Protein

View in Explore

Genbank accession

XYM60351.1 [GenBank]

Protein name

tail protein

RBP type

Evidence RBPdetect2

Probability 0,51

Protein sequence

MPSTPILGITQVSTSQSGKETTINDAIIALEAATNAKLSVSMATGDYTLSADEATRNFIFVATGATQARNLIFPETVNGNPFNRVFVVRNSSGYALTVKFPTGTTVTIPNNQSRLINGSEGTSMTVAAEPPSVIAFLSLTDVPSTYTASAGKFLAVNVAENALEFVDGAVWPSFTGNAGKYLVVNSTANGVQWVTPDFAEDFLDLNDTPSSYSGQASKVVRVNAAGNGLEFAELDEPEAVNYVSATRWRILVVEPGTGWPDNGELDPSDPEYVEQTSQVGFAEVQFLNLDGVNLTGTGTASASSFEAGFEAAQAFDTVITGGAGWLTDDAATGDAWIEYAFAAAVTPRSVRIYPISQALYYTPMRFLIQYYDAANAEWVALGDRTAATWEADVPQTFKVNGTPFTAVQEAPADGSLYGRRDNTWVSIAADVIEDTTTTHNLDSANVGKYRRFTNSGSKILNIRTNAAHPMPNGEWHIRNEGAGAIQIVPAAGVTVNPPPDGTLVIPDGGTITIKRVAADTYDLFGNTTKTTETGVSEVFPTLTTNAGKVLAVNATEDNIEWVDAGTDEQIRDVVAAALVGGANITITPNDGGDTIEIAVTGSLGLTAEDVRDTIASALVAGTGIDITVDDAGDQIIITNLGGGGTGGGSSYTDEQVRDVMGAALVGGTGITITPNDLGDTIEIAVSGSLGLSAEDVRDTIAAMLVAGSNVTMTYDDAADTFTINAADTTDPEVVRDTIAAALVGGSNITITPNDAGDTIEIAVTGTLGLTAEEVRDTMAATLVAGTGITITHDDGADTITISATGGGGVSVGASGARIKASGVITISADGLTATVTSGLNVASVTKTDVGRWRVNFETPLNSTDYGVTATPVFGQFDDNWTAVAGIDRHIGSGFATTHLDLIFAPANGNTGIYDPVSFSFEVYDASEQQGGSTSIKSVWTPVTLANHNFATGDATGWSAGSGSYTFNPDADNPLGGGFKADAGPNAVNDLYQTLDVTAYASAIAAGAFKVRQEVWWTKGYSDEDYALAYMIFRNSGGTEIARAYAASDGNYRNIGVNGHDVSQHEVYCPPNTATIDFYARCDRDAGTNCDSALNGMRCWITDTAAVAAVPSEGTVVTRSAVNISTSTDTFISFDAEVVDDADWWDAGTPERITVTEAGWYAVTANYEWSETSASNVYKYTRLFHNGSYLAEQLFTDERAIRNGINAFVYAEAGDYFRVQVRQTSGGTATWNGRFSVVRMGTGGASAGGGTADYPDFAGNAAKVLAVNATEDGVEWVTDQVGAGGGGGEIITTIGQPGNWELIEDFVAVGGEASINFTGLSDKYDQIRFVVEPIHQTSSGAVPVLVRFNGDAGGNYDFQRHYGGSSHSANRVTNGTSLSTIMYCSTNPDVKPYNDFFLRQYHETDRFATFYCESSVWWDNSIILHSSGTWKSKAPVTQVSFTPETGLFGAGARIRVYGEKQPALPSDGPSGRNPIFAVAATGAQELAAGAWTALSTLNTEVFNEVVGASLGANLITLPAGTYFVQGRATAIRSNETRLRLYNVTDGAPVAVNGSAAWSGDATGTGVGAFVNPTLFGTFTITTQKTFRVDQWLSASSSSFNDNGHLGDIGAAGVDHHTAEFTFEKLDSLVGPSNGWETIGEYDHAVDGTLALKSFTGLGEYEDFRIVGSDITTDASTGIQVRGSIDNGASFLGASGDYYKLTNTGANDTASSVLAYTDGVTTAARTFTYHIYGNTPGVRARSVNEHDQGSARVCMVTTTPFNALQIGANSGNMTGGKFILYGRKSQARTGNPSAVGGSGKYPVPMGFTSPPQASETLLIHAFAEVVTFADAWAGSVKSVGTNPDGTVALEIRKNGTTVGTISIDNTGAVTYASTSPSTIFEVGDVMTIVAPSLPDASIANVAITLAGTRST

Physico‐chemical properties

protein length:	1909 AA
molecular weight:	199619,00760 Da
isoelectric point:	4,37304
aromaticity:	0,08905
hydropathy:	-0,08591

Domains

Domains [InterPro]

DC_1385
ATT
2–170

DC_1385 DC_1385 DC_0220 DC_0499 DC_1950 DC_1915

DC_1385
ATT
199–258

DC_1385 G3DSA:6.20.230.10

XYM60351.1

1 1909

Architecture

ATT

STR

ATT

STR

RBD

STR

ATT 2-170 | ATT 172-258 | STR 368-405 | ATT 406-429 | STR 430-530 | STR 647-929 | RBD 1094-1241 | STR 1743-1909

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_1385	ATT	DC_1385	2	170	Novel HMM	DC_1385	N-terminal	Low	Positional only	25 proteins / 25 hits
DC_1385	ATT	DC_1385	172	201	Novel HMM	DC_1385	N-terminal	Low	Positional only	25 proteins / 25 hits
DC_1385	ATT	DC_1385	199	258	Novel HMM	DC_1385	N-terminal	Low	Positional only	25 proteins / 25 hits
DC_0220	STR	DC_0220	368	530	Novel HMM	DC_0220	Central	Low	Positional only	55 proteins / 55 hits
G3DSA:6.20.230.10	ATT	G3DSA:6.20.230.10	406	429	Merged direct domain	G3DSA:6.20.230.10	N-terminal	Low	Positional only	46 proteins / 46 hits
DC_0499	STR	DC_0499	647	929	Novel HMM	DC_0499	Central	Low	Positional only	36 proteins / 36 hits
DC_1950	RBD	DC_1950	1094	1241	Novel HMM	DC_1950	C-terminal	Low	Positional only	17 proteins / 17 hits
DC_1915	STR	DC_1915	1743	1909	Novel HMM	DC_1915	Central	Low	Positional only	20 proteins / 20 hits

Taxonomy

	Name	Taxonomy ID	Lineage
Phage	Erythrobacter phage XM05 [NCBI]	3413945	Viruses >
Host	Erythrobacter sp. JL475 [NCBI]	383381	Pseudomonadota > Alphaproteobacteria > Sphingomonadales > Erythrobacteraceae > Erythrobacter >

Coding sequence (CDS)

Genbank protein accession

XYM60351.1 [NCBI]

Genbank nucleotide accession

PV416404 [NCBI]

CDS location

range 43444 -> 49173
strand -

CDS

ATGCCCTCAACCCCCATCCTCGGCATCACTCAGGTTTCCACGTCGCAGAGCGGCAAGGAGACCACGATCAATGACGCCATCATTGCACTGGAAGCAGCGACCAACGCCAAGCTGAGCGTCAGCATGGCGACGGGCGACTATACGCTCAGCGCAGACGAGGCGACCCGCAACTTCATCTTCGTCGCGACCGGCGCGACGCAGGCCCGCAACCTGATCTTCCCCGAGACGGTGAACGGCAATCCGTTCAACCGCGTCTTCGTCGTCCGCAACTCCAGCGGCTACGCCCTGACCGTCAAGTTCCCGACCGGGACCACGGTCACGATCCCCAACAACCAGTCGCGCCTCATCAACGGCTCGGAAGGCACGTCGATGACGGTGGCCGCCGAGCCGCCGAGCGTCATTGCGTTCCTGTCGCTGACCGACGTTCCCAGCACCTACACGGCCTCGGCCGGCAAGTTCCTCGCGGTCAACGTCGCGGAGAACGCGCTGGAGTTCGTCGATGGCGCGGTGTGGCCGTCGTTCACTGGCAACGCGGGCAAGTATCTGGTGGTCAACTCGACCGCAAATGGCGTCCAGTGGGTGACGCCGGACTTCGCCGAAGACTTCCTCGACCTCAACGACACGCCGTCCAGCTATTCGGGACAGGCGTCGAAAGTCGTGCGCGTCAACGCGGCGGGCAATGGACTGGAGTTCGCCGAACTCGACGAGCCCGAGGCGGTCAACTATGTCTCCGCCACGCGCTGGCGCATCTTGGTCGTGGAGCCGGGCACCGGCTGGCCCGACAACGGCGAACTCGACCCGAGCGATCCGGAATATGTCGAGCAGACCTCGCAGGTCGGTTTCGCCGAAGTCCAGTTCCTCAACCTCGACGGGGTTAACCTTACCGGCACCGGCACCGCTTCGGCCTCGTCGTTCGAGGCTGGCTTCGAGGCCGCACAGGCATTCGATACCGTCATCACCGGCGGCGCGGGCTGGTTGACCGACGACGCGGCGACCGGCGATGCGTGGATCGAATACGCGTTCGCCGCTGCGGTGACGCCGCGCTCGGTCCGCATCTACCCGATCTCACAGGCGCTCTACTATACGCCGATGCGGTTCCTGATCCAGTATTACGACGCCGCCAACGCCGAGTGGGTGGCGCTGGGCGACCGCACGGCAGCGACGTGGGAAGCCGATGTTCCGCAGACCTTCAAGGTCAACGGCACGCCGTTCACGGCGGTGCAGGAAGCGCCGGCCGATGGCTCGCTCTACGGTCGCCGCGACAATACGTGGGTCTCGATCGCGGCTGACGTGATCGAAGATACGACCACGACGCACAATCTCGATTCGGCGAACGTCGGCAAGTATCGCCGCTTCACCAACTCGGGCTCGAAGATTCTCAACATCCGCACCAACGCGGCACACCCGATGCCGAACGGCGAGTGGCACATCCGCAATGAAGGTGCAGGTGCCATCCAGATCGTCCCGGCTGCCGGAGTCACCGTGAACCCGCCGCCGGACGGCACGCTTGTCATCCCCGATGGCGGCACGATCACGATCAAGCGGGTCGCGGCCGACACCTACGACCTGTTCGGCAACACCACCAAGACGACCGAGACGGGCGTCTCGGAAGTCTTCCCGACGCTGACGACCAACGCCGGCAAGGTGCTGGCGGTCAATGCGACCGAAGATAATATCGAGTGGGTTGACGCGGGCACCGACGAGCAGATTCGAGATGTCGTGGCGGCTGCTCTGGTAGGCGGAGCCAACATCACCATCACGCCCAACGATGGCGGCGACACGATCGAGATCGCCGTCACGGGCAGTCTCGGCCTGACCGCAGAAGATGTGCGTGACACGATCGCCTCAGCACTGGTTGCCGGGACGGGCATCGACATCACGGTTGACGACGCGGGCGACCAGATCATCATCACCAATCTCGGCGGCGGCGGCACGGGCGGCGGCAGCAGCTATACCGACGAGCAGGTGCGTGATGTGATGGGGGCGGCACTGGTTGGCGGCACTGGCATCACCATCACGCCCAACGACTTGGGCGACACGATCGAGATCGCTGTTTCCGGGAGCCTCGGGCTCTCGGCCGAAGACGTGCGCGACACGATCGCCGCCATGCTCGTGGCCGGCTCGAACGTCACCATGACCTACGACGATGCGGCCGATACATTCACGATCAACGCGGCCGACACCACCGACCCGGAAGTCGTGCGTGACACGATCGCGGCGGCGCTGGTCGGCGGCTCCAACATCACGATCACGCCGAACGACGCTGGTGACACGATCGAGATCGCCGTTACCGGGACTCTTGGTCTGACCGCCGAGGAAGTGCGTGACACCATGGCGGCAACGCTGGTGGCTGGCACGGGCATCACCATCACCCACGACGACGGGGCTGACACGATCACCATCTCCGCGACGGGCGGAGGTGGAGTCTCCGTGGGGGCTTCCGGAGCGCGCATCAAGGCGTCAGGAGTCATCACCATCTCTGCCGATGGGCTGACCGCTACGGTCACGTCGGGGTTGAACGTGGCCTCGGTCACGAAGACGGATGTAGGACGCTGGCGCGTCAATTTTGAGACACCCCTGAACAGCACGGACTACGGCGTGACAGCCACCCCTGTGTTCGGTCAGTTTGATGACAACTGGACTGCGGTCGCTGGTATTGACCGCCATATCGGATCGGGATTCGCTACCACACACCTTGACCTGATCTTCGCACCTGCCAACGGAAACACCGGAATCTACGACCCGGTTTCGTTCAGTTTCGAGGTCTACGACGCAAGTGAGCAGCAGGGAGGCTCCACTAGCATCAAGAGCGTGTGGACTCCGGTTACGCTCGCCAACCACAACTTCGCAACCGGCGACGCCACCGGGTGGTCAGCAGGCAGCGGATCATACACCTTCAACCCGGATGCCGATAATCCCCTTGGCGGTGGCTTCAAGGCTGACGCCGGTCCGAACGCGGTCAACGACCTTTACCAGACGCTGGATGTAACTGCATACGCTTCCGCCATCGCGGCGGGGGCGTTCAAGGTTCGTCAGGAAGTGTGGTGGACCAAGGGATACTCAGACGAGGATTATGCCCTTGCATACATGATCTTCCGCAATTCTGGCGGCACGGAGATCGCCCGCGCCTACGCAGCGAGCGATGGCAACTATCGCAACATTGGCGTCAACGGTCACGATGTTTCGCAGCATGAAGTCTATTGCCCGCCCAACACGGCGACCATCGATTTCTATGCCCGCTGCGATCGCGATGCGGGCACCAACTGCGATAGTGCGCTTAACGGAATGCGGTGCTGGATCACCGACACGGCCGCTGTGGCTGCCGTCCCCAGCGAGGGCACGGTTGTCACGCGGTCCGCAGTCAATATCTCGACCAGCACGGATACGTTCATCAGCTTCGACGCCGAAGTCGTTGACGACGCCGACTGGTGGGATGCCGGGACGCCTGAGCGTATCACGGTGACCGAAGCGGGATGGTATGCCGTCACCGCTAACTATGAGTGGTCTGAGACCAGCGCCAGCAACGTCTACAAATACACGCGCCTGTTCCACAACGGGAGCTACCTAGCCGAACAGCTTTTCACCGACGAGCGTGCCATTCGCAATGGTATCAATGCGTTCGTCTACGCCGAAGCTGGTGATTACTTCCGTGTCCAAGTTCGTCAGACCAGTGGCGGCACTGCGACGTGGAACGGACGCTTCTCGGTTGTCCGGATGGGCACCGGCGGGGCGTCCGCCGGTGGCGGCACCGCCGACTATCCGGACTTCGCCGGTAACGCAGCGAAGGTGCTTGCCGTCAACGCGACCGAAGATGGCGTCGAGTGGGTAACCGATCAGGTCGGTGCGGGCGGCGGAGGTGGTGAAATCATCACCACTATTGGTCAACCCGGAAATTGGGAATTGATCGAAGACTTCGTTGCCGTGGGCGGTGAAGCCTCGATCAACTTCACGGGCCTGTCCGACAAATACGACCAGATTCGTTTCGTTGTCGAGCCGATCCACCAAACATCGTCTGGGGCTGTTCCTGTTCTTGTCCGATTCAACGGCGACGCTGGCGGCAACTACGACTTCCAGCGCCACTACGGTGGTTCGTCGCACTCGGCAAACCGGGTTACCAATGGCACGTCGCTTTCGACGATCATGTATTGCTCGACCAATCCGGACGTAAAGCCTTACAACGACTTCTTCCTCCGCCAATACCACGAGACGGATCGTTTCGCTACGTTCTATTGCGAATCGTCGGTCTGGTGGGATAACTCCATCATCCTCCACTCGTCGGGGACGTGGAAGAGTAAGGCCCCTGTCACGCAGGTGTCGTTCACTCCGGAAACCGGTTTGTTCGGTGCTGGTGCGCGTATCCGCGTCTATGGTGAGAAGCAACCGGCTCTGCCTTCGGACGGCCCCTCAGGACGCAACCCGATCTTCGCGGTCGCTGCCACCGGGGCGCAGGAACTTGCCGCAGGTGCTTGGACCGCGCTCAGCACGCTCAACACCGAGGTGTTTAACGAGGTCGTAGGCGCGTCGCTGGGTGCCAACCTGATCACCCTGCCGGCCGGAACTTACTTCGTCCAAGGCCGAGCAACGGCGATCCGCTCCAACGAAACGCGCCTTCGTCTCTACAACGTAACGGACGGCGCACCCGTGGCGGTAAACGGGTCCGCTGCATGGAGCGGTGACGCAACCGGAACGGGCGTCGGTGCCTTCGTGAATCCGACTCTGTTCGGGACGTTCACGATCACGACGCAGAAGACCTTCCGGGTCGATCAATGGCTGTCCGCTTCGAGTTCTTCGTTCAATGACAACGGCCACTTGGGTGACATTGGTGCAGCCGGCGTCGATCACCACACCGCTGAGTTCACCTTCGAGAAGCTGGATAGCTTGGTCGGGCCGTCGAACGGCTGGGAGACGATCGGAGAGTATGATCACGCAGTAGACGGGACGCTTGCTCTCAAGTCGTTCACCGGCCTCGGTGAATACGAAGACTTCCGCATCGTCGGCTCCGACATCACCACCGACGCCTCGACCGGTATCCAAGTCCGGGGCAGCATCGACAACGGTGCCAGCTTCTTGGGGGCCTCCGGCGACTACTACAAGCTCACAAACACCGGCGCTAACGACACGGCGTCGTCAGTGCTGGCTTATACGGATGGTGTTACCACAGCGGCACGCACTTTCACATACCACATCTATGGCAACACGCCGGGCGTCCGCGCCCGGAGCGTGAACGAACACGATCAGGGATCGGCACGCGTCTGCATGGTTACGACCACGCCGTTCAACGCGCTCCAGATCGGTGCCAACTCCGGTAACATGACGGGCGGGAAGTTCATCCTCTACGGCCGCAAGTCGCAAGCACGCACCGGCAATCCCAGCGCGGTCGGCGGCAGCGGCAAGTATCCGGTCCCGATGGGCTTCACGTCGCCGCCGCAGGCAAGCGAAACCTTGCTGATCCATGCGTTCGCCGAGGTGGTTACCTTCGCCGATGCGTGGGCGGGATCGGTCAAGTCCGTGGGCACAAATCCGGACGGAACCGTTGCTCTCGAAATCCGAAAGAACGGCACAACGGTAGGGACGATCTCGATCGATAACACCGGCGCGGTCACCTACGCCTCGACCAGCCCCTCGACGATCTTCGAGGTCGGCGACGTGATGACGATCGTCGCTCCTTCCCTCCCCGACGCCTCGATCGCGAACGTCGCCATCACCCTTGCGGGCACCCGCAGCACCTAA

Genome Context

Tertiary structure

PDB ID

533e7aa7b7739b92da8bc448811a830aac07c76e84dbfe72a171a2ff2a30ec56

ColabFold

Source ColabFold

Method ColabFold

Resolution 0,6008

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