Protein

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UniProt accession

A0A8S5PF22 [UniProt]

Protein name

Tail protein

RBP type

Evidence RBPdetect2

Probability 0,61

Protein sequence

MRPILYEQDETLFRTNGIGILHDAEECKVTEARNGKFEIELVYPLQGEWITDIVHNRIILSRPNDYDQPHAFRIYETAVDLAANHMTVKGVSITDDLAGNVVKPFTVLGANPNSAWAGIRSAALDNIRYRFWSDIGAIHPFEVSEAQNVWATLVGEKESLVSVFGGEVKRENDSIYLYRRRGTDHVTTIRPRKNLKNIKITTNMIGKFTRILPYAKYTPEGENQQEQTIYGDVIFSDHYNDYSVKRIVPIDISKKFNDYKQQQKASRKDQLKADRENNRAVDAARRSAEEARREQLEIDREAARERRFEERQAARASARVAAQEKRAAAKAAREANRGIKKSKAQRAAEAEARYQAREAAYQQKEAERNAKFQQQEKDRRAKRAAAKQAKIDKKNAREAEKSARKARQDQIKESTKIVITPAMVTAEAASYFDENPNVDVPNIKIEVDMIPLQDTTSWERSMLRSLEKIKLCDTIDVYVKKIDADVTVTVNEIEYDVLSERIIKIVATSDGNNSSSLAEAQRAEWKDHTQKAISDAFFDIDNSVNKILTSANGKNQNFYGPDEPPADMAKENDIWFKEVAEGEIDMYRFDGTQWILLMPHDFGEQLETKINDLRTEIQESLDEFEESQEDLKSQLDGVAINAQAAVEEVADEFNAEIASAKSALDTVKKSFEAAKADFNNKIADFNNKIADLSQKQLADKAALIQQTQRDIRQLQDGITEKYNNLRIGTNNLIRNSITMPPTDFRGWTVANGEIFRLYSKDLTVLKINSTSRVALSLNPPESNMVKLRPNQDYIFSFYVKSSGGGQVIYHSRSATDMKLIAYDPSFNNGWNVTRDWERHWVKFRTPSNLSNPNAVLGIINKDSGSNTIYTAAWQLEESHILSDWHPNDTDLEEVIGEYKRLIDRNLTTLQTTVGKLGENVTNVKTSIDQTNRQIELKAQEITGLQGKMTQAEATLQALPNQITAKVNTAKEEALNGAKSYTNAQIQVAEGSIAQRITSNLTGQVNGIISSSITQTNGAIRQAIASATENAVGTARTNAQTIVNTAIDGIRTNIRQVETKIPKKYGGRNYLQGTDKTLHSGSYTLNSNGYSVIFGYNTVGNKTLRELGIPQNAKLTLQYTVKFASNVTNARVMPKLYTDDGAYLMGLNGVVPEYPSPNDMNISGSNPTFRIGYITLNDNAWNRCNQIRFCVDRSNNVPFEITQCILYSGDMVIDWVSAVEDTFIENGGTNLLKNGHFMKGIQENQKVTTTHWDIQNATGFNYNYDHGFNNFKRKGIIHAYGTPSDWSWLGQWVMEPVKKDEPLTLSLDVAIDGLKDANKDAIKLEVFGYYMDGTNEIREGVASIVRGTHLELAGITAGNRYMRRIGRTLIAKHDYHKIYVKVTFTPSILVNLYITRIQLERSKVVNDFKEHPEDLDITTNAKFQAVEQTLNMYKRTIGETENGVATKVAQMVMTNQSFQTTITNASSASTNLVLDTETFAGAIANFVPGANNRYRGDFPGVYGKNEYMMSVPKSSGFTGWSVVSLPVAMSQVKRNESYTISFKIKFETAQDTPNKSRYLIALKNHVLNKTPMVFHDTRANDPRTGSNNPFTDWVTVKKTVTPNEDVALESPGLLPFMIAIENTGVIRIKEIMMVRGTVSNEYTPATGISSTIVKQLSNSYAVRVLSGPNSLATEINANPNGVRIKGKNIEIDGNTHITNGVIDEAMIKNGAISNAKIATAAIDSAKVNNIDAGKITGKNANLIDLDAITGRIKYVFTQGIAIGYETYLYMSNGKLMITNRNGNSSNSDDVRLQLNGRMSGPTKIGGSGSNSSSYVPVMTNHSRNIPIYSHGSVSDVNGIHSNHNVGVFGVRWMGIVTFGGHLNVTTNTNAYLYVHDGSETRRSTWYCPLFLDDGYSDLESDFYNYASAGYRYEAYKYYEYKGEKKTGWK

Physico‐chemical properties

protein length:	1928 AA
molecular weight:	215731,51040 Da
isoelectric point:	7,39017
aromaticity:	0,08247
hydropathy:	-0,53283

Domains

Domains [InterPro]

DC_1353
STR
1–278

DC_1353 Coil Coil Coil DC_1278 DC_1746

IPR007119
Unmapped
28–262

IPR007119 Coil Coil G3DSA:2.60.120.260 DC_2057 DC_2025

IPR010572
ENZ
159–273

IPR010572

A0A8S5PF22

1 1928

Architecture

STR

RBD

STR 1-278 | STR 600-1468 | RBD 1469-1903 |

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
DC_1353	STR	DC_1353	1	278	Novel HMM	DC_1353	Central	Low	Positional only	61 proteins / 61 hits
IPR007119	Unmapped	-	28	262	InterPro	Phage tail spike protein, N-terminal domain	-	-	-	-
IPR010572	ENZ	DC_0675	159	273	InterPro cluster	Tail spike domain	Central	High	Text match	419 proteins / 419 hits
Coil	Unmapped	-	281	326	Coils	Coil	-	-	-	-
Coil	Unmapped	-	347	376	Coils	Coil	-	-	-	-
Coil	Unmapped	-	386	406	Coils	Coil	-	-	-	-
DC_1278	STR	DC_1278	600	972	Novel HMM	DC_1278	Central	Low	Positional only	66 proteins / 66 hits
Coil	Unmapped	-	603	634	Coils	Coil	-	-	-	-
Coil	Unmapped	-	650	695	Coils	Coil	-	-	-	-
G3DSA:2.60.120.260	STR	G3DSA:2.60.120.260	731	877	Merged direct domain	G3DSA:2.60.120.260	Central	Low	Positional only	264 proteins / 264 hits
DC_2057	STR	DC_2057	899	1225	Novel HMM	DC_2057	Central	Low	Positional only	53 proteins / 53 hits
DC_1746	STR	DC_1746	1221	1468	Novel HMM	DC_1746	Central	Low	Positional only	92 proteins / 92 hits
DC_2025	RBD	DC_2025	1414	1903	Novel HMM	DC_2025	C-terminal	Low	Positional only	28 proteins / 28 hits

Taxonomy

	Name	Taxonomy ID	Lineage
Phage	Siphoviridae sp. ctWKa2 [NCBI]	2825537	Uroviricota > Caudoviricetes >
Host	No host information

Coding sequence (CDS)

Genbank protein accession

DAE05264.1 [NCBI]

Genbank nucleotide accession

BK015407 [NCBI]

CDS location

range 19389 -> 25175
strand +

CDS

ATGAGACCTATTTTATACGAACAAGATGAAACTCTGTTTCGTACTAATGGTATAGGCATCCTCCATGACGCGGAGGAATGTAAAGTTACCGAAGCTCGAAATGGAAAATTTGAGATTGAATTGGTATACCCTCTCCAAGGAGAGTGGATAACTGATATCGTTCATAATCGGATCATTTTGTCAAGACCAAACGACTATGATCAACCTCATGCATTTCGTATTTATGAAACTGCTGTTGATTTAGCAGCGAATCATATGACTGTAAAAGGGGTTTCTATAACTGATGATCTCGCTGGAAATGTTGTTAAACCATTCACAGTATTAGGTGCAAATCCTAATAGTGCATGGGCAGGTATTCGATCAGCTGCATTGGATAATATCCGATATCGATTCTGGTCTGATATTGGTGCTATACATCCATTCGAGGTATCAGAAGCACAAAACGTTTGGGCAACTCTTGTTGGTGAGAAGGAATCTCTTGTAAGTGTTTTTGGTGGTGAAGTTAAACGGGAGAATGATTCCATTTATCTTTATCGGCGAAGAGGTACCGACCATGTAACTACCATTAGACCACGTAAGAATCTTAAAAACATTAAGATTACTACAAACATGATTGGTAAGTTCACTCGTATTTTACCTTATGCCAAATATACTCCAGAAGGAGAAAACCAGCAAGAACAAACGATCTATGGTGATGTTATTTTCTCTGATCATTACAATGATTATTCTGTTAAACGAATTGTACCAATTGATATTTCTAAGAAATTCAATGATTACAAACAACAACAGAAAGCTAGTCGTAAAGACCAATTGAAAGCCGATCGGGAAAATAACAGAGCAGTCGATGCCGCCCGAAGATCTGCTGAAGAAGCTCGACGAGAACAGCTAGAAATCGATCGTGAAGCAGCAAGAGAACGACGATTTGAAGAACGTCAAGCTGCTAGGGCTTCTGCTCGAGTAGCTGCTCAAGAAAAACGTGCTGCTGCTAAAGCTGCTCGTGAAGCTAATCGTGGTATTAAGAAGTCTAAAGCCCAACGTGCTGCTGAAGCTGAGGCTAGATATCAAGCTAGAGAAGCTGCATACCAACAAAAAGAAGCAGAACGAAACGCGAAGTTCCAACAACAGGAAAAAGATCGTCGTGCTAAACGTGCTGCTGCTAAACAAGCTAAAATTGATAAGAAGAATGCTAGAGAAGCTGAGAAATCTGCTCGTAAAGCTAGACAGGATCAGATCAAAGAGAGTACTAAGATTGTCATTACACCAGCGATGGTTACGGCAGAAGCTGCTAGTTACTTTGATGAGAATCCAAATGTAGATGTTCCAAATATCAAGATCGAAGTTGACATGATCCCATTACAAGATACAACATCTTGGGAAAGATCCATGCTTCGTAGTCTTGAAAAGATCAAATTGTGTGATACGATCGATGTCTATGTCAAAAAGATTGATGCGGATGTAACGGTTACAGTCAATGAGATTGAGTATGACGTCTTAAGTGAACGTATCATCAAAATCGTAGCAACTTCCGATGGGAACAATTCATCAAGTCTTGCTGAAGCGCAGAGAGCTGAGTGGAAAGATCATACACAAAAAGCTATCAGTGATGCATTCTTCGATATTGACAATTCTGTTAATAAAATCCTTACCTCTGCTAATGGTAAAAACCAAAACTTCTATGGACCAGACGAACCTCCTGCCGATATGGCTAAGGAGAATGATATTTGGTTCAAAGAAGTAGCTGAGGGCGAAATTGATATGTATCGTTTCGATGGAACTCAATGGATATTGTTAATGCCACATGATTTTGGGGAACAACTAGAAACTAAGATAAATGATCTTAGGACAGAGATCCAAGAATCCCTTGACGAGTTCGAAGAATCTCAAGAGGATTTAAAAAGTCAATTAGATGGAGTTGCAATCAATGCTCAAGCAGCGGTTGAAGAAGTTGCCGATGAATTTAATGCTGAAATTGCAAGTGCTAAATCAGCGTTAGATACCGTTAAGAAAAGCTTCGAAGCGGCTAAAGCGGATTTCAACAATAAAATTGCGGATTTCAACAATAAAATTGCGGATTTATCACAAAAGCAACTCGCAGACAAGGCTGCACTTATTCAACAAACCCAACGAGATATTCGTCAACTACAAGATGGTATCACTGAGAAATACAATAATCTTCGTATTGGTACCAACAACTTGATTCGTAATAGTATTACAATGCCGCCTACTGATTTTAGAGGATGGACCGTTGCTAATGGAGAGATATTTAGATTGTATTCAAAAGATCTAACTGTGTTAAAGATCAACTCAACATCTCGAGTAGCATTGTCTTTAAATCCTCCAGAATCTAATATGGTGAAATTGAGACCGAATCAAGATTACATTTTCTCATTCTATGTGAAATCTTCCGGTGGAGGTCAAGTCATTTATCATAGCCGTTCCGCTACTGATATGAAGTTAATTGCGTACGATCCATCTTTTAACAACGGATGGAATGTCACTCGTGATTGGGAAAGACACTGGGTTAAATTTAGAACACCTAGTAACTTGTCAAATCCTAACGCGGTTCTTGGTATTATCAACAAAGATAGTGGATCGAATACGATTTATACTGCTGCGTGGCAATTGGAAGAATCTCATATTCTGTCTGATTGGCATCCTAATGATACTGATTTAGAAGAAGTTATTGGTGAGTATAAACGATTAATCGATCGAAATCTCACGACACTTCAAACGACTGTTGGTAAATTGGGCGAGAATGTTACAAATGTTAAAACATCGATCGATCAGACCAACAGACAAATCGAGTTGAAGGCTCAGGAAATTACAGGCTTACAGGGTAAAATGACTCAAGCAGAAGCCACATTACAAGCTCTTCCAAATCAAATTACTGCTAAAGTAAATACTGCTAAAGAGGAAGCTTTGAATGGTGCAAAGAGTTACACCAATGCTCAAATTCAAGTAGCTGAAGGATCTATTGCTCAACGTATTACATCTAATTTAACTGGACAAGTTAATGGTATTATTTCGTCAAGTATTACTCAAACGAATGGCGCCATTCGTCAAGCTATTGCTTCAGCTACTGAGAATGCTGTTGGGACGGCTAGAACAAATGCTCAAACAATTGTGAATACGGCCATCGATGGTATTCGTACAAATATCCGTCAAGTGGAAACCAAGATACCTAAGAAATATGGTGGACGTAACTATCTACAAGGGACAGATAAGACTCTTCATTCTGGATCTTATACGTTGAACTCTAATGGGTATTCTGTCATTTTTGGGTATAATACGGTTGGTAATAAAACACTTAGAGAATTGGGTATTCCTCAAAATGCGAAGTTAACTCTTCAATATACTGTTAAATTTGCATCAAATGTAACAAACGCTAGAGTTATGCCTAAGTTATATACGGATGATGGCGCCTATTTGATGGGACTTAATGGAGTTGTTCCCGAGTATCCATCACCTAACGATATGAATATCAGCGGATCCAATCCAACATTTAGAATTGGTTATATTACCCTTAATGATAATGCTTGGAACCGTTGCAATCAGATTCGTTTCTGTGTTGACCGGTCGAATAATGTCCCATTCGAAATCACTCAATGTATTCTATATTCTGGTGATATGGTGATTGACTGGGTTAGTGCTGTTGAAGACACATTCATTGAGAATGGTGGTACAAATCTTCTTAAGAATGGTCACTTCATGAAAGGTATTCAAGAAAATCAAAAGGTAACTACAACGCATTGGGACATTCAAAACGCAACAGGATTTAACTACAACTATGATCATGGATTTAACAACTTTAAACGTAAAGGTATTATCCATGCGTATGGTACGCCTAGTGATTGGTCTTGGCTTGGACAATGGGTTATGGAACCCGTCAAAAAAGATGAACCACTAACCTTATCTCTAGATGTAGCAATCGATGGATTGAAAGATGCAAATAAAGACGCGATTAAACTGGAAGTATTTGGTTATTATATGGATGGGACCAACGAGATTCGTGAAGGAGTGGCTTCAATAGTAAGGGGAACACATCTCGAATTGGCGGGTATTACTGCTGGTAATCGTTATATGCGTCGTATTGGTAGAACCCTCATAGCAAAACATGATTATCATAAGATATATGTCAAGGTCACATTTACACCGTCCATCTTGGTCAATTTGTATATTACACGAATTCAGCTTGAACGCTCTAAAGTTGTGAATGACTTTAAGGAACATCCAGAAGACCTTGACATTACAACTAATGCGAAATTCCAAGCTGTTGAACAGACTCTGAATATGTATAAGAGGACTATTGGTGAGACTGAGAATGGGGTTGCTACTAAAGTAGCTCAAATGGTTATGACAAACCAATCATTCCAAACGACTATTACCAACGCCTCTTCTGCAAGTACAAACTTAGTGTTGGATACCGAGACCTTTGCTGGAGCCATCGCAAACTTTGTACCAGGAGCAAACAATCGTTATCGAGGAGATTTCCCTGGAGTTTATGGTAAAAATGAGTATATGATGTCCGTTCCAAAATCTTCTGGATTCACAGGATGGAGTGTTGTATCATTACCAGTCGCTATGTCGCAGGTTAAACGAAATGAAAGTTATACAATTTCATTCAAAATCAAATTTGAAACCGCACAAGATACGCCGAATAAGAGTCGTTATTTAATTGCTCTTAAAAATCATGTTTTAAATAAAACACCTATGGTATTTCATGATACTAGGGCTAATGATCCTAGAACAGGATCGAACAATCCGTTCACTGATTGGGTTACTGTCAAGAAAACAGTCACACCAAATGAGGATGTGGCTTTAGAATCACCTGGATTATTACCATTTATGATTGCTATTGAGAATACTGGAGTTATTCGTATAAAGGAAATCATGATGGTTCGAGGTACTGTATCTAATGAATACACACCAGCAACTGGTATATCTTCAACCATTGTGAAACAATTGAGTAACTCGTATGCTGTTCGTGTATTATCAGGACCGAACTCATTAGCTACCGAGATCAATGCCAATCCAAATGGTGTACGGATCAAAGGTAAAAATATTGAAATTGATGGAAACACCCATATTACTAATGGGGTTATCGATGAAGCTATGATCAAAAATGGAGCTATTAGTAACGCGAAAATTGCTACTGCGGCGATTGACAGTGCAAAGGTTAATAATATAGATGCTGGTAAAATCACTGGTAAAAACGCAAATTTGATTGATTTGGATGCTATTACAGGTCGAATTAAATATGTGTTTACTCAGGGAATTGCAATTGGTTACGAAACTTATTTGTATATGTCAAATGGAAAACTCATGATTACTAATAGAAATGGAAATTCTTCTAACAGCGATGATGTTCGATTACAGTTAAATGGAAGAATGTCCGGACCGACAAAAATTGGCGGTAGTGGATCGAATTCGAGCAGTTATGTTCCTGTTATGACAAATCACTCGAGAAATATTCCAATATATTCGCATGGTTCAGTATCTGATGTAAATGGAATTCACTCGAACCATAATGTTGGTGTCTTTGGGGTTCGATGGATGGGTATCGTTACATTTGGAGGTCATCTAAATGTAACCACAAATACAAATGCATATTTGTATGTACATGACGGATCTGAAACTAGACGCTCAACATGGTATTGTCCACTATTCCTTGACGATGGATATAGCGATTTAGAATCTGATTTTTATAATTATGCTAGTGCCGGTTATAGATATGAAGCCTATAAATACTATGAGTATAAGGGAGAAAAGAAAACAGGATGGAAATAG

Genome Context

Tertiary structure

PDB ID

1d383eb9bddd26461efbccfa2442d69db42ac62904a1d34a45ad95619d4c2e52

ColabFold

Source ColabFold

Method ColabFold

Resolution 0,6436

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