Protein

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Genbank accession

YP_001429654.1 [GenBank]

Protein name

tail fiber protein

RBP type

Evidence GenBank

Probability 1,00

Protein sequence

MATRNFNMTLQLDAKYIGERWWAGEEIHQLWNVENMNTLQRSEWGLDRNGWIQYRSQLDSYSIRYSAWDTILNDYYFETKMQPAGQGNYEIGLAFRMKDRYSFYYLTYNGGYADWGGKNIRLMKVIGTQHVKLAEYECPVFDTKTVYKVRVDLKGNNIKVTWDDQVIFNFNDPNPIPNGAFGPLVMGQEFAKWEGFQAKNVTKFILQERYNDLGVESNYNSPETGKLVDSKTVEDLMRKQLDTYLNGRVYERIIYDAFRLVSSEPRVKLVFDRVPNKNVTSDPTSRIYAYQDAPSVPPVAPINLLGKALSTSSIQLDWTHVDDSEDGFYILDENGETKGIVGVDTFQFIEEGLEENTSYKRKVVAFNVAGRSKESNTVIVKTLQSVPIAPSDFEGKPTGDGEITWTWKDHSFNEASFEIIEWDQYGNIQVIGTVGENVTVFVEKGLIPLQEYTRAVRAKNPAGVSPPSNKATVKTKKDVPPKPNKAPINFYGVGISDDTIVWSWEDENTVPIDGYELLDPDDNVIATIKGKITNFYESGLYAKMKYRRKIRAFNEGGVGPASLIAEAETLDYGSNFKDKPVAPFNLYIMEVGTDRCKLRWEYNDHPLMPAVGFNLYNELDQVVDTVPLEVRERNILHLNPDSVYYFYVTAYNKNGDSLPSNKVRVKTLKVYVDENENNEDDKTPSKPLDDPLGDLTYDQEKPGMEKIRAFQSGIGDRLDLAVRNVMHTGGVNMEEFDCAMYIKGLYQKEEPKFVDVQFKFRVTCNGIDVRNRTAYSKVSEWMGATVRGGEDGITFNTPTKMETPDYVTEKIYTIEVQDMKGNTIPMDGTEKGDVKVHWTLDPYEAKDKIGWVQEIYMRNVFNNWKKFSHKGVFQPANSLEMNAWRYKEDTDELICTQNTDTYVGAVSPDVYDDYYIKAQFRSNNWDDDAMAFVVAYTLDEYSREHTISAVRTHSSAITWSLVYNYSSTGQKTLASNIEVDKELVSNDNTKGGWAGFYPNGTIIEVVREGTKITARTSAAGKTELGYELKIDLDSLPELAKFKKPCHIGVASLSQQDSALKIQEFRGNKTEVYTIYNLRAWTNYKDNVGNQTEWIGSISKTKRMKVKAFEQLRFTGRIRSPKYEIPWQKLNEKYFFDPTGYKVVVNCSNPNVDVTLEFNITDFFPKESTYIDIPMIAKILNHTQTPWNPSIHHGYYYLNHKEHFLFSNPEVLPKETSNSGVYVYNFPYSIRLVGQREYAGKDMVYSDDTMARFQLGIMKDTKYDVDKKVLTLDTEPTGTFISRIFDFQYDLDMFRAVDVKLKKALAGSSYTLEVGIPDENGDVATWVKQNGNLPVEFRDKFSRVRYKLTLNEGQSKEPYAATFPLDALALEKGKKKYITVDGKTIYIDDPTFRDVGTFLTSPMEYGKQIEEMGIVELDMEIPDGGRVELYSVTADEETADFENPSRDMPWIPLELVSQKGKRFTYRVKSAMKRYVVLVAKLFRGLTYTSQNTVTLSADTYVPQWADNVTWGVNGMELVDASKPGTYQSKATNLGFIKFYDKVQLETTMNNANHKIDIYTVTGWTAEEVEEAAKTESNWKKVVDGQIQSDIRYCIMYRVVLTSGTGTTSPQLQKMTITPLVDTYVSPKLDNIVASATLFNWVRDVPEITSVNVSGYIEKGIVAEEYFMPMTGELIANGSEQTITALPTERLAWEWVRREGIPNPDELVLKDFFAEIDPAYPVDLYTDIAGTGYVTGKTTASVGELVKKKEKLYFDEKTQAIEVKPIPQAGTPILITNAQGTRLRQVHFRDSTTGKPTLTNMENLKADETRYLFLEHTGIDPRSAHVWVMIDGKWTEILNIKVVENRIVLPHLLIPGSDVRVTYKLLESFTVDYNYSPKTDVAQIKLHTTFDVNEKESRLLDIQYETNKESAYYQATEVNLNPLHTKISSGFLYLTDEIYPPHKLDIKANPTTLYHGKKDRVTVHGYVKDEHGNPVVGERVDFDVKYGSLEIMNPLSDVNGMVMAIYTAPNNNSLTSDTIEMHVVSRDTTYHVTNKVTINLVKETFEEKLAIKLEKHMATPGDVVQLKVIAMGINYERLMNKAIEVSCDIGSVSPAKGTTNADGELFVKYTVPNTQEKFATITVKAKREDGLQLIEQNILGISGVS

Physico‐chemical properties

protein length:	2143 AA
molecular weight:	243689,27920 Da
isoelectric point:	5,28702
aromaticity:	0,10919
hydropathy:	-0,47466

Domains

Domains [InterPro]

G3DSA:2.60.120.560
RBD
31–196

G3DSA:2.60.120.560 IPR013783 IPR013783 IPR003961 IPR013783 DC_0660 IPR013783

IPR050964
Unmapped
291–1212

IPR050964 IPR008964

IPR036116
STR
297–480

IPR036116 IPR036116 IPR036116

IPR003961
STR
298–382

IPR003961 IPR003961 IPR013783 IPR003961

IPR003961
STR
298–372

IPR003961 IPR003961 IPR003961 IPR003961

IPR003961
STR
300–385

IPR003961 IPR003961 IPR003961 IPR003961

IPR003961
STR
582–665

IPR003961

DC_1887
STR
610–988

DC_1887

YP_001429654.1

1 2143

Architecture

RBD

STR

RBD 31-196 | STR 282-572 | STR 574-988 | STR 1043-1161 | STR 1938-2037 |

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
G3DSA:2.60.120.560	RBD	G3DSA:2.60.120.560	31	196	Merged direct domain	G3DSA:2.60.120.560	C-terminal	Low	Positional only	30 proteins / 30 hits
IPR013783	STR	IPR013783	282	382	Merged direct domain	Immunoglobulin-like fold	Central	Low	Positional only	144 proteins / 144 hits
IPR050964	Unmapped	-	291	1212	InterPro	Striated Muscle Structural and Regulatory Protein	-	-	-	-
IPR036116	STR	IPR036116	297	480	Merged direct domain	Fibronectin type III superfamily	Central	Low	Positional only	52 proteins / 52 hits
IPR003961	STR	DC_0003	298	382	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR003961	STR	DC_0003	298	372	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR003961	STR	DC_0003	300	385	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR013783	STR	IPR013783	383	483	Merged direct domain	Immunoglobulin-like fold	Central	Low	Positional only	144 proteins / 144 hits
IPR003961	STR	DC_0003	387	475	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR003961	STR	DC_0003	387	465	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR003961	STR	DC_0003	389	478	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR036116	STR	IPR036116	482	569	Merged direct domain	Fibronectin type III superfamily	Central	Low	Positional only	52 proteins / 52 hits
IPR003961	STR	DC_0003	484	559	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR013783	STR	IPR013783	484	572	Merged direct domain	Immunoglobulin-like fold	Central	Low	Positional only	144 proteins / 144 hits
IPR003961	STR	DC_0003	486	569	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR003961	STR	DC_0003	486	572	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR013783	STR	IPR013783	574	670	Merged direct domain	Immunoglobulin-like fold	Central	Low	Positional only	144 proteins / 144 hits
IPR036116	STR	IPR036116	576	671	Merged direct domain	Fibronectin type III superfamily	Central	Low	Positional only	52 proteins / 52 hits
IPR003961	STR	DC_0003	580	667	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR003961	STR	DC_0003	580	657	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR003961	STR	DC_0003	582	670	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
IPR003961	STR	DC_0003	582	665	InterPro cluster	Fibronectin type III	Central	High	Text match	998 proteins / 1603 hits
DC_1887	STR	DC_1887	610	988	Novel HMM	DC_1887	Central	Low	Positional only	16 proteins / 16 hits
DC_0660	STR	DC_0660	1043	1161	Novel HMM	DC_0660	Central	Low	Positional only	13 proteins / 13 hits
IPR013783	STR	IPR013783	1938	2037	Merged direct domain	Immunoglobulin-like fold	Central	Low	Positional only	144 proteins / 144 hits
IPR008964	RBD	IPR008964	1941	2010	Merged direct domain	Invasin/intimin cell-adhesion fragments	C-terminal	Low	Positional only	2 proteins / 2 hits

Taxonomy

	Name	Taxonomy ID	Lineage
Phage	Bacillus phage 0305phi8-36 [NCBI]	458639	Viruses > Duplodnaviria > Heunggongvirae > Uroviricota > Caudoviricetes
Host	Bacillus thuringiensis [NCBI]	1428	cellular organisms > Bacteria > Bacillati > Bacillota > Bacilli > Bacillales

Coding sequence (CDS)

Genbank protein accession

YP_001429654.1 [NCBI]

Genbank nucleotide accession

NC_009760.1 [NCBI]

CDS location

range 81728 -> 88159
strand +

CDS

ATGGCTACTCGTAATTTTAATATGACGCTACAACTTGATGCGAAATACATCGGTGAGCGTTGGTGGGCGGGTGAAGAGATTCACCAGTTATGGAATGTAGAAAACATGAATACACTGCAACGTTCTGAATGGGGATTAGATAGAAACGGTTGGATACAATATCGTAGCCAACTGGATTCCTATTCGATTCGTTATAGTGCATGGGATACCATCTTAAACGATTACTACTTCGAAACAAAGATGCAACCTGCTGGTCAAGGGAACTATGAGATTGGGTTAGCATTCCGTATGAAAGACCGTTACTCATTCTACTACTTAACATATAACGGTGGATATGCAGACTGGGGCGGTAAGAACATTCGCCTGATGAAAGTAATCGGTACGCAACATGTAAAGCTGGCTGAGTATGAATGTCCTGTATTCGATACAAAGACCGTTTACAAAGTTCGTGTTGATTTAAAAGGTAACAACATTAAGGTTACATGGGATGACCAAGTTATCTTTAACTTCAACGACCCAAACCCAATTCCAAACGGTGCATTCGGGCCACTTGTAATGGGACAAGAGTTTGCGAAGTGGGAAGGCTTCCAAGCGAAGAACGTAACGAAGTTCATCTTGCAAGAACGCTACAATGATTTAGGAGTAGAGTCCAACTACAATTCACCTGAAACTGGTAAGCTAGTAGACTCGAAAACTGTTGAAGACTTAATGCGTAAGCAACTTGATACATACTTAAACGGACGAGTATATGAACGTATCATCTATGATGCATTCCGTCTTGTATCGTCTGAACCAAGAGTCAAACTAGTCTTTGACCGTGTACCAAATAAAAACGTTACATCTGACCCGACATCTCGAATCTATGCTTATCAAGATGCGCCGTCAGTACCGCCTGTCGCTCCTATTAACTTACTGGGTAAAGCATTAAGTACATCTAGTATTCAGCTTGACTGGACGCATGTCGATGACAGCGAAGATGGATTCTATATACTAGATGAGAACGGTGAGACAAAAGGAATTGTCGGGGTAGACACATTCCAATTTATCGAGGAAGGCTTGGAGGAGAATACCAGTTACAAACGTAAAGTGGTTGCCTTCAACGTAGCGGGACGAAGTAAAGAATCAAATACAGTTATCGTGAAGACATTGCAGTCCGTACCAATTGCGCCATCTGACTTCGAGGGGAAACCAACAGGTGATGGTGAAATTACATGGACATGGAAAGACCATTCATTCAACGAAGCATCATTTGAAATTATTGAGTGGGATCAGTACGGAAACATTCAAGTCATTGGTACAGTTGGTGAGAACGTAACAGTATTTGTTGAGAAGGGATTAATTCCGTTACAAGAATATACTCGTGCTGTAAGGGCAAAGAACCCTGCGGGCGTGAGTCCTCCTTCTAATAAAGCAACAGTAAAGACGAAAAAGGACGTACCACCAAAACCAAACAAAGCACCAATCAACTTCTACGGCGTAGGGATTTCAGACGATACAATCGTTTGGTCATGGGAGGATGAAAATACAGTACCGATTGATGGCTACGAGTTATTGGATCCGGACGATAATGTTATCGCAACAATTAAAGGCAAGATTACGAACTTCTACGAAAGCGGACTATATGCAAAGATGAAGTACCGCAGAAAGATTCGTGCTTTCAATGAAGGCGGAGTGGGGCCAGCATCTTTAATTGCAGAGGCGGAAACATTAGACTACGGTAGTAACTTTAAAGATAAGCCAGTTGCTCCGTTTAATCTATACATCATGGAAGTCGGTACAGACCGATGTAAGTTACGTTGGGAATACAATGACCATCCATTAATGCCGGCAGTCGGATTCAACTTATACAATGAGTTAGACCAAGTAGTAGATACTGTACCACTTGAAGTACGTGAACGTAATATCCTGCACTTAAATCCTGACTCGGTTTATTACTTCTACGTAACGGCGTACAACAAGAATGGCGACAGTTTACCGTCGAATAAAGTACGTGTTAAAACACTCAAGGTATATGTTGACGAAAATGAGAATAACGAAGATGACAAGACTCCTTCGAAACCTCTCGATGATCCGCTAGGAGATTTAACATATGACCAAGAGAAACCGGGCATGGAAAAGATTCGTGCATTCCAATCCGGTATTGGTGACCGCTTAGATTTAGCCGTACGTAATGTAATGCATACAGGCGGAGTCAATATGGAAGAGTTCGATTGTGCGATGTACATCAAAGGGTTGTATCAAAAAGAAGAACCGAAGTTTGTTGACGTGCAATTTAAGTTCCGTGTTACATGTAACGGTATTGATGTTCGTAACCGCACCGCTTACTCAAAAGTATCCGAATGGATGGGCGCAACAGTTCGCGGCGGTGAAGATGGTATTACATTCAATACACCAACAAAGATGGAAACGCCGGACTATGTAACAGAGAAAATATACACAATCGAAGTGCAGGACATGAAAGGTAATACAATTCCGATGGACGGCACAGAGAAAGGCGATGTAAAAGTACACTGGACTCTTGACCCGTATGAAGCGAAAGACAAGATTGGATGGGTACAAGAAATCTATATGCGTAACGTATTTAACAACTGGAAGAAGTTCTCGCATAAAGGTGTATTTCAACCAGCGAATAGTTTAGAGATGAATGCATGGCGTTACAAAGAAGATACGGATGAGTTAATCTGTACGCAGAATACAGATACATATGTTGGTGCAGTAAGTCCTGATGTATATGATGACTATTACATCAAAGCGCAGTTCCGTTCAAACAACTGGGACGATGATGCAATGGCATTCGTCGTTGCTTATACGCTAGATGAGTACAGCCGTGAACATACCATTTCAGCAGTACGTACACATTCATCTGCTATCACATGGTCGTTAGTTTATAACTACTCATCAACTGGTCAGAAGACATTAGCTTCTAACATCGAGGTTGATAAGGAACTTGTAAGTAATGACAATACAAAAGGCGGTTGGGCTGGCTTCTATCCAAACGGTACAATCATTGAGGTTGTTCGTGAAGGTACGAAGATTACAGCAAGAACATCGGCTGCGGGTAAAACAGAATTAGGCTACGAGTTAAAGATAGACCTAGACAGCTTACCTGAACTTGCGAAATTCAAGAAGCCTTGTCATATCGGCGTAGCATCTTTATCCCAGCAGGATTCAGCACTCAAGATTCAAGAGTTCCGTGGGAATAAGACAGAAGTGTACACGATATATAACTTACGTGCATGGACGAACTACAAAGATAATGTAGGGAATCAAACAGAATGGATTGGATCTATTTCGAAAACGAAGCGCATGAAAGTAAAAGCATTTGAGCAATTACGATTCACTGGACGCATTCGTTCACCGAAGTATGAGATTCCGTGGCAGAAGTTAAATGAGAAATACTTCTTCGACCCAACGGGATATAAGGTTGTTGTGAACTGTAGCAATCCAAACGTGGATGTAACGCTAGAGTTTAACATAACAGACTTCTTCCCGAAAGAATCAACGTACATTGACATTCCGATGATAGCGAAGATACTGAACCACACGCAAACTCCGTGGAATCCAAGTATCCATCATGGCTATTACTATCTGAATCATAAGGAACATTTCTTATTCTCGAATCCGGAAGTGTTACCGAAAGAGACATCCAATAGTGGCGTCTATGTCTACAACTTCCCGTACAGCATTCGTCTTGTCGGACAGCGTGAGTATGCAGGAAAAGACATGGTGTACAGTGATGATACAATGGCACGATTCCAATTAGGGATAATGAAGGACACGAAGTATGATGTCGATAAGAAAGTACTAACGTTAGATACAGAACCGACTGGTACATTCATCTCTCGCATCTTTGACTTCCAATATGACCTTGACATGTTCCGTGCAGTTGACGTCAAGCTCAAGAAAGCATTAGCAGGTTCTAGCTATACACTTGAGGTTGGTATCCCTGATGAGAACGGTGATGTAGCGACATGGGTAAAACAGAACGGTAATTTACCGGTAGAGTTTCGTGACAAGTTCAGCCGAGTTCGTTACAAGCTAACGCTAAACGAAGGACAAAGTAAAGAGCCTTATGCTGCTACCTTCCCGTTAGATGCCTTAGCACTTGAGAAGGGTAAGAAGAAATACATCACTGTTGACGGTAAAACAATTTACATCGACGATCCAACATTCCGTGACGTTGGTACATTCTTAACAAGTCCAATGGAATACGGAAAGCAAATCGAAGAGATGGGTATTGTGGAACTGGATATGGAAATCCCTGACGGCGGACGAGTAGAGTTATACTCTGTCACGGCTGATGAAGAAACGGCTGACTTTGAAAATCCATCAAGAGATATGCCGTGGATTCCGCTAGAACTGGTATCTCAAAAAGGCAAACGATTCACATACCGTGTGAAGTCGGCAATGAAGAGATACGTGGTACTTGTGGCGAAGCTATTCCGTGGACTGACTTATACCTCTCAAAACACTGTCACACTAAGTGCAGATACATACGTACCGCAGTGGGCTGATAATGTAACATGGGGCGTTAATGGTATGGAGTTAGTTGACGCAAGTAAACCGGGTACATATCAATCAAAGGCAACGAACTTAGGCTTCATCAAGTTCTACGATAAAGTTCAGCTAGAAACAACGATGAACAATGCGAACCATAAGATTGATATTTATACGGTAACTGGTTGGACGGCAGAAGAGGTAGAAGAAGCTGCTAAAACAGAATCCAACTGGAAGAAGGTTGTAGATGGACAGATACAAAGTGACATTCGTTACTGCATTATGTATCGTGTTGTTTTAACATCGGGTACAGGCACAACATCACCACAGCTACAGAAGATGACAATCACGCCACTGGTTGATACATACGTTTCACCAAAGCTCGATAACATCGTAGCAAGTGCAACACTATTCAACTGGGTGAGAGATGTGCCGGAGATTACAAGCGTGAATGTATCGGGCTACATTGAAAAGGGTATCGTTGCAGAAGAATACTTCATGCCAATGACAGGAGAGTTAATTGCCAACGGTAGTGAACAAACAATCACGGCATTACCTACAGAACGTCTAGCATGGGAATGGGTACGTAGAGAAGGGATTCCAAACCCTGATGAACTCGTACTAAAAGACTTCTTCGCAGAGATTGACCCAGCTTATCCAGTAGACCTATACACAGACATTGCTGGTACAGGATACGTAACAGGTAAGACGACGGCATCTGTTGGTGAGCTTGTGAAGAAGAAAGAGAAGTTATACTTCGACGAGAAGACACAAGCTATTGAAGTGAAACCAATCCCGCAAGCAGGTACACCAATCTTAATCACAAATGCACAAGGCACAAGACTTCGCCAAGTTCATTTCCGTGATAGTACGACTGGTAAACCAACGCTGACGAATATGGAAAACTTAAAAGCAGATGAGACACGTTACCTATTCTTAGAACATACAGGCATTGATCCACGCTCTGCTCATGTATGGGTAATGATTGACGGGAAGTGGACAGAGATTCTAAACATCAAGGTTGTAGAGAATCGTATTGTGCTGCCTCACTTACTCATTCCGGGGTCGGATGTACGTGTAACATATAAACTGCTTGAGTCCTTTACCGTGGATTATAACTATAGTCCGAAGACGGATGTAGCGCAGATCAAACTGCATACTACATTTGATGTGAATGAAAAGGAAAGTCGCTTACTGGATATTCAGTACGAAACGAATAAAGAGTCGGCGTACTATCAAGCGACAGAGGTAAATTTAAATCCGTTACATACAAAGATTAGCTCCGGCTTCTTATACTTAACGGACGAGATTTACCCGCCTCATAAGTTAGACATCAAAGCAAATCCGACGACGCTATATCACGGTAAGAAGGATAGAGTAACCGTACATGGATATGTGAAAGATGAACACGGTAATCCAGTCGTTGGCGAACGAGTAGACTTCGATGTGAAGTACGGCTCACTAGAGATTATGAATCCTTTATCAGATGTGAACGGAATGGTTATGGCAATCTACACTGCGCCAAACAATAACTCATTAACATCTGACACAATTGAGATGCATGTGGTCAGTCGTGACACAACATATCATGTGACAAACAAAGTGACGATTAATCTTGTCAAAGAAACGTTCGAGGAGAAATTAGCCATTAAGCTAGAAAAACATATGGCAACTCCGGGAGATGTTGTACAATTGAAAGTGATAGCGATGGGTATCAACTACGAACGCCTGATGAATAAAGCTATTGAAGTAAGCTGTGACATTGGCTCTGTCAGTCCAGCGAAAGGTACAACCAACGCCGATGGCGAATTGTTCGTCAAATATACAGTTCCAAATACACAAGAGAAGTTCGCGACCATCACCGTGAAAGCAAAGCGTGAAGATGGACTGCAACTTATAGAACAAAACATACTAGGTATAAGTGGGGTGTCATAA

Genome Context

Tertiary structure

PDB ID

96130ae124be26394caf99be6eeae938b93e5348adedfb6bd07cf683fa8363de

ColabFold

Source ColabFold

Method ColabFold

Resolution 0,4853

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