Protein

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UniProt accession

A0A6M5C9T9 [UniProt]

Protein name

Tail fiber protein

RBP type

Evidence UniProt/TrEMBL

Probability 1,00

Protein sequence

MVLQNIVTGYTIASIQHSIFSDYDVIGRTFWLTTGGVTTRRDFTGVDTFIATINNLTAGATYSAQGAFYDSMVDAELMAAKVGMNLSSTVNFKMKTAPKITKVSSFAESVDVGVGAPMVVVELSGEAEYVTIEMKPEGSSTWTKYYRGPITEQIIFGGVPVGRYNIRVSGVVTMPDGVTVDVSGYDTWPSLFNLTYNFTPPSAPTNLRFKTAHIQDGMERFDVRLEWDWTRGTGANVREFIIQYISNDEFAKTGWTKANKLNVGAAKAGTITSFPYKIRHRFRVLSVAWGPDTQSITNSNEVTYIIDESTTFDNAFINETGVEMTYAGIKGKLWNSNTKQWEQTFLVDAATGAVVLGTLDENGKAPISFDPVNKIVNVDGKVITKDINAANVILTNLTGKDNPAIFTQGKKYGNNAGGVWMGVDNTDGKAKFDLGNNTQYVRWDGDTLRISGNVVIGTPGGDVDLETGMQGKQTVFAYKLGTSLPSRPLDQVYPPAGWSAFPPNRTDQNQNVYVVQGTLDPKKSPPALVDGTNYSAASQWSGVPGTGGTDGSNGDYTVQIYQISASKPTKPGNINDPSGWSRTPPTGTPLWMCSGRFNGDTNALTVEGWSDPIRVDGEKGATGATGATGPQGPQGPAGGSVEVQWSKDGTTNWHANFTTGDIFMRQRVGTGGWSAAIRAVGEDGTNGTPGSKGNYIGMRFRVAAEKPATPTGQTPSGWSDAPPQGNPLWMVKAEFNGQTNALVGTWSEPVRIDGEGIGVNLYPVKKTLDQWTGMSNGTMVKNPDTLSFTITNTESTTSSTGPGAHPVPFQGSQGPIVEIPVKPNTSYIFTYEVSTDSTSFALRDLLLEFSSITGSFTNFQELLTGAKGKQEAKITTRADTKFLSFRPGVRTAGATVTYSNLKLEEGIKSTAYSVEASDSIGEKGDQGTQGPQGPQGNQGPQGNQGPQGAKGDNAKGFSISSLGQTFTYDAEGKLKSDATILFQAFRQNTTANVTWSAKDEKGGNITLTSVSNSGASLTAANFKTSKSVVVTAVCDGITDQISIVRLDDGSNALVGLLTNEGSTVLANYAGYVQNYSTGSGDFKVFYGAKDITSECTFSTMEKNNLDADITSAGKYTLKGMPAGTDVINGWVDLRAVHPTYGAVVRRVATTKSILAKGYDRVITTSFENGNKGTWSTGSVQGVSGATIVAAGFSKALVISARDCIEDANAFPVVAGQKYRLGMWIMANESKVNINMGMRIVRAADGAVDWQGTLMIAQGTPVPGGWSYIEKEFTVGSSNTGMAMPWIQMNGSSGSDLGKAYITDIHIFALEMDGEKGDTGATGATGSQGPQGPQGNKGDKGDTGATGAQGPSGNSVNVQWSKDGSTNWHAGFQTGDIFMRQQVNGVWGGAIRAVGEDGKNGADGTDGDYISMKFIVQDTKPGTPTGNNPGSWSDAPPVGSPLWMTKGTMNASGQLQGTWSNPVRLDGTINPNLFAARKWMAGMTGTESGTSKNDIEKLTHTLTRTSGTDNTAPGCYATPYLGSGAFSHPVTPGKRYTLTYNIDAASEVQTRDIIFWQANPDSGQSTYIEELNTGSSIKVKRTFVVPSGMNYLTLRPSALTLNVATTWSMIKLEEGGEKTEYQVEYSDSIGIVGKSVLVQWSKDSSASNWHDTFQTGDLFMRQNVDGVWGPAIRAIGEKGEIGPDGKKGNYTNIIFRISDTKPAKPTGNKPTDWFDAPPDGSPLWMSTATFNGDTNAIIGTWSDPVRIDASGVGENFLAFKEWMMSVQRAEGTGSSVSKNPDQMRFRVTAGPSRNDAYTVPYQGTGTHFIEVSPNTVYTLSFEMETAVSTRMMLLQFDNGNGGTHARNNQVISTSTGRNSLTITTGANTTHLSMRMSISNMGETNVLMKPKLELGAFPTAYVAHPSDLLGKDGATGATGPQGPQGNTGATGATGPQGSKGDTGATGPQGPQGPKGNAGENAKGFALTSDYQSFVYDTVGDIKSATTILFKGLKQNTTAGITWSAVNNTGAAVTLMNSGDNRQLTAANFGTSKWVTVTASCDGLSDQITVVRLQDGENVLTAVMTNEAATVLANYSGYCQSYENAKGQMRVWYGSTDVTGQCTFSEGGRSNVTPSINSANGNYSVTGMLDGTDITEGWVDVKATHPKYGAITKRFAVTKVFLAKSYEMVITNTFENGNKGSWAGTLQGVSGPTNQSISKALRITARDNLEGRNTIPVVGGQKVRIRFWYNPLGLEEAICRVGFIVHRKDGGKGYPSRTVVTGPAPNSSWAYFDQELTLSANDEGIAWPWFQLDNKTSGSSLGYMLVADIHFEDLSMDGADGATGPQGPQGNTGATGPQGNKGDTGPQGPQGPAGASVGVQWSKTGNANDWHTTYVTGDIYMRQQVNGVWSSAIRAVGEDGQVGADGKYTSLRFQVAATKPARPTGNSPANWSDAPPDGSPLWMVKGEFNSNNQLQGTWSDPVRLDGETVNPNLYPVKKQLSAWTGMNNGTISKSPDSLSFTITNTESTTSAGPGAHPTPFQGNQGPILELPVKGNTAYVFTYTVSTADAAISTRDLILEFNSLISGYASLVEKLVNTKGEQEIRFTTKSATKFIGFRPGVLAAGSVVTYSKLKLEESIVATPYSVEASDSIGEKGDTGSQGPQGSQGPQGSKGDKGDTGATGPQGPQGANGNNAKAFALTSDSLSFSFDTSGNLKSNGTIKIDSWRQNTTAAITWTAKNQAGDNITLGGTATNKTITSAQFGNSEYVTVTATCDGISDSITIVRLQDGINSLVGYLTNEAANLSCNSYGFVQNWDGTTGNFKVFYGTVDVTSQCTFGVEDKSNLNGNIGSSGYYAPSNMPNGMEITSGWVDYKATHPKYGTLIKRFTLKKSLPGIGYDRVFTGSFDSGNRGSWGRDVVDIANGQPGGHTKAIVCTSRDTMEANNWFPTRKGMRYRITAWVNNSEGEYQLRLGLHCQNANGSVNTAWPAMPVASAKDPEGWRLVSTIVTVTDGGSAETGRARPFIQMNGSASPFGNAYVAAIAIEDLSMDGADGATGPQGPQGNTGATGPQGNKGDTGPQGPQGPAGNSVNVQWSKDGSTNWHSTFTSGDLYMRQQVNGSWGPAIRAVGENGANGTPGSKGNYVSMKFAVMASTPSRPSGSNPSGWSDSPPPGNPLWMIKAEFNGETNAIIGNWSDPIRLDGDSINENLFYFKAWLDSITGVAGSGSSIGKNYELLRARIIAGTGVTDAYTLPSDGPASMFTYLPPNTTYTMSFETDNAVEVRCHVFWYAKGSNTTGGVLKTIASTTAGLSSFTFTTPANSDRISVRFSVNQSEGNNVVGRCKIEKGAFVTSYVRNQYDAVGDRGPGFYTQPISNLTAWNDTQAASFFQSTFAGPPVKYDVLTQYKSGSPQNSWTRQWNGSAWTAPALTVHGDMIVSGSITADKIIANNAFLAQIGVDILYNRAAALSSNPEGTYTMKIDLANGYIHIR

Physico‐chemical properties

protein length:	3465 AA
molecular weight:	367749,58610 Da
isoelectric point:	5,69915
aromaticity:	0,08918
hydropathy:	-0,39281

Domains

Domains [InterPro]

IPR057550
STR
1–87

IPR057550 IPR057551 IPR057552 IPR057549 DC_0341 DC_0392 DC_0456 DC_0456 DC_0456 G3DSA:2.60.120.260 DC_1191

IPR057551
STR
95–185

IPR057551 DC_1191 G3DSA:1.20.5.320 IPR008979 IPR050392 G3DSA:2.60.120.260 DC_0456 IPR057549

DC_0392
STR
546–632

DC_0392 DC_0456 G3DSA:2.60.120.260 DC_0392 IPR008160

DC_0456
STR
1957–2088

DC_0456

A0A6M5C9T9

1 3465

Architecture

STR

STR 1-87 | STR 94-185 | STR 200-632 | STR 810-1127 | STR 1146-2873 | STR 2877-3021 | STR 3069-3465

Legend: ATT STR RBD CBM LEC ENZ CHP LNK TAS TTP UNK Unmapped

Domains [InterPro]

Domain ID	Category	Cluster	Start	End	Layer	Name	Pref Zone	Confidence	Evidence	Support
IPR057550	STR	DC_0866	1	87	InterPro cluster	Straight fiber protein PB4, first Fn3-like domain	N-terminal	Medium	Text match	229 proteins / 229 hits
IPR057551	STR	DC_0197	94	185	InterPro cluster	Straight fiber protein PB4, second Fn3-like domain	N-terminal	Medium	Text match	230 proteins / 230 hits
IPR057551	STR	DC_0197	95	185	InterPro cluster	Straight fiber protein PB4, second Fn3-like domain	N-terminal	Medium	Text match	230 proteins / 230 hits
IPR057552	STR	DC_0003	200	324	InterPro cluster	Straight fiber protein PB4, third Fn3-like domain	Central	High	Text match	998 proteins / 1603 hits
DC_1191	STR	DC_1191	235	560	Novel HMM	DC_1191	Central	Low	Positional only	75 proteins / 75 hits
IPR057549	STR	DC_0351	341	554	InterPro cluster	Straight fiber protein PB4, spike domain	C-terminal	High	Text match	247 proteins / 290 hits
DC_0392	STR	DC_0392	546	632	Novel HMM	DC_0392	Central	Low	Positional only	58 proteins / 58 hits
DC_0341	STR	DC_0341	810	972	Novel HMM	DC_0341	Central	Low	Positional only	62 proteins / 62 hits
G3DSA:1.20.5.320	STR	G3DSA:1.20.5.320	921	979	Merged direct domain	G3DSA:1.20.5.320	Central	Low	Positional only	67 proteins / 67 hits
DC_0456	STR	DC_0456	955	1127	Novel HMM	DC_0456	Central	Low	Positional only	38 proteins / 38 hits
DC_0392	STR	DC_0392	1146	1608	Novel HMM	DC_0392	Central	Low	Positional only	58 proteins / 58 hits
IPR008979	STR	IPR008979	1158	1307	Merged direct domain	Galactose-binding-like domain superfamily	Central	Low	Positional only	24 proteins / 24 hits
G3DSA:2.60.120.260	STR	G3DSA:2.60.120.260	1158	1309	Merged direct domain	G3DSA:2.60.120.260	Central	Low	Positional only	264 proteins / 264 hits
IPR050392	Unmapped	-	1308	1958	InterPro	Collagen/C1q domain-containing	-	-	-	-
DC_0392	STR	DC_0392	1596	1884	Novel HMM	DC_0392	Central	Low	Positional only	58 proteins / 58 hits
DC_0456	STR	DC_0456	1880	1961	Novel HMM	DC_0456	Central	Low	Positional only	38 proteins / 38 hits
IPR008160	STR	DC_0536	1908	1958	InterPro cluster	Collagen triple helix repeat	C-terminal	High	Text match	355 proteins / 386 hits
DC_0456	STR	DC_0456	1957	2088	Novel HMM	DC_0456	Central	Low	Positional only	38 proteins / 38 hits
DC_0456	STR	DC_0456	2087	2560	Novel HMM	DC_0456	Central	Low	Positional only	38 proteins / 38 hits
G3DSA:2.60.120.260	STR	G3DSA:2.60.120.260	2164	2308	Merged direct domain	G3DSA:2.60.120.260	Central	Low	Positional only	264 proteins / 264 hits
DC_0456	STR	DC_0456	2518	2672	Novel HMM	DC_0456	Central	Low	Positional only	38 proteins / 38 hits
DC_0456	STR	DC_0456	2668	2873	Novel HMM	DC_0456	Central	Low	Positional only	38 proteins / 38 hits
G3DSA:2.60.120.260	STR	G3DSA:2.60.120.260	2877	3021	Merged direct domain	G3DSA:2.60.120.260	Central	Low	Positional only	264 proteins / 264 hits
DC_1191	STR	DC_1191	3069	3465	Novel HMM	DC_1191	Central	Low	Positional only	75 proteins / 75 hits
IPR057549	STR	DC_0351	3337	3444	InterPro cluster	Straight fiber protein PB4, spike domain	C-terminal	High	Text match	247 proteins / 290 hits

Taxonomy

	Name	Taxonomy ID	Lineage
Phage	Klebsiella phage vB_Kpn_B01 [NCBI]	2736185	Uroviricota > Caudoviricetes > Demerecviridae > Sugarlandvirus B01 >
Host	Klebsiella pneumoniae [NCBI]	573	cellular organisms > Bacteria > Pseudomonadati > Pseudomonadota > Gammaproteobacteria > Enterobacterales

Coding sequence (CDS)

Genbank protein accession

QJT71605.1 [NCBI]

Genbank nucleotide accession

MT380195 [NCBI]

CDS location

range 75203 -> 85600
strand -

CDS

ATGGTACTGCAGAATATCGTGACCGGCTATACGATTGCGAGTATTCAGCACTCAATCTTTTCCGATTACGACGTAATTGGTAGAACTTTCTGGCTAACTACGGGTGGGGTAACCACCCGTAGGGACTTTACCGGCGTTGATACATTCATTGCCACAATTAACAATTTAACCGCTGGCGCTACCTACTCTGCTCAGGGTGCTTTTTACGACTCAATGGTCGACGCGGAGCTGATGGCTGCTAAAGTAGGGATGAACCTCTCTAGCACCGTTAACTTTAAAATGAAAACTGCTCCGAAGATCACCAAGGTGTCTTCTTTTGCAGAATCTGTTGACGTTGGTGTTGGTGCTCCTATGGTTGTCGTAGAGCTTTCTGGTGAAGCTGAATACGTTACCATTGAAATGAAACCAGAAGGTTCTAGTACCTGGACTAAATACTACCGCGGCCCTATCACTGAGCAGATCATCTTTGGGGGTGTTCCGGTTGGCAGATATAATATCCGAGTATCTGGTGTTGTTACTATGCCAGACGGTGTTACTGTGGACGTTTCTGGGTACGATACCTGGCCGTCACTGTTTAACCTGACGTATAACTTTACTCCTCCGTCTGCCCCAACTAACCTGCGTTTCAAAACTGCCCACATCCAAGATGGTATGGAGCGTTTTGACGTTCGTCTGGAATGGGATTGGACTCGTGGTACGGGTGCTAACGTTCGTGAATTCATCATCCAGTATATAAGTAACGATGAATTTGCAAAAACTGGATGGACTAAGGCCAACAAGCTAAACGTGGGTGCAGCTAAAGCTGGTACTATCACTAGCTTCCCTTATAAGATCCGCCACCGCTTCCGTGTGCTATCGGTTGCTTGGGGCCCAGATACTCAGTCTATAACTAACTCTAACGAGGTTACTTATATTATAGACGAGAGCACCACTTTCGACAATGCATTCATTAACGAGACCGGTGTAGAAATGACCTACGCAGGTATCAAGGGTAAACTCTGGAACTCTAACACCAAACAGTGGGAGCAGACTTTCTTAGTCGATGCTGCTACAGGTGCAGTAGTTCTTGGTACACTCGATGAAAATGGTAAAGCGCCGATTTCATTCGACCCTGTTAATAAGATTGTAAACGTCGATGGTAAAGTTATTACTAAAGATATTAACGCTGCTAACGTAATTCTTACTAACCTGACCGGTAAAGATAACCCGGCAATCTTCACTCAGGGTAAGAAATACGGTAATAACGCAGGCGGTGTCTGGATGGGTGTTGACAACACTGATGGTAAGGCTAAGTTCGACCTCGGTAATAACACTCAGTATGTACGCTGGGATGGCGACACTCTTCGTATTTCTGGTAACGTTGTAATCGGTACTCCTGGAGGCGATGTAGACCTTGAAACCGGTATGCAGGGTAAGCAGACTGTATTTGCTTATAAACTTGGTACATCTCTGCCAAGTCGCCCGCTTGACCAAGTTTATCCACCAGCTGGATGGTCCGCATTCCCGCCTAACCGTACTGACCAGAACCAGAACGTTTACGTTGTTCAGGGTACTCTTGATCCTAAGAAGAGTCCTCCTGCTCTAGTAGACGGTACCAACTACTCAGCTGCATCCCAGTGGTCTGGTGTCCCAGGTACTGGTGGTACTGATGGTTCTAACGGTGATTACACTGTTCAGATTTACCAGATCAGTGCTAGTAAGCCCACGAAACCAGGCAATATCAATGACCCTAGTGGCTGGAGTCGTACCCCACCAACTGGAACTCCTCTTTGGATGTGCTCCGGTAGATTCAACGGTGATACTAACGCTCTAACAGTAGAGGGCTGGTCAGATCCGATCCGAGTGGACGGTGAGAAAGGTGCAACTGGCGCTACTGGTGCTACTGGACCGCAGGGACCACAAGGTCCTGCAGGCGGCTCTGTAGAAGTACAGTGGTCTAAAGATGGTACTACTAACTGGCACGCAAACTTTACTACTGGTGATATCTTCATGCGTCAGCGTGTTGGTACCGGTGGCTGGAGTGCAGCGATCCGTGCAGTCGGGGAAGATGGTACTAATGGTACTCCAGGGTCTAAAGGTAACTACATTGGAATGCGCTTCCGTGTGGCGGCCGAGAAACCTGCTACTCCGACTGGCCAGACCCCTTCAGGTTGGTCAGACGCACCACCTCAGGGAAACCCTCTATGGATGGTTAAAGCTGAGTTCAACGGTCAAACCAACGCCCTAGTAGGTACGTGGTCAGAACCGGTTCGTATTGACGGGGAAGGTATCGGAGTAAACCTGTATCCGGTTAAGAAAACGCTGGATCAGTGGACCGGAATGAGCAACGGTACCATGGTTAAGAACCCTGATACTCTCAGCTTCACCATAACCAACACAGAGAGCACTACCTCTTCTACCGGACCTGGAGCACACCCTGTTCCGTTCCAAGGTTCGCAGGGGCCTATAGTTGAGATTCCTGTAAAGCCGAACACGTCGTACATCTTCACTTATGAGGTTAGTACTGATAGTACCAGCTTTGCTTTAAGAGACCTGTTACTAGAGTTCTCTAGCATTACTGGTAGTTTTACTAATTTCCAAGAGTTACTGACTGGAGCTAAAGGTAAGCAAGAGGCTAAGATTACCACTCGTGCTGATACTAAGTTCCTGAGCTTCCGTCCAGGTGTCCGCACTGCCGGAGCAACTGTTACCTATTCTAACCTAAAACTTGAAGAAGGCATTAAGTCTACCGCTTATAGCGTAGAAGCTTCCGACAGTATCGGTGAAAAAGGGGATCAAGGTACTCAGGGTCCACAAGGGCCTCAGGGTAATCAGGGTCCACAGGGTAACCAAGGGCCGCAAGGTGCTAAGGGCGATAATGCAAAAGGATTCAGCATCTCATCTCTTGGCCAGACGTTTACTTACGACGCAGAAGGTAAACTGAAGTCTGATGCAACCATCCTGTTCCAGGCTTTCCGCCAGAACACTACGGCTAACGTAACATGGAGTGCTAAAGACGAGAAGGGCGGTAATATTACCCTGACCAGCGTTAGCAACTCAGGAGCTTCTCTTACTGCTGCCAACTTCAAAACATCGAAGTCTGTAGTAGTCACAGCCGTTTGTGATGGTATCACCGATCAGATCAGTATTGTGCGTCTAGACGATGGTTCTAACGCTCTCGTAGGGCTTCTGACTAACGAAGGGTCTACGGTTCTAGCGAACTACGCTGGTTACGTGCAAAACTACAGTACTGGTTCTGGTGACTTTAAAGTATTCTATGGGGCGAAGGATATCACCTCAGAATGCACCTTCAGTACTATGGAGAAGAATAACCTTGATGCTGATATTACTTCAGCGGGCAAATATACTTTAAAAGGTATGCCGGCGGGTACTGATGTTATCAACGGTTGGGTAGACTTACGTGCTGTACACCCTACTTACGGTGCCGTGGTTCGCAGAGTGGCAACTACTAAATCTATCCTTGCAAAAGGTTATGATCGCGTTATTACCACTTCATTCGAGAACGGGAATAAGGGTACCTGGTCGACTGGTAGTGTCCAAGGGGTTTCTGGTGCTACAATTGTAGCCGCAGGTTTCAGTAAGGCCCTAGTAATCTCTGCTAGAGACTGTATAGAAGATGCTAACGCATTCCCCGTAGTAGCTGGTCAGAAATATAGGCTGGGCATGTGGATAATGGCTAACGAGTCTAAAGTCAATATCAACATGGGAATGCGAATCGTAAGAGCGGCTGACGGAGCTGTTGACTGGCAAGGAACTCTTATGATTGCACAGGGTACACCGGTACCTGGTGGCTGGTCTTACATCGAAAAAGAGTTTACTGTTGGCAGTTCTAATACCGGTATGGCAATGCCTTGGATCCAGATGAATGGATCTTCTGGTAGTGACCTAGGTAAAGCCTATATTACCGATATCCACATTTTTGCCCTAGAAATGGATGGGGAGAAAGGTGATACTGGTGCTACTGGTGCTACAGGTTCTCAAGGCCCACAAGGTCCGCAGGGTAACAAAGGGGACAAAGGTGATACCGGTGCAACTGGTGCTCAAGGTCCTTCAGGTAACTCTGTAAACGTCCAGTGGTCTAAGGATGGATCTACTAACTGGCACGCTGGCTTCCAGACTGGCGACATTTTTATGCGTCAGCAGGTTAACGGGGTTTGGGGTGGCGCCATTCGCGCAGTTGGCGAAGATGGTAAAAATGGTGCTGATGGTACTGACGGTGACTACATTTCGATGAAGTTTATCGTTCAGGATACTAAACCTGGCACACCTACTGGTAACAACCCAGGTAGCTGGAGCGATGCTCCTCCAGTTGGTAGCCCCTTATGGATGACTAAGGGTACCATGAACGCTAGTGGTCAGTTGCAGGGTACGTGGTCTAATCCGGTCCGCCTAGACGGTACTATCAACCCTAACCTGTTCGCAGCTCGTAAGTGGATGGCAGGGATGACTGGTACGGAATCCGGCACATCTAAGAACGATATCGAGAAGCTAACGCATACCTTGACTCGTACTTCCGGAACTGATAATACGGCTCCAGGGTGCTATGCGACCCCGTATCTAGGTAGTGGGGCGTTTTCCCATCCAGTGACTCCAGGTAAACGCTACACTCTAACCTATAATATCGACGCGGCTAGCGAGGTCCAGACCCGAGATATTATATTCTGGCAGGCTAATCCAGACTCAGGACAATCCACCTACATAGAGGAACTGAATACTGGATCCTCGATTAAGGTTAAGCGTACTTTCGTAGTTCCTTCGGGCATGAACTACCTAACCCTACGTCCTTCGGCTCTTACTCTTAACGTAGCCACTACGTGGAGCATGATCAAGTTGGAAGAGGGCGGAGAGAAAACCGAGTATCAAGTAGAGTATTCAGACAGTATCGGTATAGTAGGTAAATCAGTTCTAGTACAGTGGTCTAAGGATAGCTCTGCTAGCAACTGGCATGATACCTTCCAAACAGGTGACTTGTTCATGCGTCAGAACGTTGACGGTGTTTGGGGTCCTGCGATCCGTGCTATAGGTGAGAAAGGTGAGATCGGGCCTGATGGTAAGAAAGGTAACTACACCAATATCATCTTCCGTATTTCGGATACTAAACCTGCTAAACCTACTGGTAACAAACCTACGGATTGGTTTGATGCTCCACCTGATGGTTCTCCTCTTTGGATGTCAACAGCAACGTTTAACGGAGATACTAACGCTATCATTGGTACTTGGTCTGACCCTGTACGAATAGATGCTTCCGGAGTGGGTGAAAACTTCTTAGCGTTCAAAGAGTGGATGATGTCTGTTCAGAGGGCTGAGGGGACGGGCTCTTCGGTTAGCAAGAATCCGGACCAGATGAGGTTCCGGGTAACAGCTGGACCCTCCAGAAATGACGCGTACACTGTACCTTACCAAGGAACAGGCACACACTTTATAGAAGTGTCGCCTAATACTGTGTATACTTTATCATTTGAAATGGAAACTGCTGTGTCCACTAGAATGATGCTGTTGCAGTTTGATAACGGTAATGGTGGTACGCACGCACGTAACAACCAGGTTATATCAACCAGTACTGGTAGGAACAGTCTGACTATTACTACGGGCGCTAACACCACCCATTTGTCTATGCGTATGTCAATCTCTAACATGGGGGAGACTAACGTACTGATGAAACCTAAGCTAGAACTCGGGGCGTTCCCTACGGCATACGTGGCGCATCCTAGTGATCTACTTGGTAAAGACGGTGCTACTGGAGCTACAGGACCACAAGGTCCGCAGGGTAACACTGGTGCTACTGGTGCTACAGGCCCACAAGGTAGTAAAGGTGACACAGGGGCTACTGGTCCTCAAGGTCCTCAAGGTCCGAAAGGTAACGCAGGTGAGAACGCTAAAGGATTCGCCCTAACGTCAGATTATCAGTCATTCGTGTACGATACTGTAGGGGACATTAAATCCGCTACTACTATTCTGTTCAAGGGACTAAAACAGAATACTACTGCAGGGATCACGTGGAGTGCTGTAAATAATACGGGAGCTGCAGTAACACTGATGAACTCCGGAGATAACCGTCAGCTAACCGCTGCGAACTTCGGCACTTCTAAGTGGGTTACGGTAACAGCAAGCTGTGATGGTTTGTCTGACCAGATTACTGTGGTTCGTTTGCAGGATGGTGAGAACGTACTGACTGCTGTTATGACGAATGAAGCAGCTACGGTACTTGCTAACTACTCCGGATATTGCCAGAGTTACGAAAACGCCAAAGGTCAGATGAGAGTTTGGTACGGAAGCACCGATGTTACTGGTCAGTGCACTTTCTCTGAGGGCGGAAGAAGTAACGTAACTCCTAGCATCAACTCCGCAAATGGGAATTACTCCGTTACTGGTATGTTGGATGGGACCGATATTACCGAAGGTTGGGTGGACGTTAAGGCTACTCATCCTAAATATGGGGCAATTACCAAGCGTTTTGCAGTAACTAAAGTATTCCTAGCCAAGAGCTATGAGATGGTTATCACCAATACCTTCGAGAATGGTAACAAAGGTTCGTGGGCAGGAACTCTGCAAGGTGTTTCCGGTCCAACCAACCAGAGTATCTCCAAGGCATTACGTATCACGGCTAGAGATAATCTAGAAGGTAGGAATACTATCCCAGTAGTAGGTGGACAAAAGGTCCGTATCAGATTCTGGTACAACCCATTAGGACTAGAGGAAGCTATTTGTAGGGTAGGGTTCATCGTCCACCGTAAAGATGGGGGCAAAGGCTATCCTTCCAGGACTGTGGTTACGGGCCCTGCTCCAAATAGCTCCTGGGCATACTTCGATCAAGAGTTGACTCTAAGTGCTAATGACGAGGGTATTGCATGGCCGTGGTTCCAGTTAGATAACAAAACTTCTGGTTCTTCATTAGGGTATATGCTTGTTGCTGACATACACTTCGAAGATCTATCCATGGATGGTGCAGACGGAGCTACTGGTCCTCAAGGTCCACAGGGTAACACTGGTGCTACTGGTCCTCAAGGTAACAAGGGGGATACTGGTCCACAGGGTCCACAAGGTCCTGCAGGAGCTTCAGTTGGTGTTCAGTGGTCTAAGACTGGTAATGCTAACGACTGGCATACGACATATGTAACTGGCGACATTTATATGCGTCAGCAAGTTAACGGTGTGTGGTCTTCTGCGATTCGTGCGGTTGGTGAGGATGGACAGGTTGGTGCTGATGGTAAGTATACTTCCCTGAGGTTCCAAGTGGCTGCAACCAAACCAGCTAGACCTACAGGTAACTCTCCGGCTAACTGGTCTGATGCGCCTCCGGATGGTTCTCCTCTATGGATGGTTAAGGGTGAGTTTAACTCGAACAACCAGCTTCAGGGAACTTGGTCAGATCCAGTTCGTCTGGACGGTGAGACGGTTAACCCTAACTTATACCCTGTTAAAAAGCAGTTATCTGCATGGACGGGTATGAACAACGGTACTATATCTAAGAGCCCGGATAGCCTATCCTTCACTATTACTAATACTGAGTCTACCACTTCTGCAGGACCAGGGGCGCACCCAACGCCTTTCCAAGGAAACCAAGGCCCAATATTAGAACTGCCGGTTAAGGGAAACACAGCCTATGTATTCACGTATACAGTGTCTACAGCGGATGCTGCTATATCCACAAGAGATCTGATACTGGAGTTTAATAGTCTGATCTCTGGGTATGCTTCCCTAGTGGAGAAGCTTGTTAACACTAAAGGTGAGCAGGAGATTCGTTTCACCACCAAGTCCGCTACTAAGTTTATAGGTTTCCGACCAGGAGTATTAGCTGCTGGAAGCGTTGTAACGTATTCTAAGTTGAAACTAGAAGAGAGCATAGTAGCTACGCCGTATAGTGTTGAGGCCTCAGATAGTATTGGGGAAAAGGGGGACACTGGCTCCCAAGGTCCACAGGGTAGTCAAGGACCGCAGGGTAGTAAAGGTGACAAGGGGGACACAGGAGCTACTGGACCACAAGGGCCACAAGGGGCTAACGGTAATAATGCTAAAGCCTTTGCTTTAACATCCGATAGCTTGTCGTTTAGCTTCGATACTAGTGGTAACCTGAAGTCTAATGGTACTATTAAGATCGATAGCTGGAGGCAGAATACCACTGCTGCAATAACCTGGACTGCTAAGAACCAGGCGGGGGATAATATAACTTTAGGTGGCACCGCCACTAACAAGACTATAACTTCTGCTCAGTTTGGGAACTCGGAGTACGTAACAGTAACCGCAACGTGTGACGGAATTTCTGATTCTATTACAATAGTTAGGCTGCAGGATGGGATAAACTCCCTAGTCGGATACCTGACTAACGAAGCGGCGAACTTGTCCTGTAACTCCTACGGTTTTGTGCAGAACTGGGACGGCACCACTGGTAACTTCAAAGTGTTCTATGGAACAGTAGACGTTACTAGCCAGTGTACCTTTGGGGTGGAGGATAAGAGCAATCTTAACGGCAACATAGGTTCAAGCGGTTATTATGCTCCTAGCAATATGCCTAACGGGATGGAAATTACCTCTGGGTGGGTGGACTATAAAGCTACACATCCTAAGTACGGAACACTTATTAAGAGGTTTACGCTCAAGAAGAGCCTGCCTGGGATCGGTTACGACAGAGTGTTCACTGGGTCCTTTGACTCGGGTAACAGAGGGTCGTGGGGTCGTGATGTGGTGGATATTGCCAACGGACAACCGGGGGGACATACTAAAGCTATAGTGTGTACTTCTAGGGACACTATGGAGGCTAATAACTGGTTCCCTACTCGCAAAGGAATGCGCTACCGCATTACTGCATGGGTGAACAACTCTGAGGGTGAGTATCAGCTACGCCTTGGTTTACATTGTCAGAACGCGAATGGCAGTGTCAATACTGCGTGGCCAGCCATGCCTGTTGCCTCGGCCAAAGATCCTGAGGGCTGGAGACTAGTTTCTACTATAGTCACGGTAACAGATGGAGGTTCCGCTGAGACTGGTAGGGCAAGACCATTTATTCAGATGAATGGTAGTGCTAGCCCCTTCGGCAACGCTTATGTGGCAGCTATAGCGATCGAAGATCTGTCTATGGATGGGGCGGATGGTGCTACTGGTCCACAAGGTCCACAGGGTAACACTGGTGCTACTGGTCCTCAGGGTAACAAAGGGGATACTGGTCCTCAAGGTCCACAAGGGCCTGCAGGTAACTCTGTAAATGTTCAATGGTCTAAGGACGGATCTACTAACTGGCACAGTACGTTTACTTCAGGTGACCTGTACATGCGTCAGCAGGTTAATGGATCCTGGGGCCCTGCGATCAGGGCAGTAGGGGAGAATGGAGCTAATGGTACTCCAGGTTCTAAAGGCAACTACGTAAGCATGAAGTTTGCCGTAATGGCTAGTACACCTAGTAGGCCTTCTGGTAGTAACCCTTCTGGCTGGTCAGATAGCCCTCCTCCAGGTAACCCGTTATGGATGATTAAAGCGGAGTTTAATGGGGAGACTAATGCTATTATAGGTAATTGGTCAGATCCTATTCGCCTAGATGGGGATAGTATTAACGAGAACCTATTCTACTTTAAGGCCTGGTTAGACTCAATTACTGGAGTTGCGGGTAGTGGCTCATCTATAGGTAAGAACTACGAGTTACTAAGGGCTAGGATAATCGCAGGTACAGGAGTTACCGATGCGTATACCCTCCCATCAGATGGACCCGCCTCCATGTTCACCTACCTTCCTCCAAACACCACATATACGATGTCTTTCGAGACTGATAACGCTGTAGAAGTTCGTTGTCACGTATTCTGGTACGCTAAGGGAAGCAATACCACTGGAGGAGTGCTGAAGACTATTGCGTCTACTACTGCAGGTTTGAGCAGCTTTACCTTCACTACGCCGGCTAATTCAGATAGGATATCCGTTAGATTCTCAGTTAACCAATCTGAGGGAAATAACGTTGTAGGAAGGTGTAAGATTGAAAAGGGAGCCTTCGTAACGTCATATGTCCGTAACCAGTATGACGCCGTAGGGGATCGTGGGCCGGGGTTCTACACCCAGCCGATATCAAACCTGACTGCGTGGAATGACACTCAAGCAGCATCGTTCTTCCAGTCAACCTTCGCTGGACCGCCAGTTAAGTATGATGTACTGACTCAGTATAAGTCAGGTTCCCCTCAGAACTCCTGGACTCGCCAATGGAATGGCTCAGCATGGACAGCTCCTGCACTAACTGTTCACGGTGATATGATCGTTTCCGGCTCTATCACTGCGGATAAGATTATTGCAAACAACGCGTTCCTGGCGCAAATTGGTGTTGACATCCTATACAATAGGGCTGCCGCACTGAGTTCTAACCCGGAAGGTACGTACACAATGAAAATAGACCTGGCTAACGGGTACATTCATATAAGGTAA

Genome Context

Tertiary structure

PDB ID

34fd0fe537bf49288ccc44973efa3ff553e2aa9827f2bfa7a34018f38368c9b4

AlphaFold3

Source AlphaFold3

Method AlphaFold3

Resolution 0,6856

Oligomeric State monomer

Download PDB

Model Confidence

Very high
pLDDT > 90

High
90 > pLDDT > 70

Low
70 > pLDDT > 50

Very low
pLDDT < 50

Protein

Domains

Domains [InterPro]

Domains [InterPro]

Taxonomy

Coding sequence (CDS)

Coding sequence (CDS)

Genome Context

Genome Context

Tertiary structure

Predicted Aligned Error (PAE)

Model Confidence