Protein

View in Explore

Genbank accession

AHY26738.1 [GenBank]

Protein name

putative tail protein I

RBP type

Evidence RBPdetect2

Probability 0,84

Protein sequence

MTTVDNLNGLELLSGRLVTLFLTLAEAEEAVKSLPAGTHVKVTNDPNPDLNGEYTWDGEKLLKTTNNTLEKAKEQAEEVAQEIIDRNVTASHVLDLLEGQITGSLLDRRLEQRIEKIPSIVGEIEELKNEVTTINYDLGVKVNYINFDLEKLTQYVEELELIVDVDFSEIKQQIQDLHDQVNSDFEAVRVKIDELQAQVTADFEKVRQEVKDLQAQVDADIKKLQKEVADKFLEVDQIKIGLDKEIQDRISAVKAETEARVESIRLLNDGLTKEIQERKDGDQKLLTNIENYKTSNDKSLANVREQVTVAVDTANASAQKVDALDARVVSAENNSKTALENSASAVSKVTALASDVGAMSEKVDTLEANVIKAVDDSGKALTNSATAISQSKTAVDKANAVSEQVNIVEAKLNDKSTTYRTNIAPTKATHPNLSVGDVWINQDKKNEQKRWDGKAWVDINDVRVSDNATAISKTNATVTEQGKTIQANVQKIDSLTASLGDKADASALTKLESTVTKQGTDIQTNSANITSLQGQIKDKADAKALNELSTKVTEQGGTIASQGQSITALNNQIKDKADASAVTQLTSTVTKQGETINAQGKQITTLEGKVDGKADATAVTELKATVTEHEGKIATQGQAITSLNNQIKDKADTKAVTALETKVTKQGEDITAQGKQITSVEAQLKDKASTQAVSTLDAKVNKQGETITAQGQALTGLKQEVDGKASVQAVDELKTTVTQQGKDITAHGQSLTSLQNQMKDKADAKALTALETKVTKQGDDIKSQGEAITSVEAHLDGMIIGGSNLIRKTDIQAGYLKSYSPNVVTFPALPKARTPVARSLTGSGASVGVNTVSDISLKAGQEYTLSFRGASSKGAFTYAYVMLNKSGASNIPLLLNNKPVSKVESVLTYVSATFKCTHDVDTAHIMFACNGAVASDWVLVAEPMLVEGNTGTTWSKSIDELAGSEALNELKATVGKQGETITAQGQSITGLKQEVDGKASSQAVNELKSTVTQQGKDIATQGQAITTLNNQIKDKADAKALTALETKVTENSGKIESQGTALTGVKASLGAMDSDSLLPDYNLASPDEWFSHYGYKMEQYFKTTPNGKVGNTVFRHDSSNPQPCWNYNKKPLPNDRKYKVTAKVKRSTDSVGGSNYITVLYGTPDGKWSSANYTYVGIVPKASGEWEDVEAIVNLTSNSDKYPQIKIGFAINHNSTAGMAELQGFKVVHLIETGDVGSSIATAESVSKLSATVTQQGNTITSQGTAITGLENSIKDKADAKAVNELKTTVEQQGNDIKSQGLSITKVEASVKDVDIIAKDSKLLAMYQGQGKLIWDDPTFKKSDNSIKEYGKNNAIHIVDRVPVGAGNPTGSTHEILDKIVGDINLGNFGIYPANLATAIDKVFLHKYVAKIPTNYRMTKASNAIGVGGIDDFIGDTTGTGNYEVYWRLTRCGQSGTFSTTGHVALKRNSGAIPTPAKPDEVRFAQVAIFDVTDAPDSIPKELLDKVDANSKAISSLDAEVKRVDGVVVAQGKQVTQLTAEVNKKADGTALTALETKVTQQGKDITSQGQSITNLNNQIKDKADASAVNSLKTTVDQQGNDIKTNSQNIINLNTNLGKKADASAVTALEAEVKKVDGKTVTNSQSITKLQGQVNTIDGEVKKKADASALNSYYTKVEADKAIAGQISEFNSSLVIGGVNQLLDSERERSSSATSQREYFMYERSVYLKDFYDRNLGKPVTISFEIKVPVAGTVQVYSFNNSAHTYSTSTPSLKANEWTYVELTVKPNKHGTTPENVAGSTLEFYGTYGTGRIPSVRRVQLEAGTKATDWSVSPRDVSESLEANSTAVGKVEAKTTALEGKVNTQATQITGLQSQINGKADSSALNSLKTTVEQQGNTISSQGTAITQVESSVNNALKAVTVEDTRSKNELPLWYWTNHPRRVVNEFKTASVIGVTGLGTYVNLETRVYYTDASGGSIIQIAHSANNSVLQMERNSVGSGSTATWSAWRQPLKSIDDSAKASATAVNKLTTDVTKIDGKVDAQATAVQQLDTKVGQNSASIQTQSQTINGIRANWTMKMDVNGYVSGIGAMNDGKTSEFIIRADRFAIANPTGTGKKYGFVYQSSPKTLPNGTVIPAGLYIDNLILGDIDARKINAESISAISANLGRFESSVAGKGKTVISGTEYQVFDANGVERIFLGVR

Physico‐chemical properties

protein length:	2201 AA
molecular weight:	235998,74830 Da
isoelectric point:	5,62771
aromaticity:	0,04771
hydropathy:	-0,42040

Domains

Domains [InterPro]

DC_0308
STR
25–613

DC_0308 DC_1045 DC_1169 DC_0793 DC_0338 DC_1398 G3DSA:1.20.5.340

Coil
Unmapped
59–86

Coil Coil PTHR34491 DC_0839

G3DSA:1.20.5.340
STR
601–689

G3DSA:1.20.5.340 DC_0338 DC_1169 DC_1045 DC_1045 G3DSA:1.20.5.340

DC_0338
STR
610–689

DC_0338

AHY26738.1

1 2201

Architecture

STR

RBD

STR

STR 25-961 | RBD 962-1026 | STR 1027-1350 | STR 1415-2199 |

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_0308	STR	DC_0308	25	613	Novel HMM	DC_0308	Central	Low	Positional only	44 proteins / 44 hits
Coil	Unmapped	-	59	86	Coils	Coil	-	-	-	-
Coil	Unmapped	-	178	227	Coils	Coil	-	-	-	-
PTHR34491	Unmapped	-	480	1830	PANTHER	A-TYPE INCLUSION PROTEIN, PUTATIVE-RELATED	-	-	-	-
G3DSA:1.20.5.340	STR	G3DSA:1.20.5.340	601	689	Merged direct domain	G3DSA:1.20.5.340	Central	Low	Positional only	38 proteins / 38 hits
DC_0338	STR	DC_0338	610	689	Novel HMM	DC_0338	Central	Low	Positional only	38 proteins / 38 hits
DC_1045	STR	DC_1045	680	723	Novel HMM	DC_1045	Central	Low	Positional only	12 proteins / 12 hits
DC_0338	STR	DC_0338	720	961	Novel HMM	DC_0338	Central	Low	Positional only	38 proteins / 38 hits
DC_1169	RBD	DC_1169	947	998	Novel HMM	DC_1169	C-terminal	Low	Positional only	14 proteins / 14 hits
DC_1169	RBD	DC_1169	992	1036	Novel HMM	DC_1169	C-terminal	Low	Positional only	14 proteins / 14 hits
DC_0793	STR	DC_0793	1027	1276	Novel HMM	DC_0793	Central	Low	Positional only	50 proteins / 50 hits
DC_1045	STR	DC_1045	1273	1350	Novel HMM	DC_1045	Central	Low	Positional only	12 proteins / 12 hits
DC_0338	STR	DC_0338	1415	1582	Novel HMM	DC_0338	Central	Low	Positional only	38 proteins / 38 hits
DC_1045	STR	DC_1045	1576	1617	Novel HMM	DC_1045	Central	Low	Positional only	12 proteins / 12 hits
DC_1398	STR	DC_1398	1614	1930	Novel HMM	DC_1398	Central	Low	Positional only	31 proteins / 31 hits
G3DSA:1.20.5.340	STR	G3DSA:1.20.5.340	1779	1929	Merged direct domain	G3DSA:1.20.5.340	Central	Low	Positional only	38 proteins / 38 hits
DC_0839	STR	DC_0839	1871	2199	Novel HMM	DC_0839	Central	Low	Positional only	44 proteins / 44 hits
G3DSA:1.20.5.340	STR	G3DSA:1.20.5.340	2002	2081	Merged direct domain	G3DSA:1.20.5.340	Central	Low	Positional only	38 proteins / 38 hits

Taxonomy

	Name	Taxonomy ID	Lineage
Phage	Acinetobacter phage vB_AbaM_Acibel004 [NCBI]	1481186	Viruses > Duplodnaviria > Heunggongvirae > Uroviricota > Caudoviricetes
Host	Acinetobacter baumannii [NCBI]	470	cellular organisms > Bacteria > Pseudomonadati > Pseudomonadota > Gammaproteobacteria > Moraxellales

Coding sequence (CDS)

Genbank protein accession

AHY26738.1 [NCBI]

Genbank nucleotide accession

KJ473422 [NCBI]

CDS location

range 70801 -> 77406
strand +

CDS

ATGACTACTGTTGATAATTTAAATGGACTAGAGTTGTTATCTGGTAGATTGGTAACATTGTTCCTCACTCTAGCTGAAGCTGAAGAAGCTGTAAAAAGCCTACCTGCTGGAACACACGTAAAAGTTACTAATGATCCTAATCCTGATCTCAATGGTGAATACACTTGGGATGGAGAGAAGTTATTAAAAACTACAAATAACACTTTAGAGAAAGCTAAAGAACAGGCTGAAGAAGTTGCACAAGAAATTATTGATCGCAATGTTACTGCAAGCCATGTCTTAGATTTACTCGAAGGGCAAATTACTGGAAGTTTACTTGATCGTCGCTTAGAGCAACGTATTGAGAAAATTCCTTCTATCGTTGGTGAGATCGAAGAACTTAAAAACGAAGTTACTACAATCAATTATGATCTTGGTGTAAAGGTTAATTATATTAATTTTGACCTTGAGAAACTTACACAGTATGTAGAAGAGTTGGAGCTTATTGTTGACGTTGATTTCTCTGAAATTAAACAGCAAATCCAAGACCTACATGATCAAGTCAATTCAGACTTTGAAGCTGTAAGAGTTAAGATTGATGAGTTACAAGCTCAAGTAACTGCTGACTTTGAGAAAGTTCGTCAAGAGGTTAAAGACCTACAAGCTCAAGTTGACGCTGACATTAAAAAACTTCAAAAAGAAGTTGCTGATAAGTTCCTTGAAGTGGATCAAATCAAAATTGGTTTGGACAAAGAGATTCAGGATCGTATTAGTGCTGTTAAAGCTGAGACAGAAGCTCGTGTTGAAAGCATTCGACTACTTAACGATGGATTAACAAAAGAGATTCAAGAGCGTAAAGATGGTGATCAAAAACTTCTTACAAACATTGAAAACTATAAAACATCAAACGATAAATCTTTAGCAAACGTAAGGGAGCAAGTTACTGTAGCAGTTGATACAGCGAATGCGTCAGCACAGAAAGTTGATGCCCTTGATGCTCGTGTCGTTTCTGCTGAAAATAACTCTAAAACAGCTTTAGAGAATTCTGCTAGTGCTGTGAGTAAAGTTACTGCTTTGGCAAGTGATGTTGGTGCAATGTCTGAGAAGGTAGACACCCTTGAAGCTAACGTAATTAAAGCTGTCGATGACAGTGGTAAAGCGTTGACAAACTCAGCAACTGCTATTTCACAATCTAAAACTGCTGTTGATAAAGCTAATGCTGTTTCAGAGCAAGTTAATATTGTTGAAGCTAAGTTGAATGACAAGTCTACAACATACCGAACAAATATAGCTCCTACCAAAGCTACTCACCCTAACCTATCCGTTGGGGATGTCTGGATCAACCAAGACAAGAAAAATGAGCAAAAGCGTTGGGATGGAAAAGCATGGGTTGATATCAACGATGTTCGTGTTAGTGATAATGCTACGGCTATCTCTAAGACAAATGCAACTGTAACTGAACAGGGTAAAACTATTCAAGCAAACGTACAGAAGATTGACAGCTTAACAGCAAGTCTTGGAGACAAGGCTGATGCTTCTGCACTGACTAAACTTGAATCAACTGTTACTAAACAAGGTACTGACATTCAAACAAACTCTGCCAATATCACTAGCCTACAAGGTCAGATTAAGGATAAGGCAGATGCTAAAGCTTTGAATGAGTTAAGCACCAAAGTTACAGAGCAAGGTGGAACTATTGCCTCTCAAGGTCAATCCATCACAGCGTTGAACAACCAAATAAAAGATAAAGCTGATGCTTCAGCCGTGACACAGCTCACAAGCACTGTCACAAAGCAAGGTGAGACCATTAATGCACAAGGTAAGCAGATCACAACTCTTGAAGGTAAGGTAGACGGTAAAGCCGATGCTACTGCTGTTACTGAGTTGAAGGCTACTGTAACCGAGCATGAAGGGAAGATCGCCACTCAAGGACAAGCCATTACATCTTTGAATAACCAAATCAAGGATAAGGCTGATACTAAAGCTGTTACAGCACTTGAAACTAAAGTGACAAAACAGGGAGAGGATATCACAGCACAAGGTAAACAAATTACTTCTGTTGAAGCTCAGTTGAAAGACAAGGCATCAACTCAAGCAGTTAGTACCTTAGATGCAAAAGTGAATAAGCAAGGTGAAACAATCACAGCTCAGGGACAAGCTCTAACAGGTTTGAAACAAGAAGTGGATGGTAAGGCTTCTGTACAAGCTGTTGACGAATTAAAGACAACAGTTACACAGCAAGGTAAAGATATTACAGCACATGGACAGTCTTTGACTTCCCTGCAAAACCAAATGAAAGATAAAGCAGACGCTAAAGCTCTTACAGCTCTTGAGACCAAAGTTACCAAACAAGGTGATGATATTAAATCTCAAGGTGAGGCTATTACTTCTGTTGAAGCTCATTTGGATGGAATGATTATCGGTGGATCGAACTTAATTCGTAAAACTGATATTCAGGCTGGATACTTAAAATCTTATTCACCAAACGTAGTAACTTTCCCTGCACTACCAAAAGCTAGAACACCTGTTGCTAGGTCTCTTACTGGAAGTGGTGCTTCTGTTGGTGTCAATACAGTTTCTGATATCAGTTTAAAAGCTGGACAAGAATATACACTCTCATTCAGAGGGGCATCTTCTAAAGGTGCTTTCACATACGCTTATGTTATGTTGAATAAGTCGGGTGCTTCAAACATCCCACTACTTTTGAATAACAAACCTGTATCGAAGGTTGAGAGTGTTCTTACCTATGTTAGTGCTACATTCAAGTGTACTCATGATGTTGATACAGCTCATATCATGTTTGCTTGTAATGGTGCAGTAGCTAGTGATTGGGTTCTTGTTGCTGAACCTATGTTGGTTGAAGGTAATACTGGAACAACATGGTCTAAGAGTATTGATGAACTTGCTGGCTCTGAAGCATTGAATGAATTAAAAGCCACTGTTGGGAAACAGGGAGAGACTATTACAGCTCAAGGACAGTCGATTACAGGGCTTAAACAGGAAGTAGATGGGAAAGCATCATCTCAAGCTGTAAACGAGCTTAAATCGACTGTGACACAGCAAGGAAAGGACATTGCAACTCAAGGTCAAGCGATTACTACTCTAAACAACCAAATCAAAGACAAAGCTGATGCGAAAGCATTGACAGCGTTGGAGACTAAGGTTACAGAGAACTCAGGTAAAATCGAGTCTCAAGGTACAGCATTGACAGGAGTTAAAGCTTCTCTTGGTGCTATGGATAGTGATAGTTTACTACCTGACTACAACCTTGCTAGTCCTGACGAGTGGTTCAGTCATTATGGGTATAAGATGGAGCAGTATTTTAAGACAACTCCTAACGGAAAGGTTGGAAACACTGTTTTTAGGCATGATAGTAGTAATCCACAACCTTGCTGGAATTACAACAAAAAGCCTCTCCCAAATGACAGGAAGTATAAAGTAACAGCAAAGGTTAAAAGGTCTACTGACAGTGTAGGTGGTTCAAACTACATCACTGTTCTGTATGGAACACCTGATGGAAAATGGTCTTCAGCAAACTACACTTATGTTGGTATTGTACCTAAAGCTTCAGGAGAATGGGAAGATGTTGAAGCTATCGTAAACCTGACATCCAATAGTGATAAGTACCCTCAGATCAAGATTGGTTTTGCTATCAATCATAACAGTACGGCTGGTATGGCTGAGTTGCAAGGGTTTAAGGTTGTTCACCTAATAGAGACAGGAGATGTAGGAAGCTCTATTGCTACTGCTGAAAGTGTTAGTAAGTTATCTGCAACAGTGACTCAGCAAGGTAATACAATCACCTCACAAGGGACTGCAATTACTGGTCTTGAGAACTCGATCAAAGACAAAGCTGATGCGAAAGCTGTCAATGAGTTAAAGACGACAGTTGAACAGCAAGGTAATGATATTAAATCACAAGGTCTTTCAATTACCAAAGTTGAAGCAAGTGTTAAAGATGTTGATATCATTGCAAAAGATTCTAAACTGTTGGCTATGTATCAAGGACAAGGTAAGCTCATTTGGGATGATCCAACATTCAAGAAGAGTGATAACAGTATAAAGGAGTACGGAAAAAACAATGCTATTCATATTGTTGACCGAGTTCCAGTTGGGGCTGGGAATCCTACAGGCTCTACACATGAAATTCTTGATAAGATTGTTGGTGACATCAATCTAGGTAACTTCGGAATTTATCCAGCTAATCTAGCTACTGCAATTGATAAGGTATTCTTGCATAAATATGTTGCTAAAATACCTACCAATTACAGAATGACAAAAGCATCTAATGCTATTGGTGTTGGTGGTATTGACGATTTTATTGGAGACACTACTGGTACTGGTAATTATGAGGTTTATTGGAGACTTACTAGGTGTGGACAATCTGGAACTTTTAGTACAACAGGACATGTTGCATTAAAAAGAAATTCTGGAGCAATCCCAACTCCAGCTAAACCTGATGAGGTTAGGTTCGCACAAGTGGCTATTTTTGATGTCACTGATGCACCTGACTCTATCCCTAAAGAATTGTTGGATAAAGTCGATGCTAACTCAAAAGCTATTTCATCACTTGATGCTGAAGTTAAGCGTGTAGATGGTGTTGTTGTTGCTCAAGGTAAGCAAGTTACACAACTAACAGCAGAAGTCAATAAAAAGGCTGATGGTACTGCTTTGACAGCTCTTGAAACTAAGGTTACTCAACAAGGGAAGGACATTACCTCACAAGGGCAATCCATAACTAACTTGAATAACCAAATCAAGGATAAAGCTGATGCTTCTGCTGTCAACAGTCTTAAAACTACAGTTGATCAGCAAGGGAATGATATTAAAACTAATAGTCAAAATATCATTAACTTGAATACTAACTTAGGTAAAAAGGCAGATGCTTCTGCTGTTACTGCACTGGAAGCTGAAGTTAAAAAAGTTGATGGTAAAACTGTAACCAACAGTCAGTCTATTACAAAACTTCAAGGTCAAGTAAACACTATTGATGGAGAGGTTAAGAAAAAGGCTGACGCATCTGCTTTAAATAGCTACTACACTAAAGTTGAAGCTGATAAAGCTATTGCTGGACAAATCTCAGAGTTCAATAGCAGTCTTGTTATTGGTGGTGTAAACCAACTTTTAGATTCTGAAAGGGAGAGAAGTTCTTCTGCGACAAGTCAACGAGAATATTTCATGTATGAACGTAGTGTCTACTTGAAAGATTTCTATGACAGAAACTTAGGTAAGCCAGTGACAATCAGCTTTGAAATAAAAGTTCCTGTTGCTGGTACAGTTCAAGTTTATAGTTTTAATAATTCAGCACACACATATTCAACCTCAACACCTTCATTAAAGGCAAATGAGTGGACTTATGTGGAACTTACTGTTAAGCCAAATAAACATGGAACAACACCTGAGAATGTCGCTGGGTCAACTTTAGAGTTTTATGGTACTTACGGTACAGGAAGGATTCCAAGTGTTCGTAGGGTTCAGCTAGAGGCTGGTACAAAGGCTACAGATTGGTCAGTATCTCCTAGAGATGTATCTGAGTCATTGGAAGCTAACTCAACTGCTGTTGGTAAGGTTGAGGCTAAGACAACAGCACTTGAAGGAAAGGTTAACACCCAAGCCACTCAAATTACTGGTCTTCAAAGCCAGATAAATGGGAAGGCTGACTCTTCAGCTCTTAATAGTCTTAAAACAACTGTAGAGCAACAGGGTAATACAATCTCTTCACAAGGGACTGCAATTACTCAGGTAGAGTCAAGTGTCAACAATGCCTTGAAAGCTGTGACTGTAGAGGATACTAGAAGCAAGAACGAGTTACCTCTTTGGTACTGGACTAACCACCCAAGAAGGGTAGTAAATGAGTTTAAGACAGCTTCAGTTATCGGTGTTACAGGTCTTGGTACTTATGTAAACCTTGAGACAAGAGTTTACTATACCGATGCTTCTGGTGGGAGTATTATTCAGATTGCACATTCTGCAAATAACTCTGTTTTACAAATGGAGAGGAATAGTGTTGGTTCTGGTTCTACTGCCACATGGTCAGCTTGGAGACAACCTCTCAAGTCAATTGATGATAGTGCTAAAGCTTCGGCAACTGCTGTTAACAAACTTACAACTGATGTAACAAAGATTGATGGAAAGGTTGATGCTCAGGCAACGGCTGTACAGCAATTAGATACAAAAGTTGGTCAGAACTCAGCAAGTATCCAAACACAAAGTCAAACGATCAATGGTATTCGTGCCAATTGGACAATGAAGATGGATGTGAATGGTTATGTTTCTGGAATTGGTGCAATGAATGATGGTAAGACATCTGAGTTCATCATTAGGGCTGACAGGTTTGCTATTGCTAATCCTACAGGTACAGGTAAGAAGTATGGATTTGTTTATCAATCCTCACCGAAGACTTTGCCGAATGGTACAGTGATTCCAGCAGGGTTGTACATCGACAATCTTATTCTTGGTGACATTGATGCTCGTAAAATCAATGCTGAAAGTATTAGTGCTATCAGTGCTAACTTAGGTAGGTTTGAGTCAAGTGTTGCTGGAAAAGGTAAGACTGTCATCTCTGGTACTGAGTATCAAGTTTTTGATGCCAATGGTGTTGAAAGGATTTTCTTAGGAGTTAGATAA

Genome Context

Tertiary structure

PDB ID

e99f4ed0aba3797d8edcce4cd46d807f24da4888afa953403b3d7ce0c87534ce

ColabFold

Source ColabFold

Method ColabFold

Resolution 0,5799

Oligomeric State monomer

Download PDB

Model Confidence

Very high
pLDDT > 90

High
90 > pLDDT > 70

Low
70 > pLDDT > 50

Very low
pLDDT < 50

Literature

Title	Authors	Date	PMID	Source
Characterization of Newly Isolated Lytic Bacteriophages Active against Acinetobacter baumannii	Merabishvili,M., Vandenheuvel,D., Kropinski,A.M., Mast,J., De Vos,D., Verbeken,G., Noben,J.P., Lavigne,R., Vaneechoutte,M. and Pirnay,J.P.	2014	25111143	GenBank

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

Literature