Protein

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Genbank accession

QDJ97279.1 [GenBank]

Protein name

hypothetical protein

RBP type

TSP

Evidence DepoScope

Probability 1,00

Protein sequence

MYVDKDKPQPPLDERTDPVGVVLEAFIENDRKVQEVTGDIVDTIKDIQNAQTSATQKLDKFDADVKAKLKTHVDKRGAIHGESKHTVGLGNKDNYPMATMQEHVDGKALAYAHPSGLRELVESRVKSDPTKYIPARVIPLASGGMLGEIPQYHMDLSIGELDQSKQDPNLHLGETPWEFSTTSGALIFPTINNAPHHGRYTQVPQGMNVFSHGPHGGTKIRVYNKTLDSRRTRPSFIRGWGDASGAPEQLGTCVKAGSSLFDKTHVIYREVNWLLRSFNKNALPSDVVEIYKHYSKEPEGIFEYAEGFLFNYWVTPLNAIVPGGSVAEPHIKLDMRCFKMDVADYRAAQGAVSLNGEQRSSLGDTTQTFSATVPAHNKMVFGGQAGSGVGSIYIRLNRLLTLPGGMENAFLANLNQDLVRQLTFAWRNRMSYHGLFRIPVGWWNKQKTKYWHAWVDFEIIDRPFYTGLNNQLRVLTADPSWNAVQTVDANWNVTGSGMFKEYRADIKDNPMHPLALGGIFESQGGHMKTYTLYGRQYTAYHQHDMGQSLDFITKGNVPLPPPTQSEYSARSTLNGTGLYGDHLRHIPVDIDQQTGLVTYLTHVRDYRDRYRWARVVIDGEQEVVQDRFYGNYLGPKVQKLDWLPGIKTPRPFVISNDDFQPTMNINGLVFTAENKFLGFGSFRTNEANQDYLEYVDEIRLDEQVIAWVKSNAGGFTNPDLLFFYFRGSLFWFCRCSDPAEYPADGKDCYYGVIKDCGVKLDGGGARVMGPNGSIADSITINKFNLMTKNSLLVDQAEVYGIDSLSGRDVYIMMTQHHNDSGTQDHDVMVNMGPFNNFYIEMKLIRSGDGAMTFRPKPEAIDPVFPYTESNGFQIDYDAHTLYGTKIPERFHVNYQSPVMLKKGMWSYRKTPNNFGFFTRRHGFITITGCVMASYYGTDVYPMGSVLTVSGKNTVVKKPVQYSPDDIDGNSELSVRIVGDEPVLYGTNFNPNGYEVEPHNGAAPAGWGSGSNFYYYDPASWRNTFMPVIDGRRMSWYGYGSTVPVLLGKPGEGLPINRYYFGTQSTQMTWDTAKGRVVKFDTEIATTVAVNGNAEVTGSATQYVIPAQYTGVVTIDLYNANKLIWAPGLTNLIRLGSEIMEVDFSGSDQFTISAPLPKRVTSLKRAFYKAKGASYPGLQNWNVTGVTDFTECFAETTAFNQDLSRWTFVMGRTLRGMFQNAVAFNQPVPGTWFQYILDCSYMFAGSGAFNKPLTGTALQCKTAIGMFQGSKAFNSSIDGLKFLEIVDISDFFRESVVFNQSINGFDVSKVERAERMFQGAKGFLQPITLNMKQCHSVSGMFKDNLVFNALVNISLPICTDFSQMFMGTKLFNQKLPAWSFSPRTTLREMFSGSKAYNQSMDHWMMERVASISRMFQFAAAYQQPIKTWTFYKLVDCSYLFANSSFNADVNDIKWPSDPTLGINATGIFYYNLVYNQPLSKWNTVAFKLFNGIFNLARSFNQDISAWNVSNGENFENLFKDAIEFDGDISNWDVGKSKTFSYFAANAVKFKSDLSKWNVSSCFNFEAMFKHCLVFDSDISEWDVSNGTTFEWMFDGYSLTETVTPEYFMIFNQDLSKWNVGKGVRFNAMFRKCQLFTSDLSGWDMTNAQEAGAMFQHCYEFQSELASWKVAKFTHVRYMFFHAHNFNAPIPDWDVSRCTDFEQMFSYTYMFNQDLSNWDMSNARNLNRMFDVAAVFNGDVSTWDVSNVVTFWGMFRDAAEFNGDISGWVTSSANDFSGMFQDAVSFDRDLSGWDVSKGIKFNAMFRSTKCNFGMNNWNVGNATTFAEMFKGNIVFNQKLSTWKTGKVTDMGQMFSGCKALTDPGIGNWDTGRVELMNQMFFDCPLFNSNISGWNVSNVTNFSRMFMSALKFNANLSTWNVSNGVIFEKMFHTAELFNQPLNTWRMVKGEDFTDMFYGAKAFNQPINDWGMASAKTLNGMFRGSSVFNQPLDKWNTGNVVNMDSTFRDAKQFNQNLSIWNVAKVTSHADFDTGATAWTEPRPNFV

Physico‐chemical properties

protein length:	2042 AA
molecular weight:	230551,31540 Da
isoelectric point:	6,13090
aromaticity:	0,13663
hydropathy:	-0,33991

Domains

Domains [InterPro]

DC_0481
STR
1–1261

DC_0481 IPR005046 IPR005046 DC_0103 IPR005046 DC_1935 IPR005046 IPR011889

IPR005046
STR
1151–1253

IPR005046 DC_1384 IPR005046 DC_0103 DC_1935

DC_1935
STR
1232–1352

DC_1935 IPR005046 IPR011889 DC_1935

QDJ97279.1

1 2042

Architecture

STR

RBD

STR

RBD

STR

STR 1-1449 | RBD 1450-1463 | STR 1464-1552 | RBD 1553-1607 | STR 1608-2041 |

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_0481	STR	DC_0481	1	1261	Novel HMM	DC_0481	Central	Low	Positional only	18 proteins / 18 hits
IPR005046	STR	DC_0253	1151	1253	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1935	STR	DC_1935	1232	1352	Novel HMM	DC_1935	Central	Low	Positional only	24 proteins / 24 hits
IPR005046	STR	DC_0253	1264	1348	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1384	RBD	DC_1384	1327	1459	Novel HMM	DC_1384	C-terminal	Low	Positional only	20 proteins / 20 hits
IPR005046	STR	DC_0253	1358	1449	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_0103	RBD	DC_0103	1449	1602	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
IPR005046	STR	DC_0253	1464	1552	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_0103	RBD	DC_0103	1594	1729	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
IPR005046	STR	DC_0253	1608	1687	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1935	STR	DC_1935	1697	1811	Novel HMM	DC_1935	Central	Low	Positional only	24 proteins / 24 hits
IPR005046	STR	DC_0253	1709	1807	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1935	STR	DC_1935	1805	1932	Novel HMM	DC_1935	Central	Low	Positional only	24 proteins / 24 hits
IPR005046	STR	DC_0253	1861	1966	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
IPR011889	Unmapped	-	1877	1900	InterPro	Bacterial surface protein 26-residue repeat	-	-	-	-
DC_1935	STR	DC_1935	1922	2041	Novel HMM	DC_1935	Central	Low	Positional only	24 proteins / 24 hits
IPR011889	Unmapped	-	1977	2001	InterPro	Bacterial surface protein 26-residue repeat	-	-	-	-

Tail Spike Domain Segmentation

This protein has been segmented into three structural domains: N-terminal, central domain, and C-terminal.

Domain Layout

N-terminal

Central

C-terminal

QDJ97279.1

1 2042

Domain	Start	End	Length (AA)	Confidence
N-terminal	1	120	120	0,9641
Central domain	121	734	615	0,9718
C-terminal	735	2042	1307	0,0285

Legend: N-terminal Central domain C-terminal

3D Structure with Domain Coloring

The structure is colored according to the domain segmentation: N-terminal (blue), Central (green), C-terminal (pink).

Domain Coloring

N-terminal
1-120

Central
121-734

C-terminal
735-2042

Taxonomy

	Name	Taxonomy ID	Lineage
Phage	Aeromonas phage D6 [NCBI]	2593322	Uroviricota > Caudoviricetes > Chimalliviridae > Ludhianavirus D6 >
Host	Aeromonas hydrophila [NCBI]	644	cellular organisms > Bacteria > Pseudomonadati > Pseudomonadota > Gammaproteobacteria > Aeromonadales

Coding sequence (CDS)

Genbank protein accession

QDJ97279.1 [NCBI]

Genbank nucleotide accession

MN131137 [NCBI]

CDS location

range 119945 -> 126073
strand +

CDS

ATGTATGTAGATAAGGATAAACCCCAACCCCCACTGGACGAGCGTACCGATCCGGTAGGGGTCGTACTTGAAGCGTTCATTGAGAACGATCGTAAGGTACAAGAGGTTACGGGTGATATCGTTGACACGATAAAAGACATCCAGAATGCACAGACGTCAGCCACTCAGAAACTTGACAAGTTTGATGCCGACGTTAAGGCAAAACTTAAAACCCACGTTGATAAACGCGGTGCGATTCACGGAGAGAGTAAACACACAGTAGGATTGGGGAACAAGGATAACTACCCAATGGCTACAATGCAGGAACATGTGGACGGTAAGGCTCTAGCTTATGCACACCCCTCCGGTCTCCGCGAGTTGGTGGAATCCAGAGTGAAAAGTGATCCTACCAAGTATATTCCTGCGCGAGTAATACCTCTGGCTTCCGGTGGGATGTTGGGTGAAATTCCTCAGTACCACATGGATTTGAGTATTGGTGAACTCGACCAATCCAAACAGGACCCCAATCTTCATTTAGGGGAAACCCCTTGGGAATTTAGCACCACCTCAGGCGCTCTGATATTCCCCACAATCAACAACGCACCTCACCATGGGCGATACACCCAAGTTCCCCAAGGAATGAACGTGTTCAGTCATGGACCCCATGGTGGGACAAAAATCCGAGTCTACAATAAGACCCTGGATAGCCGAAGAACACGCCCGTCGTTTATTCGTGGTTGGGGTGATGCTTCAGGTGCTCCCGAGCAATTAGGGACCTGTGTCAAAGCGGGGAGTTCGCTCTTCGACAAGACGCACGTTATTTATCGCGAAGTCAACTGGTTGCTTCGGTCCTTTAACAAAAATGCGCTCCCCTCCGATGTGGTAGAGATATACAAGCACTATTCGAAAGAACCAGAAGGTATCTTCGAGTACGCAGAGGGATTTCTCTTTAACTATTGGGTAACACCCCTCAACGCTATCGTCCCCGGCGGATCAGTTGCCGAACCACATATCAAGCTGGATATGCGGTGCTTTAAAATGGACGTGGCTGATTACCGTGCCGCCCAAGGAGCGGTCAGTCTGAATGGGGAACAGCGGTCATCCCTGGGGGATACCACTCAAACGTTCTCTGCGACGGTACCTGCGCACAACAAAATGGTTTTTGGAGGTCAAGCTGGTTCCGGGGTAGGTTCTATTTATATCAGGCTGAATCGTCTTTTGACACTCCCTGGCGGGATGGAGAATGCGTTTCTTGCCAATCTGAACCAAGACCTCGTGCGACAGTTAACCTTCGCGTGGCGCAATCGCATGAGTTACCACGGTCTGTTCAGGATCCCTGTAGGTTGGTGGAACAAACAAAAAACTAAATACTGGCACGCCTGGGTCGATTTCGAGATTATCGATCGTCCTTTCTATACTGGGCTCAATAACCAGCTTCGTGTGTTAACAGCAGATCCGTCTTGGAACGCAGTCCAGACTGTCGACGCCAACTGGAACGTGACCGGGTCAGGAATGTTCAAAGAGTACCGCGCCGACATCAAAGATAACCCGATGCACCCCTTGGCGCTCGGTGGCATCTTCGAATCCCAAGGCGGGCACATGAAGACCTATACCTTGTATGGAAGACAGTACACTGCCTACCATCAACACGACATGGGTCAATCGCTGGATTTCATCACTAAGGGTAACGTCCCTCTTCCTCCCCCGACCCAGAGCGAGTACAGTGCCAGGTCCACCTTGAACGGTACCGGTCTTTATGGGGACCACCTCCGACACATTCCTGTCGATATCGACCAACAGACCGGTTTGGTGACGTACCTTACTCACGTTCGCGATTATCGTGATCGTTATCGGTGGGCCCGTGTGGTCATCGATGGAGAACAGGAAGTCGTCCAGGACAGGTTCTACGGGAACTACCTTGGTCCCAAAGTCCAGAAATTGGACTGGCTCCCAGGGATCAAAACACCCAGACCGTTCGTTATTTCCAACGATGACTTCCAACCCACGATGAACATCAACGGGTTGGTCTTTACAGCCGAAAACAAGTTTCTTGGCTTTGGTAGTTTCAGAACCAATGAAGCTAACCAGGATTACCTTGAATACGTTGACGAGATTCGACTGGACGAGCAAGTTATTGCTTGGGTGAAGAGTAATGCCGGTGGGTTTACCAACCCTGATTTACTCTTCTTCTATTTCAGGGGGAGTTTGTTCTGGTTCTGTCGTTGTTCCGATCCGGCTGAATATCCGGCTGATGGAAAAGATTGTTACTACGGCGTAATAAAGGACTGTGGTGTCAAACTCGATGGTGGTGGTGCCCGTGTCATGGGTCCGAATGGTTCTATCGCTGATTCAATCACGATTAACAAATTCAACTTAATGACCAAAAATAGTTTACTGGTCGATCAAGCGGAAGTTTACGGGATAGATTCCCTCTCCGGTCGTGATGTTTACATCATGATGACTCAACATCATAACGATTCAGGAACCCAAGATCATGACGTAATGGTCAACATGGGTCCTTTCAACAATTTCTATATTGAAATGAAGTTGATACGTTCTGGTGATGGCGCCATGACGTTTAGACCGAAGCCAGAGGCGATCGATCCGGTATTCCCTTACACAGAGAGTAATGGTTTCCAAATAGACTATGACGCACACACTCTGTACGGGACAAAAATTCCGGAAAGATTCCACGTAAACTACCAGTCCCCCGTGATGTTGAAGAAAGGGATGTGGAGCTACCGTAAAACCCCCAATAACTTTGGGTTCTTTACACGTCGACATGGGTTCATTACGATAACCGGTTGTGTGATGGCCAGTTACTATGGGACAGACGTTTATCCCATGGGATCAGTCCTCACGGTTTCCGGGAAGAACACAGTGGTTAAGAAGCCGGTCCAGTATAGTCCCGACGACATCGATGGAAATTCGGAACTGTCCGTCAGAATAGTGGGTGATGAGCCTGTACTCTACGGTACGAATTTTAATCCCAATGGTTACGAGGTAGAACCACATAACGGCGCTGCCCCAGCTGGTTGGGGGTCTGGTTCGAACTTCTATTATTACGACCCGGCTAGTTGGAGAAATACTTTCATGCCGGTGATAGATGGACGGCGGATGAGTTGGTATGGTTACGGTTCGACTGTACCCGTTCTTCTGGGGAAACCTGGGGAAGGACTTCCTATCAACAGGTATTACTTTGGAACCCAAAGTACCCAGATGACCTGGGACACCGCTAAAGGAAGGGTGGTGAAGTTTGATACCGAAATAGCCACCACTGTGGCTGTAAACGGAAACGCAGAAGTGACCGGAAGTGCTACGCAGTATGTTATCCCTGCACAGTACACCGGGGTGGTGACAATCGACCTTTATAACGCCAATAAACTCATCTGGGCACCAGGACTGACAAACCTGATCCGGTTGGGGAGCGAAATAATGGAGGTTGACTTCTCTGGTTCAGACCAGTTTACGATTTCGGCCCCGTTACCAAAACGTGTCACCAGTCTGAAACGTGCGTTCTATAAAGCTAAGGGTGCGAGTTATCCTGGGCTTCAAAATTGGAACGTGACGGGCGTCACCGACTTCACCGAGTGTTTTGCTGAAACCACCGCATTCAACCAAGATCTTAGTAGATGGACCTTCGTTATGGGGAGGACGTTGCGAGGGATGTTCCAGAACGCTGTGGCATTCAACCAACCTGTTCCCGGAACTTGGTTCCAATACATCCTGGATTGTTCCTACATGTTTGCTGGTTCCGGTGCGTTTAACAAACCTCTAACTGGAACCGCGTTACAGTGTAAAACAGCCATCGGTATGTTCCAAGGCTCCAAAGCGTTCAACTCCAGTATTGATGGACTCAAGTTCCTGGAAATTGTGGATATCTCTGATTTCTTCAGGGAGTCGGTCGTTTTCAACCAATCCATAAACGGATTTGACGTTTCGAAGGTTGAGCGCGCGGAAAGGATGTTCCAAGGTGCGAAAGGGTTCCTCCAACCCATCACACTCAACATGAAACAATGTCATTCAGTGTCAGGGATGTTCAAAGATAACCTTGTGTTTAATGCACTTGTGAATATCTCGCTCCCTATCTGTACTGACTTCAGCCAAATGTTCATGGGGACCAAGCTGTTCAACCAGAAATTGCCTGCATGGTCATTTAGCCCCAGGACGACATTGCGAGAAATGTTCAGCGGGTCCAAAGCCTACAACCAGTCAATGGACCATTGGATGATGGAACGTGTCGCGTCCATTTCCAGAATGTTCCAGTTCGCCGCTGCTTACCAGCAACCTATCAAGACCTGGACCTTCTATAAGTTGGTTGACTGTTCTTACCTGTTCGCTAATTCCTCGTTCAATGCGGATGTCAATGATATAAAGTGGCCAAGTGATCCAACCCTGGGGATTAACGCCACTGGTATCTTCTATTACAATTTGGTTTATAACCAACCACTGAGTAAATGGAATACCGTTGCATTCAAATTGTTCAATGGTATCTTTAATCTGGCAAGATCGTTTAACCAAGACATTTCAGCCTGGAATGTCTCCAATGGTGAAAACTTTGAAAACCTCTTTAAAGACGCAATTGAGTTCGATGGGGACATTTCCAACTGGGATGTGGGTAAATCCAAAACGTTCTCTTACTTCGCAGCGAATGCCGTCAAGTTCAAATCCGACCTTTCCAAGTGGAACGTGAGCTCTTGTTTCAACTTCGAAGCGATGTTCAAACACTGTTTGGTTTTCGATAGCGATATCTCTGAATGGGATGTCTCCAACGGTACCACTTTCGAGTGGATGTTCGATGGATATTCGTTAACCGAAACTGTCACACCTGAATACTTTATGATCTTCAACCAAGATCTGAGTAAATGGAACGTTGGAAAGGGTGTTCGCTTTAATGCCATGTTCCGTAAGTGTCAATTGTTCACGTCTGACCTTTCTGGGTGGGATATGACAAACGCGCAAGAAGCCGGTGCGATGTTCCAACATTGCTACGAGTTCCAGTCGGAACTTGCTTCTTGGAAAGTGGCAAAATTCACTCATGTTCGTTACATGTTCTTCCACGCCCACAACTTCAACGCTCCTATCCCTGATTGGGACGTGTCAAGGTGTACTGACTTTGAACAGATGTTTAGTTACACCTACATGTTCAACCAGGATTTGAGCAACTGGGATATGAGCAATGCCAGAAACCTCAATAGGATGTTCGATGTTGCGGCGGTCTTCAATGGCGATGTTTCTACTTGGGATGTTTCCAATGTAGTGACATTCTGGGGAATGTTCAGGGATGCGGCGGAGTTCAATGGCGATATCTCTGGTTGGGTTACATCCAGTGCGAATGATTTCAGTGGTATGTTCCAAGACGCGGTCTCGTTTGATCGGGATTTGAGTGGATGGGATGTCTCCAAGGGGATCAAGTTCAATGCGATGTTTAGGTCGACCAAGTGTAATTTCGGTATGAACAACTGGAACGTGGGTAACGCCACTACCTTTGCCGAAATGTTCAAGGGGAACATTGTCTTTAACCAGAAACTGTCTACTTGGAAAACAGGTAAAGTTACTGATATGGGACAGATGTTCTCTGGGTGTAAAGCACTGACTGATCCGGGAATCGGTAATTGGGATACTGGACGCGTGGAACTCATGAATCAGATGTTCTTCGACTGTCCTCTTTTCAATTCCAATATCTCTGGTTGGAACGTATCCAATGTGACAAACTTCTCCAGGATGTTTATGAGTGCGCTTAAGTTCAACGCTAACTTGTCGACCTGGAATGTTTCCAACGGTGTAATATTCGAGAAAATGTTCCACACGGCGGAACTCTTTAACCAACCTCTGAATACTTGGAGAATGGTGAAAGGTGAAGATTTCACAGATATGTTCTATGGTGCGAAAGCGTTCAACCAACCCATCAATGACTGGGGTATGGCCAGCGCCAAGACACTCAACGGGATGTTCCGTGGTTCCTCTGTGTTCAACCAACCTCTGGATAAATGGAACACGGGCAATGTTGTCAATATGGACTCGACCTTCCGTGATGCCAAACAGTTCAACCAGAATCTGAGTATCTGGAATGTCGCTAAGGTGACATCCCATGCTGACTTCGATACTGGAGCGACTGCTTGGACCGAGCCACGTCCTAACTTTGTTTAA

Genome Context

Tertiary structure

PDB ID

82c9a9b15c7b1634f31a0a37af0a6d19e3c78d6196cd93f726920d1f52f2b5d2

ColabFold

Source ColabFold

Method ColabFold

Resolution 0,6928

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
Complete genome sequence of Aeromonas hydrophila bacteriophage D6	Rai,S., Tyagi,A., Kumar,N. and Singh,N.	2020-06-10	—	GenBank

Protein

Domains

Domains [InterPro]

Domains [InterPro]

Tail Spike Domain Segmentation

Tail Spike Domain Segmentation

3D Structure with Domain Coloring

Domain Coloring

Taxonomy

Coding sequence (CDS)

Coding sequence (CDS)

Genome Context

Genome Context

Tertiary structure

Predicted Aligned Error (PAE)

Model Confidence

Literature