +QF GNSLLQKALK+AFVEFVNRDVGKFKNADLM +FCDRILKTGGE+L + EVEEYL KVVQLFSYLTDKDLFAE+YR QLA+RLLN RSASDD ERLMIGKLKLKCGSQFTSKMEGMMNDLAIG DH A F  + K   G       K DFNVQVLTTGYWP+YKP++V LP+ M+KC  VF+ YYD+    RRL W H+LG  +++A Y   K YDLQ+TTLQAC LMVFS ET  L L  V+QRL++P++  KRILHSLSCGK+KVL REGEG +IK TDKF FN  F+CP+RK+RIPMASLEESHNPKRVEEDR IAIEAAIVRIMKARK +GH QLVAEVLSQLSFFRPNPKVIK RI  LIEREYLERD +  N Y YLA
Sbjct:   10 RVIYLEDGW-GEIKGKAIDELEKLLNTGFEKKTTKLFGPRQYVDIYTTCYNMCTQRSPYNWSEHLYQRHGEVISAYLTGTVVPALRNKHGEFLLKELVRRWSNHKIMNDWMMKFFMYLDRYYVKHHNLPTLSEAGLKHFKTLVYDVVKGNAVRAMLDVINSEREGAVIDRPLLGACVDLFESMGMGTLEAYTADFEEAMLDNTREYYARKSQQWVEGDSTPDYLIKAEAALDCERARVGHYLNAATEPKLLRVCDREMLEKHQTELLEKEGSGCRVLLANDKSEDLSRMFRLFSRIPQGLQPMANIVREHITAAGNDVIVRREERIEGGEKDSNQDPTVVKELLALHDKYMAVVTEQFGGNSLLQKALKDAFVEFVNRDVGKFKNADLMSNFCDRILKTGGERLSEGEVEEYLGKVVQLFSYLTDKDLFAEMYRQQLAKRLLNQRSASDDAERLMIGKLKLKCGSQFTSKMEGMMNDLAIGVDHAAEFETHYK---GRAPELGLKSDFNVQVLTTGYWPSYKPLDVALPADMQKCMQVFKDYYDQKHNKRRLAWMHSLGNVSVKATYPKGKTYDLQVTTLQACALMVFSTETEMLPLDAVTQRLNVPEEVCKRILHSLSCGKFKVLSREGEGATIKNTDKFGFNLKFTCPMRKIRIPMASLEESHNPKRVEEDRTIAIEAAIVRIMKARKALGHQQLVAEVLSQLSFFRPNPKVIKRRIEALIEREYLERDPDTPNTYRYLA 747
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BLAST of mRNA_P-littoralis_Contig119.47.4 vs. uniprot
Match: F0XVV7_AURAN (CULLIN_2 domain-containing protein n=1 Tax=Aureococcus anophagefferens TaxID=44056 RepID=F0XVV7_AURAN)

HSP 1 Score: 988 bits (2555), Expect = 0.000e+0
Identity = 487/745 (65.37%), Postives = 598/745 (80.27%), Query Frame = 3 
Query:  417 RIISLEDGWCNNIKPNAINVLEDHLNRGFDKKTSRLFTPKDFMSTYTTCYDMCTQRSPYNWSEQLYDRHGETISQYLSGTVVNALREQHGEFLLKELVRRWSNHKIMNQWMQKFFQYLDRYYVKHHSLPSLSEAGLKHFKKLVYDVVKTTVVNAMLDVINMEREGTIIDRPLIGSCVELFESMGMGTLDSYVADLEEALLSNTKDHYARKSQEWIETDSTPDYMIKAENALEAEKLRVANYLNPSTEAKLLRVCDDEMLEKREKILLEKEGSGCKVLLANDKSDDLSRMYRLFNRLPKGLEPMAEIIKDHITEMGTAIIKRREAKIEGGEKDTNQDPTFVKELLALHDKYMAVVNDQFAGNSLLQKALKEAFVEFVNRDVGKFKNADLMCSFCDRILKTGGEKLGDAEVEEYLAKVVQLFSYLTDKDLFAEIYRNQLARRLLNSRSASDDMERLMIGKLKLKCGSQFTSKMEGMMNDLAIGGDHEAAFSKYLKDGQGSGMIDVDKIDFNVQVLTTGYWPAYKPMEVTLPSTMRKCTDVFQKYYDETTTHRRLGWSHTLGTATIRAKYSKP-YDLQITTLQACCLMVFSEE----TSTLVLGEVSQRLHLPDDTVKRILHSLSCGKYKVLKREGEGGSIKATDKFAFNSSFSCPLRKLRIPMASLEESHNPKRVEEDRGIAIEAAIVRIMKARKTIGHPQLVAEVLSQLSFFRPNPKVIKARIHGLIEREYLERDTNQANHYSYLA 2636
            +II+LE+GW N IK  AI+VLE+ LN GFD+K+ RLF PK+++ TYTTCY+MCTQRSPYNWSEQLY RHGETI  YL+ TV+ ALR QH +FLL EL +RW+NHKIMN+WM+ FF YLDRYYVKHHSLP+L  AGLKHFK LVY+ VK  VVNAM+ +I+ ER+  +IDR L+ +CVEL E+MGMG+LD+YV D E+ LL +TK++YARKSQEW+ETD TP Y+ KAE AL+AEK RVA+YLN ++E KLLRVC+ E+LE RE +LLEKEGSGC+ LLANDK+ DLSRMYRLF+R+P GL PMA +++ HI  MG  +I RREA++E GEKD+NQDP FVKELLALHDKYMAVV+ QFAGN+L QKALKEAFVEF NRDVGKF NA+LM SFCDRILK+GGEKL D +VE YL K VQLFSYLTDKDLFAEIYRNQLA+RLLN RSASDD ERLMIGKLKL+CGSQFT KMEGM+NDLAIG DH++ F + +K+ +   +    K+DF VQVLTTGYWP++  ++  LP  + +CT VF+ YYD   + RRL W  +LG A+++  + K  YD Q++TLQA  L+ F+ +      +L    V +R++LPD+ +KR+LHSL+CGKYKV+ +   G +IK TD F  N+ F C +RK+R+PMA+L+ESHNPKRVEEDR +AIEAAIVRIMKARKT+ H QL+AEVLSQL+FFRPNPKVIK RI  LI+REYLERD + AN Y YLA
Sbjct:    5 KIIALEEGWNNEIKAKAIDVLEEMLNNGFDQKSQRLFAPKEYVQTYTTCYNMCTQRSPYNWSEQLYQRHGETICDYLTKTVLPALRHQHNDFLLTELTKRWANHKIMNKWMRLFFMYLDRYYVKHHSLPTLDVAGLKHFKTLVYNEVKKDVVNAMIGLIDAERDEKLIDRGLVKNCVELLEAMGMGSLDAYVTDFEDQLLGSTKEYYARKSQEWVETDDTPTYLAKAEVALDAEKARVAHYLNSASEPKLLRVCEHEILELRETVLLEKEGSGCRALLANDKAADLSRMYRLFSRVPNGLPPMAALVRAHIEAMGNEVINRREARLEAGEKDSNQDPAFVKELLALHDKYMAVVSAQFAGNALFQKALKEAFVEFTNRDVGKFTNAELMSSFCDRILKSGGEKLSDEDVESYLEKTVQLFSYLTDKDLFAEIYRNQLAKRLLNQRSASDDAERLMIGKLKLRCGSQFTGKMEGMLNDLAIGVDHQSDFDQTVKEDKSKSL---GKLDFAVQVLTTGYWPSFAAIDAHLPPEIVQCTRVFKDYYDTKNSKRRLTWMFSLGNASVKGAFGKKSYDFQVSTLQAIALLAFNADGDGAAPSLAYDAVRERINLPDEHLKRVLHSLACGKYKVITKTPAGNTIKNTDAFKVNADFKCQMRKIRVPMANLDESHNPKRVEEDRTVAIEAAIVRIMKARKTLSHQQLLAEVLSQLAFFRPNPKVIKRRIEALIDREYLERDPDVANSYRYLA 746
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BLAST of mRNA_P-littoralis_Contig119.47.4 vs. uniprot
Match: A0A7S3JSF7_9STRA (Hypothetical protein n=1 Tax=Aureoumbra lagunensis TaxID=44058 RepID=A0A7S3JSF7_9STRA)

HSP 1 Score: 972 bits (2512), Expect = 0.000e+0
Identity = 488/764 (63.87%), Postives = 598/764 (78.27%), Query Frame = 3 
Query:  417 RIISLEDGWCNNIKPNAINVLEDHLNRGFDKKTSRLFTPKDFMSTYTTCYDMCTQRSPYNWSEQLYDRHGETISQYLSGTVVNALREQHGEFLLKELVRRWSNHKIMNQWMQKFFQYLDRYYVKHHSLPSLSEAGLKHFKKLVYDVVKTTVVNAMLDVINMEREGTIIDRPLIGSCVELFESMGMGTLDSYVADLEEALLSNTKDHYARKSQEWIETDSTPDYMIKAENALEAEKLRVANYLNPSTEAKLLRVCDDEMLEKREKILLEKEGSGCKVLLANDKSDDLSRMYRLFNRLPKGLEPMAEIIKDHITEMGTAIIKRREAKIEGGEKDTNQDPTFVKELLALHDKYMAVVNDQFAGNSLLQKALKEAFVEFVNRDVGKFKNADLMCSFCDRILKTGGEKLGDAEVEEYLAKVVQLFSYLTDKDLFAEIYRNQLARRLLNSRSASDDMERLMIGKLKLKCGSQFTSKMEGMMNDLAIGGDHEAAFSKYL-KDGQGSGMIDVDKI-DFNVQVLTTGYWPAYKPMEVTLPSTMRKCTDVFQKYYDETTTHRRLGWSHTLGTATIRAKY-----------SKPYDLQITTLQACCLMVFS-----------EETSTLVLGEVSQRLHLPDDTVKRILHSLSCGKYKVLKREGEGGSIKATDKFAFNSSFSCPLRKLRIPMASLEESHNPKRVEEDRGIAIEAAIVRIMKARKTIGHPQLVAEVLSQLSFFRPNPKVIKARIHGLIEREYLERDTNQANHYSYLA 2636
            +II  E+GW N IK  AI++LE+ LN GFD+++ +LF PK+++ TYTTCY+MCTQRSPYNWSEQLY RHGETI  YL+ TV+ AL+ +  E+LLKEL  RW+NHKIMN+WMQKFF YLDRYYVKHHSLP+L  AGLKHFK LVY  VK   V A+L +I+ ER+G +IDR L+ +CVEL E+MGMG+LDSY AD EE LL+ TK++Y R SQ WIE+D TP Y+ KAE ALEAEK RVANYLN S+E KLLRVC+ E+LEKRE  LLEK+GSGC+ LLAND+++DL+RM+RLF+R+P GL PMA ++K HI  MGT II RRE ++E GEKDTNQDP  VKELLALHDKY+AVV  QF+GNSL QKALKEAFVEFVN DVGKF NA+LM SFCDRILK+GGEKL D E+E YL K VQLFSYLTDKDLFAEIYRNQLA+RLLN RSASDD E+LMIGKLKL+CGSQFT KMEGM+NDLAIG DH+  F ++L K GQ       DKI +F+VQVLTTGYWP++  +E  LP+ M  CT++F++YYD+  + RRL W ++LG ATI+A +           +K YDLQ++TLQA  L+ F+           +  +      V Q +++PD+ +KR+LHSL+C K+K+L +   G +IK+TD F  N++FSCP+RK+RIPMA+L+ESHNPKRVEEDR +AIEAA+VRIMKARKT+ H QL+AEVLSQLSFFRPNPKVIK RI  LI+REYLERD +  N Y YLA
Sbjct:    5 KIIPFEEGWNNEIKAKAIDILEEMLNNGFDRRSQQLFAPKEYVQTYTTCYNMCTQRSPYNWSEQLYQRHGETICNYLNETVLPALKNKRSEYLLKELTERWNNHKIMNKWMQKFFMYLDRYYVKHHSLPTLDVAGLKHFKNLVYGEVKKEAVGAILTMIDTERDGAMIDRDLVKNCVELIEAMGMGSLDSYCADFEEELLNATKEYYKRISQAWIESDDTPTYLEKAEKALEAEKQRVANYLNSSSEPKLLRVCESELLEKRETSLLEKDGSGCRALLANDRANDLARMFRLFSRVPNGLPPMAALVKAHIEAMGTDIISRREQRLENGEKDTNQDPALVKELLALHDKYLAVVAQQFSGNSLFQKALKEAFVEFVNHDVGKFSNAELMSSFCDRILKSGGEKLSDEEIEAYLEKTVQLFSYLTDKDLFAEIYRNQLAKRLLNQRSASDDAEKLMIGKLKLRCGSQFTGKMEGMLNDLAIGVDHQQDFDQHLPKLGQ-------DKIPEFSVQVLTTGYWPSFHAIEPRLPNDMIHCTNIFKEYYDKKNSKRRLAWMYSLGNATIKASFFPQPKKDNKPTTKNYDLQVSTLQAVVLLAFNVAGDSSEDHRRQNNTDWSYDSVRQAVNIPDEHLKRVLHSLACAKHKILSKTPPGNAIKSTDTFRVNAAFSCPMRKIRIPMANLDESHNPKRVEEDRTVAIEAAVVRIMKARKTLDHQQLLAEVLSQLSFFRPNPKVIKRRIEALIDREYLERDPDLPNAYRYLA 761
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BLAST of mRNA_P-littoralis_Contig119.47.4 vs. uniprot
Match: A0A8J2SP16_9STRA (Hypothetical protein n=1 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A8J2SP16_9STRA)

HSP 1 Score: 961 bits (2484), Expect = 0.000e+0
Identity = 481/748 (64.30%), Postives = 586/748 (78.34%), Query Frame = 3 
Query:  417 RIISLEDGWCNNIKPNAINVLEDHLNRGFDKKTSRLFTPKDFMSTYTTCYDMCTQRSPYNWSEQLYDRHGETISQYLSGTVVNALREQHGEFLLKELVRRWSNHKIMNQWMQKFFQYLDRYYVKHHSLPSLSEAGLKHFKKLVYDVVKTTVVNAMLDVINMEREGTIIDRPLIGSCVELFESMGMGTLDSYVADLEEALLSNTKDHYARKSQEWIETDSTPDYMIKAENALEAEKLRVANYLNPSTEAKLLRVCDDEMLEKREKILLEKEGSGCKVLLANDKSDDLSRMYRLFNRLPK----GLEPMAEIIKDHITEMGTAIIKRREAKIEGGEKDTNQDPTFVKELLALHDKYMAVVNDQFAGNSLLQKALKEAFVEFVNRDVGKFKNADLMCSFCDRILKTGGEKLGDAEVEEYLAKVVQLFSYLTDKDLFAEIYRNQLARRLLNSRSASDDMERLMIGKLKLKCGSQFTSKMEGMMNDLAIGGDHEAAFSKYLKDGQGSGMIDVDKIDFNVQVLTTGYWPAYKPMEVTLPSTMRKCTDVFQKYYDETTTHRRLGWSHTLGTATIRAKYSKP-YDLQITTLQACCLMVFSE---ETSTLVLGEVSQRLHLPDDTVKRILHSLSCGKYKVLKREGEGGSIKATDKFAFNSSFSCPLRKLRIPMASLEESHNPKRVEEDRGIAIEAAIVRIMKARKTIGHPQLVAEVLSQLSFFRPNPKVIKARIHGLIEREYLERDTNQANHYSYLA 2636
            +II+LE+GW N IK  AI+VLED LN G DK   RLF PK+++ TYTTCY+MCTQRSPYNWSEQLY RHGETI  YLS TV+ AL+++ G  LL EL  RWSNHKIMN+WM+ FF YLDRYYVKHHSLP+L  AGLKHFK LVY+ VK  VVNAM+ +I+ ER+  +IDR L+ + VEL E+MGMG+LD+YV D E+ LL++TK++YARKSQEW+E+D  P Y+ KAE ALEAE  RVA+YLN ++E KLLRVC+ E+LE RE +LLEKEGSGC+ LLAND+  DL+RMYRLF R+P     GL PMA +++ HI +MG  II RREA++  G KD+NQDP FVKELLALHDKY+AVV++QF GN+L QKALKEAFVEF NRDVGK  NA+LM SFCDRILK+GGEKLGD +VE +L K VQLFSYLTDKDLFAEIYRNQLA+RLLN RSASDD ERLMIGKLKL+CGSQFT KMEGM+NDLAIG DH+A F  Y+K           K+DF+VQVLTTGYWP +  ++  LP  + +CT VF+ YYDE  + RR+ W  +LG A+++A + K  YDLQ+ TLQA  L+ F+     + TL   +V++R++LPD+ +KR+LHSL+CGKYKVL +      +  TD FA N+ FSCP+RK+R+PMASL+ESHNPKRVEEDR +AIEAA+VRIMKARK + H  L+AEVLSQL+FFRPNPKVIK RI  LI+REYLERD   AN Y YLA
Sbjct:    5 KIIALEEGWNNEIKAKAIDVLEDMLNTGLDKNKPRLFDPKEYVQTYTTCYNMCTQRSPYNWSEQLYQRHGETICDYLSKTVLPALKQKSGNALLTELTVRWSNHKIMNKWMRLFFMYLDRYYVKHHSLPTLDVAGLKHFKTLVYNEVKKDVVNAMIALIDAERDQALIDRALVKNTVELLEAMGMGSLDAYVTDFEDQLLASTKEYYARKSQEWVESDDAPAYLAKAEVALEAEAARVAHYLNGASEPKLLRVCEHEILELRETVLLEKEGSGCRALLANDRKADLARMYRLFGRVPNTPTHGLPPMAALVRAHIEQMGNDIIDRREARLSEGAKDSNQDPAFVKELLALHDKYLAVVSEQFGGNALFQKALKEAFVEFANRDVGKHTNAELMSSFCDRILKSGGEKLGDEDVEAFLEKTVQLFSYLTDKDLFAEIYRNQLAKRLLNQRSASDDAERLMIGKLKLRCGSQFTGKMEGMLNDLAIGHDHQADFESYVK---ADSSRSTGKLDFSVQVLTTGYWPTFASIDAHLPPEIVQCTKVFKDYYDEKNSKRRVTWMWSLGNASVKAFFGKKAYDLQVATLQAIVLLTFNPVDGASQTLTYAQVAERVNLPDEHLKRVLHSLACGKYKVLAKTPMSSRVALTDSFAVNTKFSCPMRKIRVPMASLDESHNPKRVEEDRTVAIEAAVVRIMKARKALSHQSLLAEVLSQLAFFRPNPKVIKRRIEALIDREYLERDPEVANAYRYLA 749
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BLAST of mRNA_P-littoralis_Contig119.47.4 vs. uniprot
Match: A0A4D9DID3_9STRA (CULLIN_2 domain-containing protein n=3 Tax=Monodopsidaceae TaxID=425072 RepID=A0A4D9DID3_9STRA)

HSP 1 Score: 924 bits (2388), Expect = 0.000e+0
Identity = 470/760 (61.84%), Postives = 578/760 (76.05%), Query Frame = 3 
Query:  396 MSSRDAQRIISLEDGWCNNIKPNAINVLEDHLNRGF-DKKTSRLFTPKDFMSTYTTCYDMCTQRSPYNWSEQLYDRHGETISQYLSGTVVNALREQHGEFLLKELVRRWSNHKIMNQWMQKFFQYLDRYYVKHHSLPSLSEAGLKHFKKLVYDVVKTTVVNAMLDVINMEREGTIIDRPLIGSCVELFESMGMGTLDSYVADLEEALLSNTKDHYARKSQEWIETDSTPDYMIKAENALEAEKLRVANYLNPSTEAKLLRVCDDEMLEKREKILLEKEGSGCKVLLANDKSDDLSRMYRLFNRLPKGLEPMAEIIKDHITEMGTAIIKRREAKI-EGGEKDTNQDPTFVKELLALHDKYMAVVNDQFAGNSLLQKALKEAFVEFVNRDVGKFKNADLMCSFCDRILKTGGEKLGDAEVEEYLAKVVQLFSYLTDKDLFAEIYRNQLARRLLNSRSASDDMERLMIGKLKLKCGSQFTSKMEGMMNDLAIGGDHEAAFSKYLKDGQGSGMIDVDKI----------DFNVQVLTTGYWPAYKPMEVTLPSTMRKCTDVFQKYYDETTTHRRLGWSHTLGTATIRAKY-SKPYDLQITTLQACCLMVFSEETSTLVLGEVSQRLHLPDDTVKRILHSLSCGKYKVLKREGEGGSIKATDKFAFNSSFSCPLRKLRIPMASLEESHNPKRVEEDRGIAIEAAIVRIMKARKTIGHPQLVAEVLSQLSFFRPNPKVIKARIHGLIEREYLERDTNQANHYSYLA 2636
            M+S      I++E+GW   I P AI  LE  LN G  D++   LF P++++  YT CY+MCTQR+P+NWSE LY +H ETIS YL+ TV+ +LR  H E+LL E+ RRW NHKIMN+WM+KFF YLDRYYVKH++L SL  +G+K FK+ VYDVVK  VV AML +IN+EREG +IDR LI SCVE+FE+MG    + Y  DLEE LLS+T+++YA+KSQ WIETDSTP Y++KAE ALE EK RVANYLN  TE KLL+V  +E+LEK+E  LLE+EGSGC +LL NDK +DLSRMYRLF+R+P GL PMA+I++ HI  MG  +I +REA++ E GEKDTNQDP FVK LL+LHDK++ VVN QF  NSL  KALKEAFVEFVN+DVGKFKNADL+ SFCDRILK GGEKLGDAEVE +L KVV LF+YLTDKDLFAEIYRNQLA+RLLN+RS+SDD E+LMIGKLK +CG+QFT KMEGM+NDLA+G DH+  F +YLKD           +          DF+V+VLTTGYWP+Y  ++V LP  M +CT  F+ +YD   + RRL W H+LG+AT+RAKY SK YDLQ  TLQA  L+ F  +  +L L  + +RL++P + +K +LHSLSCG+YK+LK++     IK TD F  N SFSCP R +RIPMA++EESHNP R+EEDR IAIEAAIVRIMKARK + H QL +EVLSQL+FFRPNPKV+K RIH LI+REYLERD N  N Y YLA
Sbjct:    1 MASAPPPNPITIEEGWEKEILPKAILPLERILNEGLQDRQRRDLFGPREYVHIYTICYNMCTQRNPFNWSEPLYQKHNETISDYLTRTVLPSLRNHHKEYLLVEVKRRWENHKIMNEWMRKFFMYLDRYYVKHNNLTSLHVSGIKFFKEQVYDVVKPDVVQAMLAMINLEREGQVIDRALIKSCVEIFETMG-DQKECYKEDLEETLLSDTREYYAKKSQGWIETDSTPAYLLKAEAALEEEKARVANYLNAETEEKLLKVVIEELLEKQETTLLEREGSGCAMLLTNDKYEDLSRMYRLFSRVPSGLLPMAKIVQAHIERMGNEVINQREARMHEEGEKDTNQDPNFVKALLSLHDKFVGVVNAQFEKNSLFHKALKEAFVEFVNKDVGKFKNADLLSSFCDRILKKGGEKLGDAEVENHLEKVVNLFTYLTDKDLFAEIYRNQLAKRLLNARSSSDDWEKLMIGKLKHRCGAQFTGKMEGMLNDLAVGADHQKEFLEYLKDKATEASASSSSVPLLGGKMAPDDFSVKVLTTGYWPSYTQLDVRLPDEMLRCTQAFKAWYDLKNSRRRLAWQHSLGSATLRAKYGSKTYDLQTNTLQAVLLLSFQSDEESLGLSTLKERLNVPTEQMKPLLHSLSCGRYKILKKQPASDKIKETDTFTINPSFSCPQRVIRIPMATIEESHNPNRIEEDRSIAIEAAIVRIMKARKVLTHQQLTSEVLSQLAFFRPNPKVVKQRIHALIDREYLERDENP-NQYKYLA 758
[Close]
BLAST of mRNA_P-littoralis_Contig119.47.4 vs. uniprot
Match: A0A7S2WAA5_9STRA (Hypothetical protein n=2 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2WAA5_9STRA)

HSP 1 Score: 913 bits (2360), Expect = 1.020e-313
Identity = 457/746 (61.26%), Postives = 576/746 (77.21%), Query Frame = 3 
Query:  411 AQRIISLEDGWCNNIKPNAINVLEDHLNRGFDKKTSRLFTPKDFMSTYTTCYDMCTQRSPYNWSEQLYDRHGETISQYLSGTVVNALREQHGEFLLKELVRRWSNHKIMNQWMQKFFQYLDRYYVKHHSLPSLSEAGLKHFKKLVYDVVKTTVVNAMLDVINMEREGTIIDRPLIGSCVELFESMGMGTLDSYVADLEEALLSNTKDHYARKSQEWIETDSTPDYMIKAENALEAEKLRVANYLNPSTEAKLLRVCDDEMLEKREKILLEKEGSGCKVLLANDKSDDLSRMYRLFNRLPKGLEPMAEIIKDHITEMGTAIIKRREAKIEGGEKDTNQDPTFVKELLALHDKYMAVVNDQFAGNSLLQKALKEAFVEFVNRDVGKFKNADLMCSFCDRILKTGGEKLGDAEVEEYLAKVVQLFSYLTDKDLFAEIYRNQLARRLLNSRSASDDMERLMIGKLKLKCGSQFTSKMEGMMNDLAIGGDHEAAFSKYLKDGQGSGMIDVDKIDFNVQVLTTGYWPAYKPMEVTLPSTMRKCTDVFQKYYDETTTHRRLGWSHTLGTATIRAKYSKP-YDLQITTLQACCLMVFS---EETSTLVLGEVSQRLHLPDDTVKRILHSLSCGKYKVLKREGEGGSIKATDKFAFNSSFSCPLRKLRIPMASLEESHNPKRVEEDRGIAIEAAIVRIMKARKTIGHPQLVAEVLSQLSFFRPNPKVIKARIHGLIEREYLERDTNQANHYSYLA 2636
            +Q II+L+DGW N IK  AI+ LE  LN G DK+ S+LF+P +++ TYTTCY+MCTQ+SPYNWS+QLY RHGETI  YLSGTV+ ALR++H  FLLKEL  RW NH+IMN+WMQ+FF YLDRYYVKHHSLPSL +AGL HFK L++D V+  V NAM+D+IN ER+G +I+R L+ SCV LFE+MGMG+L++Y    EE LL+ T+++YAR+S  WI+ +STPDY+IKAE ALEAE+ RV  YLN STEAKL+ V ++E+LEKRE  LLEKEGSG +VLL NDK +DLSR++RLF++  + L P++ I+++HIT MG   I RREA++E  EK+ N+DP FV+ELLALHDKY  +VN +F+GN+L QKALK+AF EFVNRDVGK +N+DLM SFCDRILKTGGEKL D EVE +L K VQLFSYL DKDLFAEIYRNQLA+RLLN RSASDD ERLMI KLK +CGSQFT KMEGM+NDLAIG DH+  F ++    Q +G     ++DF+VQVLTTGYWP +  +++ LP  M +C  +F  YY E  + RRL W   LG  ++R  + K  YDLQ+TTLQA  L+ F+   E + T     + +RL +P++ +KR++HSLSCGK+KV+++E +  +IKATD F     F C + K+RIPMASLE+S N KRVEEDR ++IEAA VRIMKARKT+ H QLVAEVL+QLSFF+PNPKVIK RI  LI+REYLERD +  N Y YLA
Sbjct:    2 SQGIINLDDGWNNEIKVKAIDRLEAILNSGLDKQQSQLFSPTEYVQTYTTCYNMCTQKSPYNWSQQLYQRHGETIRNYLSGTVLPALRDKHDIFLLKELTARWGNHEIMNKWMQRFFMYLDRYYVKHHSLPSLMDAGLGHFKALIFDEVRRDVANAMIDLINQERDGAVIERGLVKSCVRLFEAMGMGSLEAYAMAFEEPLLTATREYYARRSANWIDGNSTPDYLIKAEAALEAERERVGAYLNSSTEAKLVAVVEEEILEKREGTLLEKEGSGLRVLLTNDKREDLSRIFRLFSKKDEWLLPISSIVREHITGMGNDCINRREARVENAEKEKNEDPEFVRELLALHDKYTLLVNTEFSGNALFQKALKDAFQEFVNRDVGKHRNSDLMSSFCDRILKTGGEKLSDEEVETFLEKTVQLFSYLVDKDLFAEIYRNQLAKRLLNQRSASDDHERLMISKLKQRCGSQFTGKMEGMLNDLAIGEDHQQDFEQHYS-AQVAGS---KQVDFSVQVLTTGYWPTFPAVDLHLPPEMTRCHQIFSDYYQEKNSKRRLAWVWGLGNTSVRGGWGKKSYDLQVTTLQAVALLAFNAGGEVSPTYTFDALRERLGIPEEILKRVMHSLSCGKHKVIEKEPKSNTIKATDSFRAAPKFQCKMLKVRIPMASLEDSQNTKRVEEDRTVSIEAACVRIMKARKTLPHQQLVAEVLAQLSFFKPNPKVIKRRIEALIDREYLERDPDTPNTYRYLA 743
[Close]
BLAST of mRNA_P-littoralis_Contig119.47.4 vs. uniprot
Match: A0A7S4ILC2_9STRA (Hypothetical protein n=1 Tax=Odontella aurita TaxID=265563 RepID=A0A7S4ILC2_9STRA)

HSP 1 Score: 910 bits (2352), Expect = 1.630e-312
Identity = 451/751 (60.05%), Postives = 581/751 (77.36%), Query Frame = 3 
Query:  396 MSSRDAQRIISLEDGWCNNIKPNAINVLEDHLNRGFDKKTSRLFTPKDFMSTYTTCYDMCTQRSPYNWSEQLYDRHGETISQYLSGTVVNALRE---QHGEFLLKELVRRWSNHKIMNQWMQKFFQYLDRYYVKHHSLPSLSEAGLKHFKKLVYDVVKTTVVNAMLDVINMEREGTIIDRPLIGSCVELFESMGMGTLDSYVADLEEALLSNTKDHYARKSQEWIETDSTPDYMIKAENALEAEKLRVANYLNPSTEAKLLRVCDDEMLEKREKILLEKEGSGCKVLLANDKSDDLSRMYRLFNRLPKGLEPMAEIIKDHITEMGTAIIKRREAKIEGGEKDTNQDPTFVKELLALHDKYMAVVNDQFAGNSLLQKALKEAFVEFVNRDVGKFKNADLMCSFCDRILKTGGEKLGDAEVEEYLAKVVQLFSYLTDKDLFAEIYRNQLARRLLNSRSASDDMERLMIGKLKLKCGSQFTSKMEGMMNDLAIGGDHEAAFSKYLKDGQGSGMIDVDKIDFNVQVLTTGYWPAYKPMEVTLPSTMRKCTDVFQKYYDETTTHRRLGWSHTLGTATIRAKYSKP-YDLQITTLQACCLMVFSEETSTLVLGEVSQRLHLPDDTVKRILHSLSCGKYKVLKREGEGGSIKATDKFAFNSSFSCPLRKLRIPMASLEESHNPKRVEEDRGIAIEAAIVRIMKARKTIGHPQLVAEVLSQLSFFRPNPKVIKARIHGLIEREYLERDTNQANHYSYLA 2636
            M++    RII LE+GW + IK  AI++LED L+ G     S +F P+++++ YTTCYDMCTQRSPYNWS+ LY RHGETI +YL+ TV+ ALRE   Q G  LL EL  RWSNH+IMN+W++KFF YLDRYYVKHHSLP+LS+AGLKHFK  VYD +K     A+L +I+ EREG IID+ L+ S +EL+ESMGMGTLD+Y ADLE  LL +T+++YA+K QEWI +DSTPDY+IKAE AL  EK RVA+YLNP++E+KLLRVC++E+LEK E +LLEKEGSGC+VLLANDKS+DL RM+ LF+RL KGL PMA+I++  I+ MG   IK+R+A+++GGEKD N DP FVK L+ALH+KY+ V+   F+G+SL QKALK+AFVE VN++VG + NA+LM +FCDR+LK+GGEKL DAEVE+ L ++VQLFSYLTDKDLFAEIYRNQLA+RLLN RSASDD E++MI KLK++CG+ FTSKMEGM++DLA+G D  + F   +K           ++DF+VQVLTTG+WP YK  EV L S M KC DVF++++D     R+L W  +LG A++R  + K  YDLQ+TTLQA  L   +    T+  G+++++L+L +  +K ++HSLSCGKY+V+ +      I  TD+F  NS FSC +RK+RIPMASL+ SHN KRVEEDR IAIEAAIVRIMKARKT+ H QL+AEVLSQL+FF+PNP+VIK RI  LI+REYLER  + +N Y+YLA
Sbjct:    1 MANPANPRIIRLEEGWNDEIKKKAIDILEDMLDNGIKSGRSSMFGPREYVAIYTTCYDMCTQRSPYNWSKDLYQRHGETIERYLTSTVLPALREKTGQGGTILLTELQHRWSNHQIMNKWLKKFFTYLDRYYVKHHSLPTLSQAGLKHFKTHVYDEMKRDTTAAILTLIDEEREGEIIDKTLVKSIIELYESMGMGTLDAYTADLEGPLLDSTREYYAKKRQEWIVSDSTPDYLIKAERALIEEKNRVADYLNPASESKLLRVCEEEILEKVEMVLLEKEGSGCRVLLANDKSEDLRRMFHLFSRLDKGLNPMADIVEKFISSMGNECIKKRQARLDGGEKDKNDDPKFVKSLIALHEKYLGVIKTDFSGHSLFQKALKDAFVEIVNKNVGAYTNAELMSTFCDRVLKSGGEKLSDAEVEDNLDRIVQLFSYLTDKDLFAEIYRNQLAKRLLNQRSASDDAEKVMIAKLKMQCGTHFTSKMEGMLSDLAVGSDQRSEFEAKMKQHD-------TRLDFSVQVLTTGFWPTYKSPEVALTSEMSKCMDVFKEWHDNKHAKRKLSWMFSLGNASVRGAFGKKSYDLQVTTLQAVALNALNGG-KTMTFGDLAEKLNLEEGILKPLMHSLSCGKYRVITKSPASNKINTTDRFVANSKFSCNMRKIRIPMASLDASHNTKRVEEDRSIAIEAAIVRIMKARKTLQHQQLIAEVLSQLAFFKPNPRVIKKRIEALIDREYLERSADNSNVYNYLA 743
[Close]
BLAST of mRNA_P-littoralis_Contig119.47.4 vs. uniprot
Match: A0A067CWD0_SAPPC (CULLIN_2 domain-containing protein n=4 Tax=Saprolegniaceae TaxID=4764 RepID=A0A067CWD0_SAPPC)

HSP 1 Score: 889 bits (2298), Expect = 2.120e-304
Identity = 443/743 (59.62%), Postives = 560/743 (75.37%), Query Frame = 3 
Query:  420 IISLEDGWCNNIKPNAINVLEDHLNRGFDKKTSRLFTPKDFMSTYTTCYDMCTQRSPYNWSEQLYDRHGETISQYLSGTVVNALREQHGEFLLKELVRRWSNHKIMNQWMQKFFQYLDRYYVKHHSLPSLSEAGLKHFKKLVYDVVKTTVVNAMLDVINMEREGTIIDRPLIGSCVELFESMGMGTLDSYVADLEEALLSNTKDHYARKSQEWIETDSTPDYMIKAENALEAEKLRVANYLNPSTEAKLLRVCDDEMLEKREKILLEKEGSGCKVLLANDKSDDLSRMYRLFNRLPKGLEPMAEIIKDHITEMGTAIIKRREAKIEGGE-KDTNQDPTFVKELLALHDKYMAVVNDQFAGNSLLQKALKEAFVEFVNRDVGKFKNADLMCSFCDRILKTGGEKLGDAEVEEYLAKVVQLFSYLTDKDLFAEIYRNQLARRLLNSRSASDDMERLMIGKLKLKCGSQFTSKMEGMMNDLAIGGDHEAAFSKYLKDGQGSGMIDVDKIDFNVQVLTTGYWPAYKPMEVTLPSTMRKCTDVFQKYYDETTTHRRLGWSHTLGTATIRAKYSKP--YDLQITTLQACCLMVFS-EETSTLVLGEVSQRLHLPDDTVKRILHSLSCGKYKVLKREGEGGSIKATDKFAFNSSFSCPLRKLRIPMASLEESHNPKRVEEDRGIAIEAAIVRIMKARKTIGHPQLVAEVLSQLSFFRPNPKVIKARIHGLIEREYLERDTNQANHYSYLA 2636
            +I LE GW   IKP  I++L D L++GFDK  +  F P+ +M  YT CYDMCTQR+PYNWS QLY RHGET ++YL   V+  L+ QH EFLL EL RRW NHK+MN+WM KFF YLDRYYVKH++LP+L+E+GL  FK +V++ +K  VV+AML+++  EREG I+D  L+ +C+E+FE+MGMGTLD YV D EE  +  +  +YA K+Q W+E DSTP YMIK E+ L++E  RVA Y++ +TEAKLLR  + E+LEK +K LLE+E SGC  LL NDKS+DLSRMYRLF+R+P GL P+A +++ HI  +G  I++RR A I     KD + DPTF+K++LALHDKY  VV +QF GNSL QKALKEAFVEFVN+DVGK  +A LM +FCDRILK+GGEKL D +VEE+L K+V +FSYLTDKDLFAEIYRNQLA+RLLN RS+SDD E  MI KLK+ CG+QFTSKMEGM+NDLAIGGDH+  F  ++K    SG +    I+F VQVLTTG+WP+Y P++++LP  M +   +F+ YYD  T+HRRL W H+LG AT+RA + K   YDLQ+TTLQA  L++F+  +T       + + L+L +D VKRILHSLSCGKYK+L +     +I  TD F  N SF+ P+RK+R+PMASLEESHNPK VEEDR IAIEAAIVRIMKARKT+ H QLV+EVLSQL+FF+P PK+IK RI  LI+REYLERD   A  Y YLA
Sbjct:    6 LIELEQGWKEQIKPKGIDILLDILDKGFDKVAACPFPPQSYMPIYTICYDMCTQRTPYNWSAQLYTRHGETFTEYLRTKVLPELQNQHDEFLLNELHRRWQNHKLMNKWMSKFFMYLDRYYVKHNALPTLAESGLNAFKSVVFEGIKKDVVDAMLELVEKEREGEIVDTTLLRNCIEVFETMGMGTLDVYVTDFEEPFIKRSTAYYATKAQTWLEGDSTPAYMIKTEDCLKSESSRVARYMHSTTEAKLLRALEIELLEKHQKTLLERENSGCIALLQNDKSEDLSRMYRLFSRVPDGLAPIATLVRRHIETVGNEIVERRTAAIASDNIKDPSSDPTFIKDILALHDKYKLVVQEQFGGNSLFQKALKEAFVEFVNKDVGKDCSAKLMSTFCDRILKSGGEKLSDDQVEEFLLKIVSVFSYLTDKDLFAEIYRNQLAKRLLNQRSSSDDAEISMISKLKMCCGAQFTSKMEGMLNDLAIGGDHQTEFDAFMKKNPPSGAV----IEFGVQVLTTGHWPSYTPLDISLPPQMVRYMSLFKMYYDSKTSHRRLQWVHSLGNATVRATFPKNKWYDLQVTTLQAVALLLFNASDTDAFTFEHLRESLNLSEDVVKRILHSLSCGKYKLLTKTPMSKNIAVTDTFTLNLSFASPMRKVRVPMASLEESHNPKHVEEDRSIAIEAAIVRIMKARKTLQHQQLVSEVLSQLAFFKPVPKLIKRRIEALIDREYLERDPESATTYRYLA 744
[Close]
BLAST of mRNA_P-littoralis_Contig119.47.4 vs. uniprot
Match: W4FZI7_9STRA (CULLIN_2 domain-containing protein n=7 Tax=Aphanomyces TaxID=100860 RepID=W4FZI7_9STRA)

HSP 1 Score: 886 bits (2290), Expect = 2.800e-303
Identity = 450/742 (60.65%), Postives = 555/742 (74.80%), Query Frame = 3 
Query:  420 IISLEDGWCNNIKPNAINVLEDHLNRGFDKKTSRLFTPKDFMSTYTTCYDMCTQRSPYNWSEQLYDRHGETISQYLSGTVVNALREQHGEFLLKELVRRWSNHKIMNQWMQKFFQYLDRYYVKHHSLPSLSEAGLKHFKKLVYDVVKTTVVNAMLDVINMEREGTIIDRPLIGSCVELFESMGMGTLDSYVADLEEALLSNTKDHYARKSQEWIETDSTPDYMIKAENALEAEKLRVANYLNPSTEAKLLRVCDDEMLEKREKILLEKEGSGCKVLLANDKSDDLSRMYRLFNRLPKGLEPMAEIIKDHITEMGTAIIK-RREAKIEGGEKDTNQDPTFVKELLALHDKYMAVVNDQFAGNSLLQKALKEAFVEFVNRDVGKFKNADLMCSFCDRILKTGGEKLGDAEVEEYLAKVVQLFSYLTDKDLFAEIYRNQLARRLLNSRSASDDMERLMIGKLKLKCGSQFTSKMEGMMNDLAIGGDHEAAFSKYLKDGQGSGMIDVDKIDFNVQVLTTGYWPAYKPMEVTLPSTMRKCTDVFQKYYDETTTHRRLGWSHTLGTATIRAKYS--KPYDLQITTLQACCLMVFSEETSTLVLGEVSQRLHLPDDTVKRILHSLSCGKYKVLKREGEGGSIKATDKFAFNSSFSCPLRKLRIPMASLEESHNPKRVEEDRGIAIEAAIVRIMKARKTIGHPQLVAEVLSQLSFFRPNPKVIKARIHGLIEREYLERDTNQANHYSYLA 2636
            +I LEDGW   IK  A++VL + LN+GFDK T+  F P  +M  YT CYDMCTQR+PYNWS QLY RHGET   YL   V+ AL+ QH EFLL EL  RW NHK+MN+WM KFF YLDRYYVKH+SLP+L  +GL  FK + +  +K  VV+AML++I  EREG I+D  L+ +C+E+FE+MGMG+LD Y +D EE  +  +  +YA KSQ W+E DSTP YM K E +L+ E  RVA Y++ +TEAKLLR  + E+LEK +K LLE+E SGC  LL NDKS+DLSRMYRLF+R+P+GL P+A +++ HI  +G  I+  R +A +    KD + DP F+KE+LALHDKY+ VV DQF GNSL QKALKEAFVEFVN+DVGK  +A LM +FCDRILK+GGEKL D +VEEYL KVV +FSYLTDKDLFAEIYRNQLA+RLLN RS+SDD E  MI KLKL+CG+QFT KMEGM+NDLAIGGDH+A F  + K            I+F VQVLTTG+WP+Y+P++V LP  M KC  +F+ YYD  T+HRRL W H+LG AT+RA Y+  K YDLQ+TTLQA  L +F+ + S L   ++ + L++  D VKRILHSLSCGK+KV+K+  E  SI  TD F  N++F+ P+RKLRIPMASLEESHNPK VEEDR IAIEAAIVRIMKARKT+ H QL++EVLSQLSFF PNPK+IK RI  LI+REYLERD +    Y YLA
Sbjct:    6 LIELEDGW-QKIKLKAVDVLLEILNKGFDKVTTCPFPPSQYMPIYTVCYDMCTQRTPYNWSAQLYTRHGETFEVYLQQNVLPALQNQHDEFLLNELHHRWQNHKLMNKWMAKFFMYLDRYYVKHNSLPTLVNSGLNAFKLVAFSAIKKDVVDAMLELIEKEREGEIVDTTLLRNCIEVFETMGMGSLDVYTSDFEEPFIKRSTAYYATKSQAWLEVDSTPAYMSKTEESLKNESSRVARYMHSTTEAKLLRALEIELLEKHQKQLLERENSGCIALLQNDKSEDLSRMYRLFSRVPEGLAPIAVLVRRHIEAVGNQIVDLRTQAIVSDNIKDPSADPAFIKEILALHDKYVKVVQDQFGGNSLFQKALKEAFVEFVNKDVGKDCSAKLMSTFCDRILKSGGEKLSDVQVEEYLEKVVHVFSYLTDKDLFAEIYRNQLAKRLLNQRSSSDDAEICMISKLKLRCGAQFTGKMEGMLNDLAIGGDHQAEFDVFQKSHNHGA------IEFGVQVLTTGHWPSYQPLQVHLPPRMVKCMSLFKTYYDSKTSHRRLQWVHSLGNATVRATYANKKWYDLQVTTLQAVALELFNTDAS-LTFDQLQESLNVSPDVVKRILHSLSCGKFKVVKKTPENKSIATTDTFQANAAFASPVRKLRIPMASLEESHNPKHVEEDRSIAIEAAIVRIMKARKTLNHQQLISEVLSQLSFFTPNPKLIKRRIEALIDREYLERDPDSTTTYRYLA 739
The following BLAST results are available for this feature:
BLAST of mRNA_P-littoralis_Contig119.47.4 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6H5KYW9_9PHAE0.000e+094.63CULLIN_2 domain-containing protein n=2 Tax=Ectocar... [more]
A0A835YLK2_9STRA0.000e+073.32Cullin n=1 Tax=Tribonema minus TaxID=303371 RepID=... [more]
F0XVV7_AURAN0.000e+065.37CULLIN_2 domain-containing protein n=1 Tax=Aureoco... [more]
A0A7S3JSF7_9STRA0.000e+063.87Hypothetical protein n=1 Tax=Aureoumbra lagunensis... [more]
A0A8J2SP16_9STRA0.000e+064.30Hypothetical protein n=1 Tax=Pelagomonas calceolat... [more]
A0A4D9DID3_9STRA0.000e+061.84CULLIN_2 domain-containing protein n=3 Tax=Monodop... [more]
A0A7S2WAA5_9STRA1.020e-31361.26Hypothetical protein n=2 Tax=Rhizochromulina marin... [more]
A0A7S4ILC2_9STRA1.630e-31260.05Hypothetical protein n=1 Tax=Odontella aurita TaxI... [more]
A0A067CWD0_SAPPC2.120e-30459.62CULLIN_2 domain-containing protein n=4 Tax=Saprole... [more]
W4FZI7_9STRA2.800e-30360.65CULLIN_2 domain-containing protein n=7 Tax=Aphanom... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-littoralis_Contig119contigP-littoralis_Contig119:274030..295220 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Pylaiella littoralis U1_48 OGS1.02022-07-08
Properties
Property NameValue
Stop1
Start1
Seed ortholog2880.D7FY17
PFAMsCullin,Cullin_Nedd8,zf-C3HC4_3
Model size4780
Max annot lvl2759|Eukaryota
KEGG koko:K03347
KEGG Pathwayko04110,ko04111,ko04114,ko04120,ko04141,ko04310,ko04340,ko04341,ko04350,ko04710,ko05168,ko05200,map04110,map04111,map04114,map04120,map04141,map04310,map04340,map04341,map04350,map04710,map05168,map05200
KEGG ModuleM00379,M00380,M00381,M00382,M00387,M00407,M00411
Hectar predicted targeting categoryother localisation
Exons18
Evalue0.0
EggNOG OGsCOG5647@1|root,KOG2166@2759|Eukaryota
Descriptionubiquitin protein ligase binding
Cds size2244
COG categoryO
BRITEko00000,ko00001,ko00002,ko04121
Relationships

The following polypeptide feature(s) derives from this mRNA:

Feature NameUnique NameSpeciesTypePosition
mRNA_P-littoralis_Contig119.47.4prot_P-littoralis_Contig119.47.4Pylaiella littoralis U1_48polypeptideP-littoralis_Contig119 276171..293154 -


The following UTR feature(s) are a part of this mRNA:

Feature NameUnique NameSpeciesTypePosition
1680789499.6143348-UTR-P-littoralis_Contig119:274029..2761701680789499.6143348-UTR-P-littoralis_Contig119:274029..276170Pylaiella littoralis U1_48UTRP-littoralis_Contig119 274030..276170 -
1680789499.849922-UTR-P-littoralis_Contig119:293154..2934911680789499.849922-UTR-P-littoralis_Contig119:293154..293491Pylaiella littoralis U1_48UTRP-littoralis_Contig119 293155..293491 -
1680789499.8602698-UTR-P-littoralis_Contig119:295162..2952201680789499.8602698-UTR-P-littoralis_Contig119:295162..295220Pylaiella littoralis U1_48UTRP-littoralis_Contig119 295163..295220 -


The following CDS feature(s) are a part of this mRNA:

Feature NameUnique NameSpeciesTypePosition
1680789499.628261-CDS-P-littoralis_Contig119:276170..2762601680789499.628261-CDS-P-littoralis_Contig119:276170..276260Pylaiella littoralis U1_48CDSP-littoralis_Contig119 276171..276260 -
1680789499.645241-CDS-P-littoralis_Contig119:277285..2774001680789499.645241-CDS-P-littoralis_Contig119:277285..277400Pylaiella littoralis U1_48CDSP-littoralis_Contig119 277286..277400 -
1680789499.6558383-CDS-P-littoralis_Contig119:278046..2781501680789499.6558383-CDS-P-littoralis_Contig119:278046..278150Pylaiella littoralis U1_48CDSP-littoralis_Contig119 278047..278150 -
1680789499.6684222-CDS-P-littoralis_Contig119:278731..2789081680789499.6684222-CDS-P-littoralis_Contig119:278731..278908Pylaiella littoralis U1_48CDSP-littoralis_Contig119 278732..278908 -
1680789499.6803548-CDS-P-littoralis_Contig119:279716..2798101680789499.6803548-CDS-P-littoralis_Contig119:279716..279810Pylaiella littoralis U1_48CDSP-littoralis_Contig119 279717..279810 -
1680789499.6904044-CDS-P-littoralis_Contig119:281883..2819931680789499.6904044-CDS-P-littoralis_Contig119:281883..281993Pylaiella littoralis U1_48CDSP-littoralis_Contig119 281884..281993 -
1680789499.7034445-CDS-P-littoralis_Contig119:282468..2826321680789499.7034445-CDS-P-littoralis_Contig119:282468..282632Pylaiella littoralis U1_48CDSP-littoralis_Contig119 282469..282632 -
1680789499.7170906-CDS-P-littoralis_Contig119:284096..2843551680789499.7170906-CDS-P-littoralis_Contig119:284096..284355Pylaiella littoralis U1_48CDSP-littoralis_Contig119 284097..284355 -
1680789499.7257783-CDS-P-littoralis_Contig119:284801..2849721680789499.7257783-CDS-P-littoralis_Contig119:284801..284972Pylaiella littoralis U1_48CDSP-littoralis_Contig119 284802..284972 -
1680789499.7333252-CDS-P-littoralis_Contig119:285608..2857621680789499.7333252-CDS-P-littoralis_Contig119:285608..285762Pylaiella littoralis U1_48CDSP-littoralis_Contig119 285609..285762 -
1680789499.7456875-CDS-P-littoralis_Contig119:286397..2865041680789499.7456875-CDS-P-littoralis_Contig119:286397..286504Pylaiella littoralis U1_48CDSP-littoralis_Contig119 286398..286504 -
1680789499.756844-CDS-P-littoralis_Contig119:287318..2874751680789499.756844-CDS-P-littoralis_Contig119:287318..287475Pylaiella littoralis U1_48CDSP-littoralis_Contig119 287319..287475 -
1680789499.7697167-CDS-P-littoralis_Contig119:288665..2887391680789499.7697167-CDS-P-littoralis_Contig119:288665..288739Pylaiella littoralis U1_48CDSP-littoralis_Contig119 288666..288739 -
1680789499.777839-CDS-P-littoralis_Contig119:289638..2897261680789499.777839-CDS-P-littoralis_Contig119:289638..289726Pylaiella littoralis U1_48CDSP-littoralis_Contig119 289639..289726 -
1680789499.79531-CDS-P-littoralis_Contig119:290539..2906731680789499.79531-CDS-P-littoralis_Contig119:290539..290673Pylaiella littoralis U1_48CDSP-littoralis_Contig119 290540..290673 -
1680789499.8185968-CDS-P-littoralis_Contig119:291026..2911701680789499.8185968-CDS-P-littoralis_Contig119:291026..291170Pylaiella littoralis U1_48CDSP-littoralis_Contig119 291027..291170 -
1680789499.8328962-CDS-P-littoralis_Contig119:293052..2931541680789499.8328962-CDS-P-littoralis_Contig119:293052..293154Pylaiella littoralis U1_48CDSP-littoralis_Contig119 293053..293154 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-littoralis_Contig119.47.4

>prot_P-littoralis_Contig119.47.4 ID=prot_P-littoralis_Contig119.47.4|Name=mRNA_P-littoralis_Contig119.47.4|organism=Pylaiella littoralis U1_48|type=polypeptide|length=748bp
MSSRDAQRIISLEDGWCNNIKPNAINVLEDHLNRGFDKKTSRLFTPKDFM
STYTTCYDMCTQRSPYNWSEQLYDRHGETISQYLSGTVVNALREQHGEFL
LKELVRRWSNHKIMNQWMQKFFQYLDRYYVKHHSLPSLSEAGLKHFKKLV
YDVVKTTVVNAMLDVINMEREGTIIDRPLIGSCVELFESMGMGTLDSYVA
DLEEALLSNTKDHYARKSQEWIETDSTPDYMIKAENALEAEKLRVANYLN
PSTEAKLLRVCDDEMLEKREKILLEKEGSGCKVLLANDKSDDLSRMYRLF
NRLPKGLEPMAEIIKDHITEMGTAIIKRREAKIEGGEKDTNQDPTFVKEL
LALHDKYMAVVNDQFAGNSLLQKALKEAFVEFVNRDVGKFKNADLMCSFC
DRILKTGGEKLGDAEVEEYLAKVVQLFSYLTDKDLFAEIYRNQLARRLLN
SRSASDDMERLMIGKLKLKCGSQFTSKMEGMMNDLAIGGDHEAAFSKYLK
DGQGSGMIDVDKIDFNVQVLTTGYWPAYKPMEVTLPSTMRKCTDVFQKYY
DETTTHRRLGWSHTLGTATIRAKYSKPYDLQITTLQACCLMVFSEETSTL
VLGEVSQRLHLPDDTVKRILHSLSCGKYKVLKREGEGGSIKATDKFAFNS
SFSCPLRKLRIPMASLEESHNPKRVEEDRGIAIEAAIVRIMKARKTIGHP
QLVAEVLSQLSFFRPNPKVIKARIHGLIEREYLERDTNQANHYSYLA*
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mRNA from alignment at P-littoralis_Contig119:274030..295220-

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig119.47.4 ID=mRNA_P-littoralis_Contig119.47.4|Name=mRNA_P-littoralis_Contig119.47.4|organism=Pylaiella littoralis U1_48|type=mRNA|length=21191bp|location=Sequence derived from alignment at P-littoralis_Contig119:274030..295220- (Pylaiella littoralis U1_48)
GGGAGACATCCCGCGCCTCAACCACGCCGACGAAAAGCCAACTCAAGCTG
TAGAAGAGGTGAGAGGCGGAGAAGTGGAGTGTACGCTTGTAAAATAGCAC
CCTCTACGTCAAATTTATAGAGAGAGGGAGCAAGGAACGACACCTCAAAA
ATTGAATCTGCAAATATGCATCCAGGACCCAGAGAGAGAGTTAGTGAGAA
AGTGTCGGACTGAAGTCAGCTCTCACACCAGACACACACACAACGACAAC
CACGCACACGACAGGCCTCCTTGCATCAGTCACTCTTTCCATGCGATGCC
GTGCCATGGCACGCCAGCCTTACTCTTGTATCAAGCCCAGAAGGAGGTGT
GCGTTTTTGACACTGCCGTTTCCCTTCGGGAGTCAGTAAAAGCCTTTTGT
TTTGTCTTTAGTCGGTCCTCTTGAAATATGCTCCCCACAAAACGCAAGAC
ATCCCAAAGACATAGAGGAAATAGACAGGAGAGAGAAACCTAAAAGGGGG
AGGGACACGAAAGGGGAGAGAGAGGCATCAGTCACAGAGAGACGGGATGA
GGGCGGCGACACCACAATGATTTCAAAGCATCATCATCATCACTCCCGGC
GTGGTGCGTAGCGCCCACTTCACTCTGATCACGTTTGGCGAGCTTTGCCT
GCTTTTTTTGGGGGGGAAAGCTGGATCAAGAGGCACACACGACATGGGTG
TGAGAGCCTTCGTGGGTATGGTATCTTCCAGAGCACATCCGAACACACCG
CAAAACGTAGTGTTTGTACTTCGAAGTACATATTATACACATACATTAGT
AGCAAACAATTACAGCAGCACACATACATCGCACCTAGGCTTTTTAGAAA
GATGCAGACAGCTTTTGAAAAGAAAGTCAACAGAGTATTTTCCAGTCCAG
GAGGCGTGGTAGTCGAATGAAGCGAGGTTATAACGTAGTTACACTTTTTG
AAATGTGCACACAGAGGCGCACCCGTGCGTCACGACGATTTCGAAGGCAG
TGTGCAGCAGGGAAAAGTGTTTCTACTATGATGCTGCACTGCTGCAATGC
GTCCACATTTTGAAATAGAGAGAGAGAGAGAGAGAGAGAGGGAGGGAGGA
AGGGAGAGCGCTCGCGGAGGTCGGAAAGCTCCGGACATGACATCGATCGT
CTAGTCCTTTTATCCTCTTTTGTTTCTCTCTCTCCCCCCCCTGTACAACC
CACCGGCCCTCCTCGCCCTCGAGTTTGCCTCCCTATGAATACGAGTAGTT
TGCGTCGGGGCTGATTTGACTGACTGGAGTGTGTGGATTGTGTTGTTTCC
CCGATAGGATTACGAGTAGTCATGCCGTGAACTTTGGGTTGTAGAAACAC
AACTAGGTGTGCATATCAACTCTCCGTGTTCGTCGCGAATTTCTCTGGAT
CCTCATCTAGAGACAGACGAAAACATTGATGTATTTGTAAGAAAAAAAAA
TAAAGTAGGTGTTTAGTCCTCTGATATGGCTTGTAAAAAAAAAAAATGGG
CACCGTGTATCATGCTGCTTGTGAAGGCGTAAAACGCAACAGTTGGACGA
TACTTCGGTATGATGTAATGTCACATCAAAAGTAACCGTAAGTAATTTTA
TCCCGATAAAACATGCTCAGCCTGCCCAAAGCAACCAGCCGCTTTCCTAC
TGCTATCATTGTCGTCTCCTCTCCCCGTCTTTCTTGTTTTTTTTTTTCCC
ACGTCTGGTGCCTTATCACGGGGGCACAGACAAGCCGATCCGATCACAGA
ATCAATCAATCAATCAATCAATCAATCAAGCTTCCGCCTAGAGGCCGTCG
CCTGGAGCCTGCACGCACAATCGAGGAGGACGAGGATAGGGACCAGGGCT
GGCTGTTTTACGCTGCTACATAACGGGCGGAGGAAAGCAGGAAAATAATT
CCGCGAAGAGGGGCACTACTGTCGTAGCAGGAGAGCAGCCGAGATCGGGA
GCGAACGGGGTGTCTGTGGCGCGCGTGGCTTGACACCAGCAGCAGCAGCA
GCAGCAGCAGCAAGCCGGTCAGCCTAGCCAGCCTAGCGGCCGGGCTACAC
GAAGCGGGGCAACATTATGTCTTCACGGGACGCGCAGAGGATCATCTCTC
TCGAAGATGGGTGGTGCAACAACATCAAGCCCAACGCTATCAACGTCCTG
GAGGACCACCTCAACAGGGTACGTTTTTTTGTGTACTGCTGTATCATATA
CCTGGTAGGTTCGGTTCGGTTCGGTTCTGTTTGTCGTACGTATCGTGGAT
GTATCATACGTGTATCGCAGCTGCGAACCGCACCCGTGAGAAGTAACACG
ACGCGTTTGAGGGCGTCGGGCGACCTGTACACGGGCTGCAAATAAGAAAG
CTTGTTGGGATGGACGGCTGCTGTGTCGGTAGCACCTGTGTGGGACTGGT
GGGTGTGGTGGGTACAGCAGGTGAGTCAGAGATGCTTCTCCGTGGTTGCC
CCTGTCCCCCAAAGTCCGGCCTGGCCCGGGGCTCTCCGCTATCGCACGGA
CCAGTCTTGAGAACGCGAGATTGTACATATGCATTGCAGGACAGCAGTGT
TGAAAGCGATGCGTGTTCGGAAAAATGTCTTCGTTTTTTGCCGGTGGCGG
CGTTTGGTGTGTGTGTGCGGGTGTGTGTGTGCCTTACTACCACCGTTTGT
GTTTGCCTTGGCGTGTGATGACGCGCTTTTCTTCCACACCATGTTGTTAT
ATCTTATTTTGCGATGAGCTATGGTGGGATGCATACTTCGTACGTCATGT
GACACCTTGGAAGTATTGCGTGTGGCGTGCGAGAAACACCCAACAGCAAA
CAGCAAGGAGCTGCGAATACATGGAATGCAGGCACGAGCAGTAGCAGTGC
GCCGTCCGACGCTTACCGCCCTTGGTAGGAAATGAGGTCCTGCTGTTGTG
GGTCATTCCGGTGCGGTGTGTGCTGAGGTCACGGAGTAGCTAGTGTGGGT
AAAATGTGTGAACACTGCTTGCCTCGGTAGGATATGTCTGTGCAAGGTGC
TTTCTATCGTATCAGCCGCCACACCCTCCGAGTGATATTAATGTGACTGT
ATCAGAGAGACGTCCAGGGCTGTTGGATTCGTGATGCGGGTGGGTGTCTC
AGCTGGTACAGATGTGGTGCCGCGGACCTCCAGCTGCTGTGTGCACCCAG
CGGCGCAGTACAGCAGTAGCACTGCAATTGCTCCAGGCTCCCCCCTCCTT
GAGTACTTGCTGCCAGAGTTGTGAACTTCACAGCTCATATAATATGACAG
GGTGGGGTCTTTTTCGGGCTGTCTGACTTGATTCGGACGAAGGCTTCCCA
TTGCTCGTGTGATGCGTAAACCTTGTGCAGTAACACTCTCTATTTTTTGT
GAGGCGCTTCTCTCTACTCACCACCGCGCACTACTGTGATACAAGTACGA
TACTGCTATCTTGTACAGAGTAGGTTTTTGTCTGCACTGGTCTTGCGTCT
TCGTCGGTCAGCATCGACCATCTCCACAGCGCGTGGGAGTGCTGCTGTCA
GCGTTGGTTTTTCCTCCCTTCTCGTTAGGTTGAGGGCCGACGCCGTCGGC
CTTTTTCCTGTCATCTTTATTTTATTTATCGGAGGTGCTGCTGCTGTGCA
CAAGCTATCATAGTTCGTGCGGGGTGTGGGAAGCATTCCATCTTACAGCA
GTAGCGCGGTAACGTTGTTGCTTCGCCCGTGAAACGAGCCCATCGCTCAA
AAAAAAAAATGCCTTTCCGTGGTACGGGAACAAGCAAAGGCTCTGGTCTA
TCTACATGGAGAAATGCGGATGGTTTTTTTTTGTCATGCTTTCTTTTTTC
GGTCTCAGTTCCTTGTGTGTTGTAGCTCTTTCTCTCTCTCTCTCTCTCTC
TCTCCCCCCCCTCATCGCCAAAAACACAATCCCGCCCGTGGTCACAAGCA
AAATACTTTCGTATGAGAAATGCTAATGTTATGTGTTGTGTCATGTTCGG
CTTTTTCGGTCTCAGTCCCTTGTGCATTGTCGCTCTCTTCTACCCCCCCC
CTCATCTTCCCTTGCCTCTCCCCCTCTCCCTCTGTTTCCCTCTTCGGCAG
GGGTTTGACAAGAAGACGTCGCGGCTGTTTACGCCGAAGGACTTCATGAG
CACGTACACAACGTGCTACGACATGTGCACCCAGCGATCGCCCTACAACT
GGTCGGAGCAGCTGTACGATAGACACGGAGAGACCATCTCCCAGGTATGT
ATGTATGTACTCCTATGTATGTATGTATGTACGTTTCGTGTGTTTTTTTC
TTCTGTTGTGTCGCACCGATCACGTTTGGTGTTCGCGACCACAACGGTGT
TCCATCCCCTCGCCGTACGCCCTGAGGCATGATCTCGTGTAGTGTATGGT
AGGAGGCACCATGTTACCAGCGGCCTGTGGTCTTGTAGTTCCACGACGTA
AAACGTTGCCGTTGCGAGGTGATGTTGGGGTTTGGAGGTTGTCGTCTCTG
TGGTTGATTTGGTTGTTATGATAAGACCCGCGCTACACCCGTGTATGTTT
GTTTGTTTGTTTGTTTGTTTGTTTGTCCGTTACTCCGTGGTCCGCAGTAC
CTTTCCGGGACGGTCGTGAACGCCCTGAGGGAGCAGCACGGGGAGTTTTT
GCTCAAGGAGCTCGTGCGAAGGTGGTCCAACCACAAGATCATGAACCAGT
GGATGCAGAAATTCTTCCAGTACCTCGATAGGTGGGGCCACGGGGTTCGG
GTGGCTATCGGTCGGAGGAAAAGCACTATTTACACGACAACGGCAGTGCA
CGTAATTGGTCACACGTACGAGTAAGGTACTGCTGTAGATGTTGATGTGT
GTGCGTGTGATGAAAGAAAGCCTTGCGAAACTGCTGGTTTGGTGGGTGGG
TGTTTCACCCCCCTGTCGTTGTCGCCGGAAACGTGTGAATTGTCACATGT
CACATGCATGATGTGGACACGCGTGGCATGATGGGAGCTTGGGAAACAGC
TGCACTGCTGTGCGGTGTTGCGCCCCTCGGTGCTGTCTGTTCTTGTTTTT
ATGCGTGACCTCTGATGTGTTGGGATCTCGGAGATTGGCACGGGGTGCAT
CCCGACCCTAACCCCAACTCCATCCCCATCCCCATCCCCATCCCCATCCT
CATCCTCCATCCATCCCTAGCCCAACACGAATGCCAGCCCCAACTCCGAC
TCCATCTCAACCCCAACCCCAACCCCATCCCTATCCCCATCCTCATCCTC
ATTCCCATCCGCAATACATCCCTAGCCCAACCCCAACCCCAAACCTAACC
CGAACGCCAACAGCACAACCCCATCCTCATCCACAACTCCATCTCCAACT
CCATCCCCAACCGCATTCCGACCGCCATGTTCATTCTCATTCCCAAACGC
CTACTCCAAACCTTGCCCCGAACCCAAGCCCGACCCCATCCCCATCCCCA
TCCTCATCCTCATCCTCATCCTCAACTCCATCTCCGACCGCAATACGAAA
GCCAACTCTTCACTCCAACGCAACCGTGGGTGTACTGCGTGCAGGTACTA
CGTGAAGCACCACTCGTTGCCGTCCTTGAGCGAGGCGGGCCTGAAGCACT
TCAAGAAGCTCGTTTACGATGTCGTCAAGACGGTAAGATCACACTAAAGC
ATGATCATCACATGCTTGTGTATTTTACTGATCGTTCTCGTCAAAAAAAA
AAAAAAAGTCCTGTGTCGACCTGAGCTTCCTTCCTCCTGTGTGGCTTTAA
TCCCGTCTGGTGCGTCAAACTTCTACTGGAAGGTGTTGACTGGCACCCAG
AATATATGGGATGACAGCACACACACACATATTCCGCAGGATAGATAGGA
GGAGGGGTATTGTTTGCTACTATCAGGCCGAGTTGTGTGTGTGTGTTTTT
ACCCACTGTTCAGGAAGAGGAGGAGGTGGAGGAGGTCGTGAAGGAGGAGG
GGATTTGTTTACTATTCGCTGTCTCGAGAGTTAGATCGGATGACACCACC
TCATACAAAAGAGGATTCTTCTCCAAGAATCTCGATTTCTTTCAACCTCG
CGTAATCGAAAGCAACACGCCACCCCCACAAGCACGTGAGATGGAAGGGA
GTGAGGTCACTCGTCTGTTTTTTTATTCTTCGTACGACAAACGAGGAAGT
CTATGCTTCCGTTACTTCTGTGCACGTGCTTCATTAGTGTGTCCGTCGTC
CCTCTCTTTCTCTTTTCTCGTCGCATTCTTTCCGCATTGCGCCGCATTAC
GCCGCACTTGGTTTCGCCGCATTTCCATGTAGGCGGTTGAAGGTGCCTGC
CGCCTGCCGCTTGCCCCCTCCTGTGTGTCTAGCCCACCACATTTTGTGTT
GAGCTGATCACCTCTGTCTGTCTGTCTGTCTCTCTTTTCTGTCCATCCGT
CCGTCTGTCTGTCTGTCCGTCCGTCTGTCTCGGTCTCTTTGCCTCTCTTT
CTGTCTTCTTGTGGCGCGTCCATGTCAAACCACGCTGCCTGTTAATCTGC
TCAACAACAATAACAACATCGTCGCTTGCAGACGGTGGTAAACGCGATGC
TGGACGTGATCAACATGGAGAGGGAAGGGACCATTATCGACCGACCGCTT
ATCGGGTGAGAATAGTGAGCGGAGCTTTTACTGACACCTCTTTTTTGTCC
TCACTGTTTTGCGTATGTAACCGGTTGCGTTTCTGAGAACAAATCAGCGA
AAAACAAAACGTGAAAGAGGGGACGCCTACCTGTCTACCCATCCCAAGGC
GAGATTGACGAGGAAAAAGGTCATGTTGCAAACTTGTATGTATGTACAAC
ATGAGCGTTCCATGCACGCCAGCCGGGGAACAAGCGTTGGTGCTTAAGGT
ACCCTGCTGTATGTGAAAACCCCCGGTGGTTTTCCATGGTGTGACTAGTA
CACCCTTGATGTGGAGACAACACACACACATACGCACGCCTTTTCTAGTC
CCATCATTTGATAAGCCGTGGCGACTTTTCAGGCACAGCATCATCTACTT
CGTATCTCGTATAGTACCCATTTTTGATATTCTAAAAAACTTGCATCCTT
TCCAACTGTATCTGGTATGCCCCATTTGGTCCCCTGGCCTGTTTACAGCA
GTGTATTTATTCCTCCTAGCACGATGTGTGCCTGGTTTGTGACCACGGGC
TAGACTGCGGTGGCAGTGAGCTAATGTGAGAATCAGCAACAACAATCTGG
TGTTCCCCTTTCAGTCACGACGCGTGATGGTTTTTTCGGGTACACCGTGG
ATGATACACCCGTTTGTCATCCTGAAATGTATTCGTACAAGCATTGGGAC
TGCTGTATGATGCTTTTATCATTTACGAATACTCGGAAGTACAATATTTT
AAATACTTTGAAGGGCAATTTGTTTTTTGCCCAGAAGCCTACAACAAACC
CCAAGGAACGCGTACTGTATGTAGACCCAACCGAAGAAAGAGATCAATAA
AAAGACTGTACGACAAGACAGAGAGACAGGGAGTGAGACTCTTCGGTGTT
GTCGCGCGATCTCGCTGCAACATTCTCCCACGTTCTCGTCTGGCTATCAT
ACGTCCTCGAAAGTGCGTTTTACCACGCGTCTAAGCCTTGATTCATTTTT
GTTTCTACAGGTACACAAAGAGTGTAGGTACGGTATTCGCCTCTGCCTTC
TTCGGACAGCAGTAGACTTCACCACTCACTTCTTCTTCCGGAATTTCTAC
TGCTGGGTGAGATGACACCATAAAAAAATAGTTCATGTTCTCTTTTTCTT
TTTTCGAAAACCGCACAAAAAATATCACAATCATTTTTACTCAAGGTCGT
GCGTAGAGCTGTTCGAGTCTATGGGGATGGGGACGCTAGACTCGTACGTG
GCGGACCTGGAGGAGGCTCTACTCAGCAACACCAAGGACCACTACGCCAG
AAAAAGTCAGGAGTGGATAGAGACGGACTCAACACCCGACTACATGATCA
AGGTGTGCGCGGAGTTTTTGTTTTGTTCATTCCCTTGGCCAACGGTATGA
TTGCAGTCTTCGAGCCTGTCTCTCGCTTGTTGGGGGTTTCGAGGGGCCGG
GAGGCGGCGTGGACACACCCCGGGGCATTGCTGTACGAATGTTTTGCGGT
TTATCCTAGATGCCGACTCAACTCTCGACCAGGTGATCAAGGGTATGGCA
TTCAGCAGTAGCGCAGGTGAAGTACATGCTGTGACGTTTTTCGGGAACCC
TATTCGTGGCTGCACGAACTAAAACTAGTCCTATTCTACGGCTCGAGTCG
GCGTTAAGGTGTTGACAGGGGTCGGTGGATTTTGCGCGCCGGGGGGAGGG
GGAGGAGGGGGAGGGCGGGGGGCGCAGAAACACCCCAACGGAGTTTATCC
GAGGTATAGATTTCGTGGAAATTTGTCCCACCAGGTGGAAACCTGTTCAA
CTAACTGCACACGAGTAGCGTTCCGTTGTATGATATGATTCGATACGTGC
TGGTGGATTGCGAGGTGCTGGAGCTTGAAATCTTTATTAGTAGTCACCCA
AAATGGCACCGACCGCCGCGAAGGTTTTTTTTGGAAACCCTACGTGAATA
TCCCACCGGCAGGTGGAAACCTGTTCGATGTGTACAAGTCGGCGTTTCGT
GCTTGGTGGTCAGGGGGGTCTGGGGGGGGGGGGGGGACGAATCAACTCGG
TGGAAATCGTATGTATGCGGGCGTCCCCTTGTTTGATGTCACGTCGCCCC
TTTTCTCATTTTGTCCCGTGTTGTTCGGCGTCGAACAAACGTGTAAACAA
AACATACATACGACAGGCGGAAAATGCGCTGGAGGCTGAGAAACTGCGCG
TGGCGAACTACCTTAACCCTTCCACCGAGGCGAAGCTCCTTCGGGTGTGC
GACGACGAGATGCTCGAGAAGAGGTGGGGCGTCCAGGCAGCCAGCGACGG
TACCTGCGGCGTTGGTTGTTGTTGTTGTTGTTGCTGTTGCTGTTGCTGTT
GCTGTCGCTGTCGTTGTTTGCTATCGACGTCGCTGTCGCTGTGGCTGTTG
CTGTGGCTGTGGCTGTTGCTGTTTGCTCTTTGCTGTTTTGTTGCTGTTAT
TTTGTCGTTGTCGTTGTCGTTGTCGTTGTTGTTGTTGTTGTTGTTGGTTG
TTGTTGTTGTTGGTGGTGGTGGTGGTGGTTGTATCATGGCGTGGCGAGTG
GTGGAGGTTGAACGGAGGAGTAGTGTCGTGTTGTGTCGTGGTTCGTCGTC
GTTGTTTTTTCTTTTTTTGGCGTTTTGCTGCTCTTGGTGATCGTGTTTGT
TTCGTATTGGGGTAGTCCTGTTGACCACGTGCGTGCGTCGTGCGTGTGTT
GAAGGGGCCAGGCTCATCCGGTTCGATGGGGAGTAAAATCTGTCCAACGC
TTTTTTTTTTTTTTAATCCAATGCCGTGCCAGATACAACAAAGGGTTTTG
GTGGAAAAGTGTTCAATTTTCGATGGAAAACTGTGTTCAATTTTCGATGG
AAAACTGTGTTCAATTTTTGTTCCGTTGTGTTGTTGTACCGTGGTTGTTG
TCGTGCAGGGAGAAGATCCTTCTCGAGAAGGAGGGCAGCGGCTGTAAGGT
CCTACTCGCAAACGACAAATCGGACGACCTCAGCCGGATGTACCGCCTCT
TCAACCGCCTGCCGAAGGGGCTGGAACCCATGGCGGAGATCATCAAGGAC
CACATCACGGAGGTACTGGGTATTGATGCGAATCACGGTAGTAGGTAGCA
GTGCTTCTTTGATGGGCTGAACACGTACTGCAAACACTCAGGGTGGGTCG
TGTGCAGCACACGCGGTTGTGCGGGACGGTAAAGTGGGTGGGTGGGTGAC
AAGATTATCCCCTCTTTTGATGAATGTCTACTTTATATAATTCGTTTGCT
GCCTGGTTTTTGTGCTACTGGTTCGCCCCCTTGTACTGAAAATTGGATCC
CTTTTGCTGCACCATGAGTTTTCTCTTCTGTCTGGTTGTTGCGTCCTTGG
TTGCCTCCGGGAGCATGGATGGACAGATGGGGGCACTGAATCGGATCGTG
GCATGTCGATTAAGAACTCGCCGTTTTTCTCTACGCCACGTCAGCAGCAG
CAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCGGCTACGTACATGCCCACG
GTTGTATCAAAACCCGTCTTGTGATGTATGCTACTGTGCCCACATGCTTG
TGTATAATCACATTGCTTTTTTTTTTTTTGTTACTCGTTGTTGTTGCCGG
TCGATCCGTCTTCAATTCAATGGTGGGCGACGAAATGGTGGACCTCGGGG
ATAATGCTGTGTGGTTGATCCGTGGATGGCGGCGGGTGGTGGCGGCAGAT
GGGCACCGCGATCATCAAGCGGCGGGAGGCGAAGATCGAGGGCGGCGAGA
AGGACACGAACCAGGACCCGACCTTCGTGAAGGAGCTCCTGGCCCTGCAC
GATAAGTACATGGCGGTGGTCAACGACCAGTTCGCGGGGAACTCGTTGCT
CCAGAAGGCTCTCAAGGAGGTACTTGATATACTTGATATACGATGGGCGA
TATGTGATGCGTCGGTTTTTTTGTTTCGTCTTTTTTTTGTTGTGTTTCGT
TCGTATCAGGGGCGTGATCGGTTGTCGGTGTTGTTGTTGTTGTTGTTGTT
GTTGTTGCGCTGGGGCACTCTTCAAGGGCAAGAGGTGACATTTTTTTTTT
AATGGAAGGCAAAAGTAATCCTCTTGTTTTTATTTTTTTGTGGCAGGGAT
GGCTTGTTGTTGGTGTGGCGAGTGTTGTTGCTGCCGTTGTTGTAGCTGCT
GTCGCTGCTGTTGCCATCGGTGTTGTTGCTGGTGCTGCTGTTGTTGTTGA
TATCCACTTTACGGCAAGTTGCTTCTCGAGAGCACAAGAGTTGTTACAAC
GAGCTGACATATTTTTTGAATCCATGTGCGACTTTGCACCGCGCTGTCTC
CACGGCCGCCGCCAGGCGTTCGTGGAGTTCGTGAACCGCGACGTGGGCAA
GTTCAAGAACGCGGACCTTATGTGCAGCTTCTGCGACCGCATCCTCAAGA
CGGGCGGGGAGAAGCTCGGGGACGCGGAGGTCGAGGAGTACCTTGCCAAG
GTGGTCCAGCTGTTCTCGTATCTCACCGACAAGGACCTCTTCGCAGAGAT
CTACCGCAACCAGCTGGCCAGGCGCCTGCTCAACTCGCGCTCCGCGTCGG
ACGACATGGAGAGGCTCATGATTGGTGAGAAAATGAAGCTTTTCTATTTT
TCTTTTCTTTTTTTGGGGAGGGGGGCTTGGTGGGACTGCTGTGGCGAGAC
TGGCGATAATGATGAGGCGTTTTGGTTGTGCATGAGCTGCTTGCATAAGT
GGTGAGGAGGAAGAGACCTGTTTTTTTTGGGGGGGGGGCTGAGGAATGCT
TGTCGATTCAAGTGGTTGTGCATGAGCCACTGGCATGACTGTTGAGAAGA
ATAAGGCTTTTTTGCTTGGGCGGGGGCTGGCGAATGCTGGCGGTTGCTCG
TGCAAGAGCTGCTTGCATGGTGAGAATAAACAATTTTTTTTTCTGGGGGG
GGGGGGGGCTGGGGGATGCGGGTTGAGTCGGTTGTGCATTAGCTGCTTGC
GTGACCTGGTGAGAACAAAAGGCTTTTATCTGGGGGGAAAGAGGAGGGCT
CGGCTGGTCGTGCATGAACTGCTTGTATGATAGGAGCGGGGTTGCAAGAC
TATTTTTGGGGGCGCCGTAGACTGAAACTGGAATTGGTGTCGCTGTGCGC
TAGCTGTGATTGGTGAGAACACGAGGCTCATCTGCTCACATTTTTGTCTG
GCTGCTTTTCATCATGCATGGGTCGATTGTGCACGAGCTTCTATACATTC
AGTATCGCAAGGCTCGTACTGTTTTGGTATGAGAAAAATACGCCTTGATG
GGTGCAGCATGTCTTGTCGGGGGGGTTTCGCGGTGTCGTACTGCTGTCGT
ATGACGCACCCCAAGGGTTGCGAGTATACGTGCTGAGGGTGTCGTGAAAA
AGTCTCAATAGTGAGATGCGCCTGCGCCTCACGAGTGTTTACAGGGCCGG
CATGGTATATTTGCCTGGTATATTTACGTGGTGTATTTGCATGGTATGTT
TGCAGGAAGACGCGAAGACGAAGAAATGAACAGCGGACCACCACAGCAGT
CTCTTATGTTTGTCGGCGTAAGACAGCAGTGGCATCTGTTCCCCCGCGTC
TGGGCTGGTACAGACGCTGGTATTTGTTTACCCGTATCTGCGCTGGCTTA
AAAAAAGTGGTGTTTGTTTCTCCGCGTCTGTGCTAGTATAGATAACGGTA
TTTGTTTCCCCGTTTCTGTGCTAGTGTGTTTTGTCAGTATTCCAGTTCGT
TGTTGGGAGGCAAATCTGCAGCTCAAGTGCGGGTCGCGGTTCACGTCCAA
TTTGTTTCCTTTGTGTTCCTTTTTTCTTGCTCGTCGTTGTCTTGTTTGAT
GGGTCTCTCTTCCTAGTTCTTCGTTCTCCGCTGGCAGGCGACGCTGAATG
AAGGTTGATTTCTTTCCGTATTCATCTTCCTTCTTTTTTTTTTTTCACGT
GTCTCGGACACGCGAAGCTAAAGCTCTCAAGCGTCGATCTGTTTCTGCCT
TCATCTGTCATTCATTCTCTTGTTTTTTGTTTTTGCACCTTCTCTCCGTT
GTTTTATCGCTCTGTTTCTCTCCTTTTGCCGTCGGCAGGCAAGCTGAAAC
TGAAGTGCGGGTCGCAGTTCACGTCCAAGATGGAGGGTATGATGAACGAC
CTGGCCATCGGCGGTGATCACGAGGCGGCGTTCTCGAAGTACCTCAAGGA
CGGACAGGGGAGCGGGATGATCGACGTCGACAAGATCGACTTCAACGTCC
AGGTACGATCTGATGTGATGTAATGGGATGGGATGGGATGGGATGTGACG
TGACGTTGCGTGATGGGATGGGAAGGGATGGGATAGGATGATGCGCTTCC
TACGGTAGCTCCATGTGCAGTTGACATGGGCGTGTGCTGTTCATCACTGC
TCTGCCACAACGAAGCCTTTATCTTTCTTCTCAGCCCTTGGACGCCTTCG
ACGAGCATCCCCCCCCCCGGTTTATTGGGACTCAAGGTTTTGGCACCTAC
ACTGCTGTTTTTGTGTCGTCGAGAGCCTGTATTTATGATTTTTTTTCTCT
GCTGTGACACACCTTTGCCCGTGTGTATTTGTGTGTCTGTCTGTCTGTCT
GTCTGTCTGTCGGTCGGTCGGTCGGTCTGTGTGTGTTCGTGTGTGTCTGT
TTCTGTGTGCGTGCGCTGCCGGTACTGCTGCTGCTGCTGCTGCTGCTGCT
GCTGTCGCACGAACCACAACCAAAAAGGTGCTCACGACGGGGTATTGGCC
GGCCTACAAGCCGATGGAAGTGACGCTGCCTTCGACCATGAGGAAGTGCA
CCGATGTCTTCCAGAAGTACTACGACGAGACAACGACGTGAGTGGAATAA
ATATACCATACGGCAGTACTGCTGTGTTATACCGGTATTGCGGTGTGTTG
TTGGGATGGGTGGGGGTGGTGGGGTCATGCGCGTCTGTCTCCGGAGGTTC
GTTTTTGCGGGTTGGTGGGATTTTTTGCAATGCGCAGACCATGGGGGTGC
GCGTGGATGTGATGTGATGTCATTATGTGCTCCCCACGGTACCTCCATGT
GCAATTGGTACGGGCGTGAAAAGTAAATGATGACATTCCTTCGAGATGAT
GGAGATGTCATCATACGAATAATGATACCTGGTGACACGTTTTGGAGGAC
AGTGTTGTATCACGGGATGGGCTCTTCTGTTGTTATTATACTGCCGTGCT
TCCAAGAGCACCTTCAGTGAGTCATATTTCAGGCAACGCGTTTTGGAAAA
TTGCTGTGTTGTGGTAGTCTTTCAGTTGAATTGCAGGTACTTTCGTAGTT
GTAAAATACCCAAAAGCACCTTCAGTACTTCAAATTTATGCAACACGTTT
CAGAGTATTACGGTGGTTGTACCTGTGTCCGTGTGCTCTCTTAGTTGTCA
TTTCTCCAAAAGCACCATAGATGAGCCATTTTTCTGGCCGCAAGTTTTGG
AGCGTTTTTGGGCTCCCTTTGTGGTTCCAAGATCTTGAACAGAAAAACAC
GCCTTCGACTACTTTCTGTTCTATTGTTGTATGCACAGTTCCTCCAAGAG
CAAAGAGAAAAGAAGAAGAGCAGTTGTGTACGAAAGATTAACGTTTTGAA
GTATGTTTTGAGTTTTTCTGTGCCATTGGCAAAGAGAAACTAACGGGAGA
TGTTTTCGTTCAACACGCTTTGGAGTATTTTTGGGTGCGTTCATCAGTGT
GGTGTGTCCCCCAAGAGCACCTTAGATGGGCCATATTTCACACTACACGT
TTCGGAGTAATCTTGGGTGGTTTTGTTTCGTCGTCATGCCCCCAAAAGCA
CGATCAAATGGGCTCTTCATGCTTTTTTGTTGTTGTAATATCCCCAAAAG
TACCTCCAATGGGCACGAGGTAATATTTTAAAAAACGTCACGTTCTGGAG
TATTTTTGGGTGCTCTCCTTGGTTTGATAACTCCCAAAGCACCTCAGATG
AGACAATACATATATGTGGTACTTCTTCGTATGCAAACAATAAATCCCTG
TATGACTCTTTTTTAAGAATACTTTTCAACAGATGCTCTTTCCGTGGGAC
TCTTTGACGTATCAAGTGTGGTAGGGGACGGACTGTCCACGAGGGAACAT
AGCGCATCATATGCATCCCCATCTCCATGCATTGGTACCACAACGGAGAA
GAGCATACCGCACCTTTTAGGTGAAGTGGCCGCAAAAGGCGGGTGCGCTG
TCCGTGCACCTGTACCTTTATCTTCTTGTAGAGGCATGTACTTCCTTGGA
AGTACTCCGGAGTGCATGAACACTGCTGTGCGTTCTTTCGTCATGGGAAT
GGTGGCAGAGAGGGGTGCGTCGCACGCACCTCGTCTCCTTTTTTTTTTTT
TAAGGTGAGGACCGTAACCGTACATGGCCGTTGTGTCTCGACCGTCACGG
CCGGCGTTTGTCAACCGCAACGGCCCCCGCATCTCAAACCGGAATTACCG
GTGTATCATAATCGCAGTGATCGGCGTGTCTTAACCGCAATGGTCGGTGC
ATCATAACCGTCAAGTGATCGGTGTACGTATCTCAACCGTAATGGCCGGT
CTATCTTAACCGTTGCGGCCGGCGTGTCTCAGCTGTCACGGCCGGTGCAT
CATAAGATCCGTCATGGCCGGCGGGCGCATCAAAACCGCAAGAGCGGGTT
TTGTATATAACAGGCACAGAGTGATGTTCATTCCCGCAAGGCAACAAGTG
TGCGTGCATCCACTTAGCCGACATGCACGGCAGAGGGGCACCTCGGGGAC
CTTGACCCCACCAACCACGACACACCACGATAAATTTATCAGGCATCATA
CGGACTTGAGTTACCCCGCACACCAACTCTAACTAAAGATAACCGAGCGT
TTTACCTCCCTCCCTTCCTCCCTCCCTTCCTTCCTTGCTCCCTTCCTTGC
TTCCGACTAGGCACCGGCGGCTTGGTTGGTCACACACTCTCGGAACCGCC
ACGATCCGGGCAAAGTACAGCAAGCCCTACGACTTGCAAATCACCACGCT
TCAGGTAGGTGACGTGACCTCGTGCTTTTACGAAGGGGTCGCAGGACGGG
CGGTACTAATGATGCTGATGCTGCTGCTGCTGCTGCTGCTGCTGCACTCC
CTTGCATGTAAACATGGCGTCGACAGACACAGCTGTAGAAGTAGAAACCT
CTCGCGACCGTCGAGGCTTCATGATATGCGTCTGAGTTGACTTGTAGGCC
CTGTGCGTTTACTCAGTGGTGTATATATCTGGTATCTCCAGGCGCCTTCA
TCATGTAATAATAAATGTTTGCGTACTGCTTGCTGCAGGTCTTGTGCGTT
TAGTGAGTGGCGTGTCTCCAGGTGTATGCGATGTTTGTTTTCTTTGTGTG
TCACAAGTGAGAGGGCAGGGCTGTGTGTTGTGGAAGTGTCGTGCTTACTC
GCAGGCGTGTTGCCCGACGGAGTTTAAGCGAGCAGCGCGATGTCTCGCCG
ATCCCCATCCATCTCTCACTCAAATCTTAGTCCTCTCTTGTCTTTCGTTT
CCGCCAATCTACGATACACGGCGTTTGTCGTCTGTCTGCAACATAAACAT
TGTCGCGTGTTTCACTCGCCCCACGATAGCGGCAATCTCCCGTTGCCCGA
TGCAAATTTTTCGTGTGCATGTTTTCTCTTTTTGTGCCGTCGATCTACAC
GCGTTGTTGTCTGCTACGTATCATACATGTTGTCACGTGTTACACTCGCT
CTGGTAATCTTTCGTTGCAATGATAGATGTGATTTTTTTCCGCATGCATG
TTTTCTTGTTGTGTGATGTGATGCGTGATGTGTGTTGTGTTTTGTTGTGC
TGTGTTGGAAAGGCGTGCTGCCTGATGGTGTTCAGCGAGGAGACGAGCAC
GCTCGTTTTGGGGGAGGTGAGCCAGCGCCTCCACCTCCCAGACGACACGG
TGAAGCGGATACTTCACAGCCTCAGCTGCGGCAAGTACAAGGTGCTCAAG
AGAGAGGGAGAGGGCGGTAGCATCAAGGCAACGGACAAGGTATGCGACGC
GTTGTCGTTTTTTTCTTGTTCTTTTTTTCTTTTGTCTTTTCTCTCGGACC
CGATTGATGTTGCTTTGTCTGACGAGTTGGATCGTCGTGGTAATTTTACT
CCGTGTCGGGAGGAAGACACCGAGAGAGAGAGACACAGGGAGAGATTCGG
GGAGAGAGGGAGAGAGGCCTAGAGGCGAAGACAAAGAGAGATATGAAGAG
AGAGAGAGAGAGAGCCAGAGAGAGAGAGAGCCGCATACCGTTGTCGCCTC
TTCCTTGCCTCCGGTCTTAATGTCTACCGTAGTCAGTCTCCTCTGCGGTC
CTCGCATGCCACGATTTTGTCTCGTATCTGTGACGCGGCGTGGACGCAGC
CATGCCTCGCTTGTACCCTGCAGAGCCCGCTCCCGGTTTCTTGCCGAATC
CGACCGCCGCAAACGTGTACCGTATGCTCATCACTGCTGTGCGTGTTTCG
CTGCATGTTTCCTCGCCACCCTCTGCCGCCAGCCGCTACATCAGCAATAT
CTCTCTTATTTATTATTTCATTCAAACTCACCGCACTTTAAATCTCGCCG
CATTCTGAATCCCGCCGCAGTTCGCGTTCAACTCGTCGTTCAGCTGCCCG
TTGCGCAAGCTCCGCATCCCGATGGCATCACTCGAGGAGAGCCACAACCC
GAAGAGAGTCGAGGAGGACCGAGGGTGAGTCGAACGGAAGGCTGTCGCTC
AAGTCTTGGCTCTCCTCTTGCTTTGACTTTGACGTTGACTTTCCCGGAGC
AGAGAGACATAGACTAGCGGTCCATTCCCGGTACTACCGGTACTTACGGA
TGAAGTTGGCTTACGTTCTTTCATACCACATTGTTCGCGCGTCACGGTAA
GTTTGGTTTAGACGCTGCGCGGTGTAAGCAGCAGCGAAATGCAAAACAGT
AGCATGGGCGATACAGTAGCACGAAGTGTAGCTATCTGCGGGCATTCCGG
TTGCCTGCGCCCCCTCTCGCTCCCCATTGATTTGGCGTCCCCTTCTTCCC
TTTCCTCCCCCCCCCCAGTAGCACCAAGTGAAGCTATTTTCCTCCCCCCC
CCCCCCCCCCCGTTCCCAATTGATTCCGTCCCCCGTTTTCTCTATTTCCT
CCCCCCCCCCCCAGTAGCACCAAGTGCAGCTATTCGCGGGCCTCCCGGTT
GCCTGCCCCCCCCCCTTCTCGATCCCCATTGATTTCGCCTTCCCCCACAT
CTCTCTTTCCGGCCCCCGTCCCCTCTCTGCGCGCGTTCTGCGCCCCCCCT
CCCTCCCCCCTGTTTGCTCTTTACTCTCTTCCTTTTCCAACCCAAACCAA
CACTGCTGTATGTATGATAGCATCGCGATCGAGGCGGCGATTGTGCGCAT
CATGAAGGCGCGCAAGACGATCGGTCACCCTCAGCTGGTGGCGGAGGTGT
TGAGTCAACTCTCCTTTTTCAGGCCCAACCCCAAGGTAACGGGTTTTGTT
GTATGTATCATTCGTGAGGCAGGCGAGGCCGTGCTCAGCTGTGTTGCTGT
TCGTTCAGGTACAGGCTGGTTCACGCAAGAAACCCGAAAATCACTCCCCA
TACAATCTCGAACGCAATAATTACCCAATCTGGACAAGTTTGGTATCAAA
CTGACCGCCGTCAACAGCCTAAGACCGTGACATTTTTGGATTTTCGTGTA
AGGCTTTCGCGGTGGCGCTAAGAGCGAAAATGTGACATTTCACAGAATGA
CGTGATATTACACCCCCCCCCCCCAAATCCTGCCAAAATCAGGCTTTCAA
CACCAAATGCACCCATAGTACATGCGCGCAAAAGTTCAGCGTCTAACTCG
AAAGAACCGCGTGAGAAAATTCCGGGGAGTGAATTTCTTGTTTCTTGCGT
GGACCAGCCTGTACATAAAATAGCGTTCGGTATTTCAATCAAACGTCAAG
ATTTTTTGTGCGTTGCTGTTCGTTCAGGTACATAAAATAGCGTTCTGTAT
CAATCGAACGTCGAATAGTTTTTTTTTGTTCGTTTTTTGTCAGCGCGTGT
GTGAAAGGAACCCCAGAGACATTCGGGTGTAGCCAGAGAGTGAGTCGAGC
TGTGAAAAGGCCGTGAACACCGACTTCGCCTGTGGCTCAAAGCCTCCTCC
GGCGCACTAAACAGCAGCATCCACGTGTCTATCGACTTGTTTTATGAGAG
GCTGCTTCTTTTTAACTCGTCTCAAAGAAGGATGATTGTTGAGAACTGCG
AGGACGATGCAGCGGTTTGCCCCACCGAAGTGAAGAGGGAGGGCTGGAGA
ACACACGGCGACGCAAGCACCGGGTGTCCCTCCTCGGCCGGTGGCGGACT
GGGAGTTCGAAGGCTTTCCCTTTACTCTCTTGTGGCTGCTTTGAGACTGC
TTGCTGTAGATGCTGCTGCTGGTTGTCGATGTTGTCGACTGTTGTTGCTC
TCGATTTACGCCCCCCCCCGCGCTCCCCGCCCCTTCCACAACGCCCCCCG
TTTTTTTCAGGTCATCAAGGCCCGCATCCATGGGCTGATCGAACGCGAGT
ACTTGGAGCGCGACACCAACCAGGCCAACCACTACTCGTACCTTGCGTGA
TGTGTCCTTGGTTTTGTTGCTGATTGGATTTTGTGACTTTATTTGGCGAT
GATTTTATTGGCCGGTTGTGATGATAGACAAACAACAAAAAAGAAGAAAA
GTTCGCATTCTCGTTATAGGGGTTTCGGATAGATAGTTGGTTGGCTTGAG
TGAGGGCGTTTGTGTGGTTGAGTGGGGAGTTGTACCCACCCCCCCACACA
CGCGTAGCGCTCTTGCCCCGCCAGTGATGGCCTCTGCAGTCTGAAAACCG
CATGCTGTCTCGACAGGGATGAACAGCATCCGTCGCGAGAAGGGCAGACT
TTTACAAGGCCGGACGAAGCCGCTCGCCCTCGCCTCGCCAATGTACTATC
CAACCTCGTATCCGAAGTGTTGTCGTCGTCAGAAACCTCAAGACAGAAGA
AGACAAAGATATATACGTACGCACCACCAAAAGTTTTTATCGACGGTGCT
GTTTGATGATGAAATGGCGGCGCGCGCGGTGCTTGTGTTTTAGGCTGCGC
GAGCGGTGCACACCAACACGCACACGCACACGAACGTACACGAATCTAAA
AAAGACGCTATCGGGAGTGAACAGTGCGGCATTACTTGCGTCACGCCTTG
TCTTGTTTCAAGTGCGGTCAAGGATTTGCCGTGGTTGTTTTATCTTAATT
TGGGTCCCCGAGCTGTCATTTGGCGGTGAGAGAGGATCGGCGAGGGCGGC
GGGTACAGTAAAAAGAGGCAAATCTTGAGGTACGGTCATTGTGCTTCACC
TTTTTTTTTTTTTCAAGAAACCGGTCGGATGTAAGCCAGCCACAAGCTTG
AGCGAGAAATACGGCAATTTCTGTTGGATACGAGCGGCCGAGCCGTTGTT
GTTCCTTCGTTGCTCCGTGGCACTAGCGCAGCTTCCCCCTATCATACACA
TGCGTGCGTGTGTGAGTGCGTTTCATCTTGCTGACGTTTGTCCTTTTGAG
TGCCGAAAGACTGATTGTTATGTGCTCGGGAAGAAGCGAGTTGGTTTTGA
GTATGATACAGCAGTATAGTCCGCTTTCCAGACATACTTTATATTTGCCC
TTTCTTTAAAGGCTGGTTGGTACCGTAGGCGCCTCCGTGTCCCTTCGTTG
GCAGGCGGCGCACCTGGTCGGGGGGCTGCTTGCCCGGTTGACTGTTTGAT
TGATGTATCACAATATGCACGCTCCGAGATGCGGTTTTTGTTGTTTTTTA
CGAAGATTTACCGCTTGCTGTGATGTTACAAAAGCATCCCTCGTGAGACG
GACGGACGTCGTTCGTGCGTTTTCGGCTCGCAGCCCTCCGGGCTCGTTGG
TCGATCAAAGTTTGTTGGTTGTGTACGAGAACCAACTCGGTCGTGGTGGA
CGTTTATGTGCACATATGATACGAAGGATTTGTATTGCGATGTTGCGTGA
CAAATACCCTCGCGATATACTCTTACAAGTACGTATATACGCCTTACAAG
TACGTATATACGCGAACTTATCTTTCGATACACATCATCATCCGTCAGGA
TGATGTTTGTGTTGTGTCTCCCCCGGGATGATGGCGGTAAGGTTTTTTCT
TGCAGTGCATCGAACCGAGGGCGGGGCAGCGCCTGTCACGTGCGTGTCTC
TTGTCCCCCTCTCTTTATCTGCGCCCCCTAGCGCGTCTCTTGGATGCCGA
TATCGTTGCCGGCGATCACGAACGTGATTTGATGATGCGGAAAAAAGACT
GGATGACCCATGAAAAAAAGCGCTTTGAGGGTACGATACAGGCAGGCAGT
TCATTTGTTGTGCGATTTTTCTCGATTTTTGCTAAAAAAGAAGTATTTTG
GTGCGCAAGTATTACACGCGATCTTATTTTCAGGATCCTGCTGGTTTGGG
TAGTAGTATTTCGACTGCTGCTGTGTTTTCCAAAGTGAAGTATGGCGGGA
ACAGAGGGAGCGAAGAACGGGTGGTGGTTTTGTTGTGGTGCGCGCCTGAA
AATGGGGATGCGAGAGACAACCATGTGAACGTGGAACACAAATATCAAAA
GTCACTGTAAAAGAAGACAGAGGGCCATGGCAGCATTCATTCATGAAAAG
TTCATGCATCATCAGGGGAGACATCATACTGATGATTGGTTGTTGACAGC
CTCGGAGAAACAAGAGGCACGGTGTTGGATGCGGCGGCGGC
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Coding sequence (CDS) from alignment at P-littoralis_Contig119:274030..295220-

>mRNA_P-littoralis_Contig119.47.4 ID=mRNA_P-littoralis_Contig119.47.4|Name=mRNA_P-littoralis_Contig119.47.4|organism=Pylaiella littoralis U1_48|type=CDS|length=2244bp|location=Sequence derived from alignment at P-littoralis_Contig119:274030..295220- (Pylaiella littoralis U1_48)
ATGTCTTCACGGGACGCGCAGAGGATCATCTCTCTCGAAGATGGGTGGTG
CAACAACATCAAGCCCAACGCTATCAACGTCCTGGAGGACCACCTCAACA
GGGGGTTTGACAAGAAGACGTCGCGGCTGTTTACGCCGAAGGACTTCATG
AGCACGTACACAACGTGCTACGACATGTGCACCCAGCGATCGCCCTACAA
CTGGTCGGAGCAGCTGTACGATAGACACGGAGAGACCATCTCCCAGTACC
TTTCCGGGACGGTCGTGAACGCCCTGAGGGAGCAGCACGGGGAGTTTTTG
CTCAAGGAGCTCGTGCGAAGGTGGTCCAACCACAAGATCATGAACCAGTG
GATGCAGAAATTCTTCCAGTACCTCGATAGGTACTACGTGAAGCACCACT
CGTTGCCGTCCTTGAGCGAGGCGGGCCTGAAGCACTTCAAGAAGCTCGTT
TACGATGTCGTCAAGACGACGGTGGTAAACGCGATGCTGGACGTGATCAA
CATGGAGAGGGAAGGGACCATTATCGACCGACCGCTTATCGGGTCGTGCG
TAGAGCTGTTCGAGTCTATGGGGATGGGGACGCTAGACTCGTACGTGGCG
GACCTGGAGGAGGCTCTACTCAGCAACACCAAGGACCACTACGCCAGAAA
AAGTCAGGAGTGGATAGAGACGGACTCAACACCCGACTACATGATCAAGG
CGGAAAATGCGCTGGAGGCTGAGAAACTGCGCGTGGCGAACTACCTTAAC
CCTTCCACCGAGGCGAAGCTCCTTCGGGTGTGCGACGACGAGATGCTCGA
GAAGAGGGAGAAGATCCTTCTCGAGAAGGAGGGCAGCGGCTGTAAGGTCC
TACTCGCAAACGACAAATCGGACGACCTCAGCCGGATGTACCGCCTCTTC
AACCGCCTGCCGAAGGGGCTGGAACCCATGGCGGAGATCATCAAGGACCA
CATCACGGAGATGGGCACCGCGATCATCAAGCGGCGGGAGGCGAAGATCG
AGGGCGGCGAGAAGGACACGAACCAGGACCCGACCTTCGTGAAGGAGCTC
CTGGCCCTGCACGATAAGTACATGGCGGTGGTCAACGACCAGTTCGCGGG
GAACTCGTTGCTCCAGAAGGCTCTCAAGGAGGCGTTCGTGGAGTTCGTGA
ACCGCGACGTGGGCAAGTTCAAGAACGCGGACCTTATGTGCAGCTTCTGC
GACCGCATCCTCAAGACGGGCGGGGAGAAGCTCGGGGACGCGGAGGTCGA
GGAGTACCTTGCCAAGGTGGTCCAGCTGTTCTCGTATCTCACCGACAAGG
ACCTCTTCGCAGAGATCTACCGCAACCAGCTGGCCAGGCGCCTGCTCAAC
TCGCGCTCCGCGTCGGACGACATGGAGAGGCTCATGATTGGCAAGCTGAA
ACTGAAGTGCGGGTCGCAGTTCACGTCCAAGATGGAGGGTATGATGAACG
ACCTGGCCATCGGCGGTGATCACGAGGCGGCGTTCTCGAAGTACCTCAAG
GACGGACAGGGGAGCGGGATGATCGACGTCGACAAGATCGACTTCAACGT
CCAGGTGCTCACGACGGGGTATTGGCCGGCCTACAAGCCGATGGAAGTGA
CGCTGCCTTCGACCATGAGGAAGTGCACCGATGTCTTCCAGAAGTACTAC
GACGAGACAACGACGCACCGGCGGCTTGGTTGGTCACACACTCTCGGAAC
CGCCACGATCCGGGCAAAGTACAGCAAGCCCTACGACTTGCAAATCACCA
CGCTTCAGGCGTGCTGCCTGATGGTGTTCAGCGAGGAGACGAGCACGCTC
GTTTTGGGGGAGGTGAGCCAGCGCCTCCACCTCCCAGACGACACGGTGAA
GCGGATACTTCACAGCCTCAGCTGCGGCAAGTACAAGGTGCTCAAGAGAG
AGGGAGAGGGCGGTAGCATCAAGGCAACGGACAAGTTCGCGTTCAACTCG
TCGTTCAGCTGCCCGTTGCGCAAGCTCCGCATCCCGATGGCATCACTCGA
GGAGAGCCACAACCCGAAGAGAGTCGAGGAGGACCGAGGCATCGCGATCG
AGGCGGCGATTGTGCGCATCATGAAGGCGCGCAAGACGATCGGTCACCCT
CAGCTGGTGGCGGAGGTGTTGAGTCAACTCTCCTTTTTCAGGCCCAACCC
CAAGGTCATCAAGGCCCGCATCCATGGGCTGATCGAACGCGAGTACTTGG
AGCGCGACACCAACCAGGCCAACCACTACTCGTACCTTGCGTGA
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