Phage RBP Database

Genbank accession

XQU50025.1 [GenBank]

Protein name

large exoprotein

RBP type

TSP

Evidence DepoScope

Probability 1,00

Protein sequence

MTKQVQLRRGSHSQHSTFTGAVGEPTIDTTNVVIVIHDGVTAGGHSMVGEKSVQDIVNKRTIAIGKSEASDALDAQLDVLGNTLVSDDVDTGGLKVLYRAPLVRTGFTSATSSTLVTLSTATDIRAGWGVTANNVTVGTQILDVDVATGIVTLTDLTTDSTVEYSDVYFTVANGRSISGIATDSLEVGDIIEDPDDLLFFSGTTISEIRDEEIIISGNTAGTTTGVSTFSCTGTAGGTTLTLSNTSSLNDGDLLLADEVFIPDNCSIVTVDSGTQITISAALLDSGTNNVAFASPVTIKHVSTGIEEEYEFFYPDSGIATITRAYINDAIIDTLNITTLNGGNLQLETTTTNLANINVGIHTFAFIGTSYVDQANLNVAITTSAFISSSYISTSYVNVAITTDAFIGTAFVDNANLNVGIQTFAFISTSYVDEQNVNLGLATDYTFQTSRNILGLTDVGITTTQFTNVEYVDTANINLGISTLARMFDALADNINIDVGIASYFNAGFAGIDTAQIKTGFGTFFNIENSTIDSLFVATGIGSTTFSNESYVDQGYINVGIMTEVGITTANIDNANIDVGITSVGFANTTYTDHENVNVGFTTTAYLDTANINVGIGTTVGIASFRAETAYIDVGIATQMTVTTSIVSVGQATTSFTEEDYVNLSNVNTGLTTMSFVETEYVNLSNVNVGIGTTLFQELSYTDTGYVRSGINTYLDVTGIGTVQDLKAAVGVITQLTGTDLNYTGFSTIGQFTAGVGNTDVIVDGDFRVSGLVTFGQGDVTINDDGDLYNIGTLMAPVGVITNMSGTNLNYTGISTIGVASASQVTITGQNTALNQDKSVRIKLSNAGIASDYDFILPSKFGSAGQLLAIQTDGTLGFTTNGAGLFESRYYVSEQNGSDTFDGRALPVATIKKATQLASFDSFVIPGQRYLDAGDLIENNVDFIVEEAFGALEFNYENLTTDFPEYNRNNWKDKIVLLLENLQYDIRFGGNSKAVETAKDLYKNGIEYYDGEEVIAIYLYNYIKFIVQYIVNNQTPPTLYGPGISTTGISSQTQYFDLTITQDPENTNLNYFHTSKDARNLILANKLEIVDKSLAAIAVGVTNGNDFYFPGDTQSNERSRFYSAYRLIQKNRQEIIDYAWADTVATYPGISATEDKCKRDIGYFVDAVSTDVFTGGNNYARSFVGFYFDSGAPLGNGLLGEEVESNHAFTEAAVGMSSALTNNLTIVDNTIPADPATGSNTDTASCANVRSTVNTLLGIVTTSVAAGSTAGIGTTSNYGYFLISPTLNVSDSVGIGSTNIFGGRKCARDLNYFVDTIAQDIAFDSNQNTIYSTKLYFDGAGNLLSNGVAGEQFESILAFNASRDLMKKAITNQLNNRDLTVIADNNTGFNTDPNSCSTTQTQIGNLVGILTTALDTASLAGIGSTSFGITDCTDVRQALVNYIGIVTAVIGAGSTAGLPEVVLPETQSKPICIFVEAGNYVEDNPMIVYDDVAIVGDNLRNTIIRPANAGKDLFRVRNGCYVTGFAMKDNIDAAGVPQFTFKNAVAYDDPADQFTSRTGYATKLDKPLITRSPYIQNCSILSFLGGNGILVDGNLVRSPNSPIVAEEAEVDPDNIQPEQGKSMVAAAFTMVSFGGIGWRVINDGYSQVVSCFQIFCRYGSLTQSGGYLSITNSATNFGLFALRSTGFSPASFKFDRGRIAETGTSGGLTTLKVVGLGNSTQDLYVTRFFDNDNNDVTANFKTSPTVVEFIGAASTQGGAVDLNLDQITLTAHPFQNGDSVIYEGDEQDVPIRVLGGLVSQNQYYLKVIDVNTVEIFEDDGLATKVNLTETTTGINTFKKNTQEFFASEVLTRHNIYQSLTLATGIGTVNFVSGRQVTQAISGGTAVGIALTYNNSSRQLVVSVELSGDVRRNFQVTDGVNNLNISSHDGSPVSAGITQITGISTYWTTNSKIDSTLTGGNIVGVSNLPETYKLHFHRPSIINSSSHTWEYSGSGVDYNALPQNGGQTDTSTEQVAEGGGRVFSSGTNELGDFKIGDFITAFNRTGNIIFNNTVSIGNLDSIRLSLSGGVAVEEFSTDQDLGDNEIGGPLNKRVSTQLAVRGFLNNRLGGFIDKNVSTNAVPGAIVQLNNIGQINPDLIPPKTVNFFRSKVDDGRTQLVNQIPAVNLQTGDTVVEPSFSYVLVTDVLSQYLILDNDTIYDFNNGDEVKGTVSDGGAVGIVTAPPAIGINTDTLSFPEVGYGSTGLVRGVALTLTNLTGGTEYPTAGIYTGVRLDTVSGIGTGITGEVTVGGSGTVTSLGINTGGRNFAVGDVVTLYDHSEVGGAAGVGTPFTATIGLVETRLYLKLTNNQKFTGSAVLTDYIADGNAVAITTSQVGSAVSFTFTPTDIAVGGDIDFAQDRILCGAATAALFENGDPLFFTVDSGTPISPLALADTYYVKKVGVGTTAIELYTNYALTTKIDLDASGTGTSNRLTRRAFDVDTNQIVVPAHGLTQGDPLYVDKVGSGSSLPTGIDTGFYFAGSITTNSFTLHDSRQDSLNSINGLLFATQNFSAVGFGTVSFTKQNVTYEATVNTSSSDATNWSLNASSSIDASNIISGTVDPSRLGSGEANTDTFLRGDSSFQKVTTSVGIGTTQPFDVTSTLTTFAPNGVGINTYQGKITLGLNRVQSTLDEYSTLGIAQYKLSTFSVGDDGRLQVKNAASGGDIDAATFDGNGSAFYLDINNIQGNIPIARGGTGLQALPSNGAILIGNGVSYDLTANPEFAGDVTFSGGNNAMVLSANCDFALTNSGTWTGEKSFKIQAYNSSLYAQYSSNFILRNSSGTNRLTLTAAGTLTLAGTASMSRLTLTQATGTAPMTITSTTLVSNLNADRVDNLHASSFLRSDANDTTTGQIIFTKANNTGSGGGQIYLNGGTGNRIDWNTNGVASPTNTTRSVGTKLVLYPAVTSSTVDYALGIASGTLWYSVNSTSAAHKWYGGTQTMMSLSSNNLDVTGTVRGTQFISDIAQGTAPFVVTSTTKVTNLNADLLDGLSTSSTATTGSSVVTRSSGNFSGNNITANHFIRGSQIGNSSLSISTTDGDNDSHIALSHPGGQTFGILTWDAQTYLTSGVYYSNGAWVHQNSNNNNQMFVLNPGTGARWFASNNGSGSWNVSSNKTLWNDSGVWQQPLNRTLTMNTSGNGISGSTSFNNSGNATFTVTSNATSSNAVNSIVFRNGSGDFNARYITAERFRVTADTNTRLENDQLIIRGGSPTVIFRDTNHNSGMVHVNSNIFYVLRGGNDTESWTQVNSVWPLQINLTNNNATFGGTVTASSDVRFKKNITTIEGALDRVLRMRGVFFERLETPGTECGVIAQEVQEVLPEVVTETDGGHLSVAYGNISGLLIQAIKEQQEQIEELREEIRKLKGE

Physico‐chemical properties

protein length:	3403 AA
molecular weight:	360112,38710 Da
isoelectric point:	4,41363
aromaticity:	0,08522
hydropathy:	-0,05289

Domains [InterPro]

Domain ID	Category	Cluster	Start	End	Layer	Name	Pref Zone	Confidence	Evidence	Support
G3DSA:2.10.10.30	ATT	G3DSA:2.10.10.30	1	53	Merged direct domain	G3DSA:2.10.10.30	N-terminal	Low	Positional only	20 proteins / 20 hits
IPR041352	ATT	DC_0533	5	41	InterPro cluster	Major tropism determinant, N-terminal domain	Central	Medium	Text match	295 proteins / 296 hits
DC_0110	RBD	DC_0110	1096	1282	Novel HMM	DC_0110	C-terminal	Low	Positional only	62 proteins / 62 hits
IPR009050	STR	IPR009050	1114	1181	Merged direct domain	Globin-like superfamily	Central	Low	Positional only	3 proteins / 3 hits
DC_0110	RBD	DC_0110	1283	1424	Novel HMM	DC_0110	C-terminal	Low	Positional only	62 proteins / 62 hits
DC_0763	STR	DC_0763	1464	2198	Novel HMM	DC_0763	Central	Low	Positional only	71 proteins / 71 hits
DC_0440	RBD	DC_0440	2976	3403	Novel HMM	DC_0440	C-terminal	Low	Positional only	25 proteins / 25 hits
IPR030392	CHP	DC_0088	3309	3397	InterPro cluster	Intramolecular chaperone auto-processing domain	C-terminal	High	Text match	3502 proteins / 3959 hits
IPR030392	CHP	DC_0088	3309	3361	InterPro cluster	Intramolecular chaperone auto-processing domain	C-terminal	High	Text match	3502 proteins / 3959 hits
Coil	Unmapped	-	3376	3403	Coils	Coil	-	-	-	-

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

XQU50025.1

1 3403

Domain	Start	End	Length (AA)	Confidence
N-terminal	1	1511	1511	0,8554
Central domain	1512	1745	235	0,8702
C-terminal	1746	3403	1657	0,3687

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
1-1511

Central
1512-1745

C-terminal
1746-3403

	Name	Taxonomy ID	Lineage
Phage	Synechococcus phage S-SCSM2R [NCBI]	3400247	Viruses >
Host	Synechococcus sp. [NCBI]	1131	cellular organisms > Bacteria > Bacillati > Cyanobacteriota/Melainabacteria group > Cyanobacteriota > Cyanophyceae

Coding sequence (CDS)

Genbank protein accession

XQU50025.1 [NCBI]

Genbank nucleotide accession

PQ898602 [NCBI]

CDS location

range 91411 -> 101622
strand +

CDS

ATGACCAAGCAGGTACAGCTAAGACGAGGTTCGCACTCGCAACATTCTACATTTACGGGTGCTGTTGGCGAACCAACTATCGATACAACTAATGTAGTAATCGTTATCCATGATGGGGTGACCGCAGGCGGTCATAGCATGGTCGGTGAAAAATCTGTCCAAGATATTGTTAATAAACGCACGATTGCGATTGGAAAGTCAGAAGCGTCTGATGCACTAGACGCTCAACTGGATGTATTGGGTAATACTTTAGTTTCAGATGATGTTGATACTGGTGGATTAAAAGTTCTATACAGAGCTCCTCTAGTAAGAACTGGTTTTACTAGTGCAACCTCAAGTACTCTTGTTACTTTATCGACAGCTACAGATATCAGAGCAGGTTGGGGAGTTACTGCTAATAACGTTACTGTTGGTACACAAATTCTAGATGTAGACGTAGCTACAGGAATTGTAACCCTCACTGATTTAACCACAGATTCTACAGTCGAATATTCAGATGTTTACTTTACAGTAGCAAATGGAAGATCTATTAGTGGTATTGCTACTGATAGTTTAGAAGTAGGAGATATTATTGAAGATCCAGATGATCTCTTATTCTTCAGTGGAACTACAATTTCCGAAATTAGAGACGAAGAAATCATCATCAGTGGAAACACTGCAGGAACTACAACTGGTGTTAGTACCTTTAGTTGTACTGGTACTGCTGGTGGAACGACTCTTACACTAAGTAATACTTCTAGTTTGAATGATGGAGATCTTCTCCTAGCTGATGAAGTTTTCATTCCAGATAATTGTAGTATCGTAACTGTTGATAGTGGCACTCAAATTACAATTAGTGCTGCACTACTTGATAGTGGAACAAACAACGTTGCTTTTGCATCACCAGTAACAATCAAACACGTTTCAACTGGTATCGAAGAAGAATACGAATTCTTCTATCCTGATAGTGGTATTGCAACTATCACTAGAGCCTATATTAACGATGCAATAATTGATACTCTTAATATCACCACTCTGAATGGTGGCAATCTCCAATTAGAAACTACTACTACCAATCTTGCTAACATCAACGTTGGTATTCATACTTTCGCATTTATTGGTACCTCATACGTTGATCAAGCAAATCTAAACGTTGCAATTACAACAAGTGCTTTTATTAGTTCTTCTTATATTAGCACTTCCTACGTCAATGTTGCAATTACTACTGATGCATTCATCGGTACTGCATTTGTTGACAATGCAAATCTGAACGTTGGTATTCAAACCTTTGCGTTTATTTCGACTTCGTATGTTGATGAACAAAATGTAAATCTTGGTCTTGCAACCGACTATACTTTCCAGACTAGTAGAAATATCCTTGGTCTAACTGATGTTGGTATTACTACCACTCAGTTTACAAATGTAGAATATGTAGATACCGCAAATATTAACCTTGGTATCTCCACTCTTGCAAGAATGTTTGATGCTCTTGCAGATAATATCAACATTGACGTTGGTATTGCATCTTACTTCAATGCAGGATTTGCTGGTATTGATACCGCACAAATCAAGACTGGTTTCGGTACATTCTTCAATATCGAGAACTCTACAATCGATAGTCTGTTTGTTGCAACAGGTATTGGTTCAACAACATTCTCAAACGAGTCTTATGTAGATCAAGGTTATATCAATGTCGGTATTATGACCGAAGTTGGTATTACAACCGCTAATATTGATAATGCAAATATCGATGTCGGTATCACTTCCGTAGGATTTGCAAATACAACGTATACAGATCATGAAAATGTAAACGTTGGATTTACGACAACTGCATATCTTGATACTGCAAATATTAATGTAGGTATTGGTACAACTGTTGGTATTGCAAGTTTCAGAGCCGAAACTGCGTATATCGATGTTGGTATCGCAACCCAGATGACAGTCACGACTTCGATTGTCTCTGTTGGTCAGGCAACAACCTCCTTTACAGAAGAAGATTACGTTAATCTGTCCAATGTAAACACTGGGCTCACAACGATGTCCTTTGTTGAGACAGAATATGTCAATCTGTCTAACGTAAATGTTGGTATTGGTACAACTCTATTCCAAGAACTTTCTTATACCGATACTGGATATGTAAGATCTGGTATTAACACCTATCTTGATGTAACTGGAATTGGTACAGTTCAAGATCTTAAGGCTGCAGTTGGTGTTATTACACAACTTACTGGTACCGATCTAAACTACACTGGATTCTCAACTATCGGTCAATTTACTGCAGGTGTTGGTAATACTGATGTTATCGTTGATGGTGATTTTAGAGTTTCTGGTCTCGTAACCTTTGGTCAAGGTGATGTAACCATTAATGATGATGGTGACCTCTATAATATTGGCACTTTGATGGCACCAGTTGGTGTTATCACCAATATGTCTGGTACCAACCTCAACTACACTGGTATTTCTACGATTGGTGTTGCATCTGCATCCCAAGTTACCATTACTGGACAAAATACTGCACTTAACCAAGATAAGTCGGTCAGAATCAAACTATCTAATGCAGGTATTGCATCTGACTATGACTTCATCTTACCTTCTAAATTTGGTAGTGCTGGTCAGTTACTTGCAATTCAAACTGACGGAACACTAGGTTTCACCACGAACGGCGCAGGTCTGTTTGAATCAAGATACTATGTTTCTGAACAGAATGGTTCTGACACTTTCGATGGTAGGGCACTTCCTGTTGCAACTATTAAGAAGGCAACACAACTTGCATCTTTTGACTCCTTCGTTATTCCTGGTCAGAGATACCTCGATGCAGGTGACCTGATTGAGAACAACGTAGACTTCATTGTTGAAGAAGCATTTGGTGCTCTAGAATTCAACTATGAGAATCTTACCACTGATTTCCCAGAATATAATAGAAATAACTGGAAGGATAAGATTGTCCTACTCCTAGAAAACCTCCAGTATGACATTAGATTCGGTGGTAATAGTAAAGCTGTTGAGACCGCAAAAGATCTCTATAAGAACGGAATTGAGTATTATGATGGAGAAGAGGTAATTGCAATCTACCTCTACAACTATATTAAGTTCATTGTTCAGTATATTGTAAATAACCAGACTCCTCCAACTCTTTATGGACCTGGTATTTCCACGACTGGTATTTCTTCTCAGACTCAGTACTTTGATCTGACGATCACTCAAGACCCCGAGAATACTAATCTCAACTACTTCCATACATCTAAGGATGCAAGAAATCTAATCCTTGCAAACAAACTGGAAATTGTTGATAAGTCTCTTGCAGCAATCGCTGTTGGTGTTACCAATGGTAATGACTTCTACTTCCCAGGTGATACTCAGAGCAACGAAAGATCTAGATTCTACTCTGCATATCGTCTGATCCAGAAGAACAGACAAGAAATCATTGATTATGCATGGGCAGATACCGTTGCAACTTATCCTGGCATTTCTGCTACTGAAGATAAGTGTAAGAGAGACATTGGATATTTTGTTGACGCAGTTTCTACTGACGTATTCACTGGTGGTAACAACTACGCTAGATCGTTTGTTGGTTTCTACTTTGATAGTGGAGCACCTCTAGGAAATGGACTTCTCGGTGAAGAGGTTGAATCCAACCATGCATTTACCGAGGCTGCAGTTGGTATGTCTTCGGCACTTACCAACAACTTGACAATTGTTGATAACACCATTCCTGCTGACCCTGCAACTGGATCCAATACTGATACTGCATCTTGTGCTAACGTAAGATCTACAGTCAATACACTTCTCGGAATTGTTACCACTTCCGTTGCAGCAGGTTCTACTGCAGGTATTGGTACCACTAGTAACTATGGTTACTTCCTGATCTCCCCAACTCTAAACGTAAGTGATAGTGTTGGTATTGGATCTACTAATATCTTCGGTGGTCGTAAGTGTGCAAGAGACCTCAACTACTTTGTTGATACAATTGCACAGGATATTGCTTTCGATAGTAATCAAAATACAATTTACAGCACCAAACTATACTTCGATGGTGCAGGTAATCTACTCTCCAATGGTGTTGCTGGAGAACAATTCGAGTCAATACTTGCATTTAATGCATCCAGAGACTTGATGAAGAAGGCGATCACGAATCAGTTGAATAATCGTGATCTAACCGTTATTGCTGATAACAACACTGGATTTAATACCGATCCAAACTCCTGTTCTACAACTCAGACTCAGATCGGTAACCTTGTCGGTATTCTGACTACCGCACTTGATACTGCATCTCTTGCAGGTATCGGTTCTACAAGTTTCGGTATCACAGATTGTACTGATGTAAGACAAGCTCTTGTCAACTACATTGGTATTGTCACCGCAGTTATTGGTGCAGGATCTACTGCTGGTTTACCTGAAGTTGTACTACCAGAAACTCAGTCGAAACCAATTTGTATCTTCGTTGAGGCGGGTAACTACGTTGAAGACAACCCAATGATCGTCTATGATGACGTTGCGATCGTTGGCGACAACCTAAGAAACACGATTATCAGACCTGCTAATGCTGGTAAGGACTTGTTCCGTGTTAGAAATGGTTGTTATGTTACTGGTTTCGCGATGAAGGATAACATCGACGCTGCTGGTGTTCCACAATTTACGTTTAAGAACGCAGTTGCATACGATGATCCTGCAGACCAATTCACTTCCAGAACTGGTTATGCAACGAAACTCGATAAACCACTAATCACCAGATCTCCATACATCCAAAACTGCTCGATTCTATCGTTCTTGGGTGGTAATGGTATTCTTGTTGATGGTAACTTGGTTAGATCTCCAAACTCTCCAATTGTTGCGGAAGAGGCAGAAGTCGATCCAGATAACATTCAACCAGAACAGGGTAAATCCATGGTTGCTGCGGCATTTACCATGGTTTCCTTCGGTGGTATTGGTTGGCGTGTTATTAACGATGGTTATTCACAGGTTGTTTCCTGTTTCCAAATCTTCTGTAGATATGGTTCTCTAACCCAGTCTGGTGGTTACCTATCCATTACGAACTCCGCGACCAACTTCGGTCTGTTCGCACTAAGATCTACTGGATTCAGCCCAGCGTCCTTCAAGTTTGATAGAGGTAGAATTGCAGAGACTGGTACCTCTGGTGGTCTGACAACCCTCAAGGTTGTTGGTCTCGGTAACTCCACTCAGGACCTTTACGTTACAAGATTCTTTGATAATGACAACAATGACGTAACCGCTAACTTCAAGACTTCTCCAACAGTTGTCGAGTTCATCGGTGCGGCATCTACTCAAGGTGGTGCAGTTGACCTGAACCTTGATCAAATTACTCTAACTGCACACCCATTCCAGAATGGTGATTCTGTCATCTATGAAGGTGACGAACAAGATGTTCCTATCAGAGTTCTGGGTGGTCTGGTTTCTCAGAACCAGTATTACCTGAAGGTCATTGACGTTAATACAGTTGAGATCTTTGAGGATGATGGTCTTGCAACTAAGGTTAATCTGACCGAAACTACCACTGGTATTAACACCTTCAAGAAGAATACTCAAGAATTCTTCGCTAGTGAAGTTCTAACGAGACATAACATCTATCAGAGTCTGACTCTTGCAACTGGAATTGGAACAGTCAACTTTGTTTCTGGTAGACAAGTTACTCAGGCAATTTCTGGTGGTACCGCAGTTGGTATCGCACTGACATATAATAATTCATCCAGACAACTGGTTGTTTCTGTTGAATTGTCTGGTGATGTTAGAAGAAACTTCCAGGTAACCGATGGTGTTAATAACCTGAATATTTCTTCTCACGATGGATCTCCAGTTTCCGCTGGTATTACTCAGATCACTGGTATTTCCACATATTGGACAACTAATTCTAAGATTGATTCTACCCTAACTGGTGGCAACATCGTTGGTGTTTCCAATCTACCCGAAACTTACAAACTACACTTCCACAGACCATCCATTATTAACTCCTCCTCACATACGTGGGAATATTCTGGATCTGGTGTTGACTATAACGCACTACCACAAAACGGCGGTCAGACTGATACCAGTACTGAACAGGTTGCAGAAGGTGGTGGACGAGTCTTCTCCTCTGGTACTAACGAACTGGGTGACTTTAAGATTGGTGACTTCATTACTGCGTTCAACAGAACTGGTAACATCATCTTCAACAACACTGTTTCGATTGGTAACTTGGATTCTATCCGACTATCACTCTCTGGTGGTGTTGCTGTTGAAGAATTCTCCACAGACCAAGACCTCGGTGATAATGAAATCGGTGGTCCACTGAACAAGAGAGTTTCTACTCAGTTGGCAGTCAGAGGATTCCTCAACAACAGACTGGGTGGTTTCATCGATAAGAACGTATCTACCAACGCAGTTCCTGGTGCAATTGTCCAGTTGAACAACATTGGTCAGATCAACCCCGATCTAATTCCACCTAAGACGGTTAACTTCTTCAGATCGAAAGTTGATGATGGAAGAACTCAACTAGTCAACCAGATTCCTGCAGTTAATCTACAAACTGGTGACACGGTTGTTGAACCATCCTTCAGTTATGTTCTTGTTACTGACGTTCTGTCTCAGTATCTGATTCTAGATAACGACACCATTTATGACTTCAATAATGGTGATGAAGTCAAGGGTACAGTTTCTGATGGTGGTGCAGTTGGTATCGTTACCGCACCTCCTGCAATTGGCATTAACACTGATACACTTTCCTTCCCAGAAGTTGGATATGGTTCAACGGGTCTTGTACGTGGTGTTGCATTAACACTAACGAACTTGACTGGTGGTACTGAATATCCTACCGCTGGTATCTACACGGGCGTCAGACTTGATACCGTCTCTGGTATTGGTACTGGTATTACTGGTGAAGTTACAGTTGGTGGTTCTGGAACAGTTACTTCTCTTGGTATTAACACTGGTGGTCGCAACTTCGCAGTTGGTGATGTTGTTACACTTTACGACCACTCGGAAGTTGGTGGTGCAGCAGGTGTAGGTACACCATTCACCGCAACAATCGGTCTTGTCGAAACAAGACTATATCTGAAACTAACCAATAACCAGAAGTTTACTGGTTCTGCTGTATTGACCGACTACATCGCTGACGGAAACGCAGTTGCAATCACAACATCTCAGGTTGGTTCTGCAGTATCCTTCACCTTTACTCCAACTGATATTGCAGTTGGTGGTGATATTGACTTCGCTCAGGATAGAATCCTTTGTGGTGCAGCAACTGCAGCACTATTCGAGAACGGAGACCCACTCTTCTTCACAGTTGATTCTGGAACTCCAATCTCTCCTCTTGCACTTGCAGATACTTACTACGTCAAGAAAGTTGGTGTTGGTACTACCGCAATTGAACTTTATACTAACTATGCTCTAACCACCAAGATCGACCTCGATGCATCTGGTACTGGTACTTCTAACAGACTGACTAGAAGAGCATTCGATGTTGATACAAATCAGATCGTAGTTCCTGCACACGGACTCACACAAGGTGATCCTCTGTATGTTGATAAAGTTGGATCTGGAAGTTCCCTACCTACGGGTATTGATACAGGATTCTACTTCGCGGGTTCTATAACCACAAACTCCTTCACTCTACACGATTCCAGACAGGACTCCTTGAACTCCATCAACGGACTTCTGTTTGCAACTCAGAACTTCAGTGCAGTAGGTTTCGGAACAGTTTCCTTCACGAAACAGAACGTCACTTACGAGGCAACAGTTAATACATCTTCTTCGGATGCAACTAACTGGTCCTTGAATGCAAGTTCTTCGATTGACGCATCTAACATCATTAGTGGTACAGTTGATCCATCCAGACTTGGTTCTGGTGAGGCAAACACCGATACATTCCTAAGAGGTGATTCTTCTTTCCAGAAGGTAACTACCTCGGTTGGTATTGGTACCACACAACCATTCGACGTAACTTCTACTCTAACCACATTCGCGCCTAACGGAGTTGGAATCAACACCTATCAAGGTAAGATTACACTTGGTCTGAATAGAGTTCAATCTACACTCGATGAGTATTCCACTCTGGGTATTGCTCAATACAAGTTGTCAACGTTTAGCGTTGGTGACGATGGTAGACTTCAAGTCAAGAACGCAGCCTCGGGCGGCGATATTGACGCCGCAACCTTCGATGGTAATGGTTCTGCATTCTACCTAGACATCAACAACATTCAGGGTAATATCCCAATCGCTAGAGGTGGTACTGGTCTCCAGGCACTTCCATCGAATGGCGCAATCCTGATTGGTAATGGTGTTTCTTATGACCTGACCGCAAATCCTGAGTTCGCGGGCGATGTTACCTTCTCTGGTGGTAACAATGCAATGGTACTCTCCGCGAACTGCGACTTCGCACTAACGAATAGTGGTACATGGACTGGAGAGAAATCATTTAAGATTCAGGCATACAACAGCAGTCTATATGCTCAGTATTCCAGTAACTTCATTCTAAGAAACTCTTCTGGTACTAATAGACTTACATTAACAGCCGCGGGCACGCTTACGCTCGCGGGCACGGCTAGCATGTCCAGATTGACTCTAACTCAGGCAACTGGTACTGCACCAATGACCATTACGTCCACGACGTTGGTCAGCAACCTGAACGCAGATAGAGTTGATAACCTCCACGCATCTTCGTTCCTGAGATCTGACGCGAACGATACCACGACTGGTCAAATCATCTTCACGAAGGCAAATAACACTGGAAGTGGTGGCGGTCAGATTTACCTGAATGGTGGTACTGGCAACAGAATTGATTGGAACACCAATGGTGTTGCATCGCCAACCAATACCACCAGATCTGTTGGTACTAAGTTGGTTCTTTATCCTGCAGTCACCTCAAGCACCGTTGATTACGCACTTGGTATTGCGTCTGGTACACTTTGGTATTCAGTCAATAGCACCTCTGCTGCTCATAAGTGGTATGGTGGTACTCAAACGATGATGTCCCTCTCGAGCAATAATCTTGACGTTACTGGAACCGTTAGAGGTACTCAGTTCATCTCCGATATCGCTCAAGGAACTGCACCATTCGTTGTTACTTCCACAACCAAGGTCACGAACCTCAACGCTGACCTACTTGATGGATTGAGCACATCTTCCACCGCTACAACTGGAAGCAGCGTTGTTACTAGATCCAGTGGTAACTTCAGTGGAAATAACATTACCGCAAATCACTTCATCCGTGGTTCTCAAATCGGTAACTCTTCTCTATCGATTTCTACAACTGATGGTGATAATGACTCGCATATTGCGCTTTCACACCCAGGCGGGCAGACATTTGGTATCCTGACATGGGATGCACAAACTTATCTGACTTCTGGAGTTTATTATAGTAATGGTGCTTGGGTCCACCAGAACTCCAATAATAACAACCAGATGTTTGTTCTGAATCCTGGTACTGGTGCCAGATGGTTCGCATCTAATAACGGATCTGGTTCTTGGAACGTTTCTTCTAATAAAACACTCTGGAATGACTCGGGCGTATGGCAACAACCCCTGAATAGAACTCTAACCATGAACACCAGTGGTAATGGTATTTCTGGTTCTACATCATTCAACAACTCGGGCAATGCAACCTTCACGGTCACATCTAACGCGACCTCGAGCAACGCTGTCAACTCGATTGTTTTTAGAAATGGTAGTGGTGATTTCAACGCCAGATATATTACTGCAGAGCGTTTCAGAGTTACTGCAGATACCAACACCAGACTAGAAAATGATCAATTGATTATTAGAGGTGGTTCACCAACCGTTATCTTCCGCGATACGAACCACAACTCTGGAATGGTCCATGTCAACTCTAACATCTTCTACGTCCTGCGTGGTGGTAATGATACGGAGTCTTGGACACAGGTCAACAGCGTCTGGCCTCTGCAGATCAACCTCACCAACAACAATGCAACGTTTGGTGGAACAGTTACTGCATCGTCTGACGTAAGATTCAAGAAGAACATTACCACAATCGAAGGCGCGCTCGATAGAGTCCTGAGAATGCGTGGTGTATTCTTCGAGAGACTTGAAACACCTGGTACTGAGTGTGGTGTTATCGCCCAGGAGGTCCAGGAGGTTCTACCTGAAGTTGTTACCGAAACCGATGGTGGACATCTGTCCGTCGCATACGGAAACATCTCAGGTCTCCTGATTCAAGCGATCAAGGAACAACAAGAGCAGATCGAAGAACTCCGTGAGGAGATCAGAAAACTTAAGGGTGAGTGA

Genome Context

Title	Authors	Date	PMID	Source
Unveiling a novel broad-host-range cyanophage cross-infecting Prochlorococcus and Synechococcus hosts	Wei,S., Cai,L., Zhang,R., Xu,Y. and Li,J.	2025-12-09	—	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