Protein

View in Explore
Genbank accession
QBP06151.1 [GenBank]
Protein name
hypothetical protein
RBP type
TSP
Evidence DepoScope
Probability 1,00
Protein sequence
MDFTRHWFHSASAAAAIEGNSLRFRKSQYLSRTPTVDGNRTTWTYSAWFKKGAFDDYFPVGIAAHVGGSAYDVPLYFAPSGDDYRLLWYFDVGNHRTKSDGQYRDPGAWYHLVAVCDTGNSTSTDRLRVYVNGERISAPAYLGGDPAQNDVGYINNSSYIHRIGWTGNAGQQYLDGLLTDIHFADGQTLDPTAFGEYNSAGVWVPKEVTGVTYGTNGFYLDFSDPANIGADRSGNGNDFTPTGFELTDASSLEYDWVEDHPKKNFATINPLVDTGYGGAYKDANIRSTKTSTSAGYDPYHGTIAIDTNNCNHYVEFSFDTGSSVGDNVGAWDADLNDLNGFNHGAQPGYGVNSAYGISMAKNGDLYHYGTYEGNFGAYTTSDTIGLHCYNGTFRYYKNGQTYGPEFSEPNRNVFFAGTTIYNATGGDTYLNHGQMPFRYPVGQTTPTTAFNTVVYRGTAATQSITGVGFEPDLVWAKVRSTTGNHSLYDSVRGTQERLSSSTTSTEATFTNSLTSFDSDGFSLGSNTDGDVNASTLNYVAWCFNAGDNSDKTYAVTVVADSGNKYRFDGFGTSAVTLDLAEGSTYRFDQSDSSNSGHPLRFSTTSDGTHGAGSEYTTGVTTVGTPGTEGAYTEITVAASAPTLYYYCSVHSGMGGQANTNTTQGASNFDGSITSTVKASDDNGFSVVSYTGNLTSGQSIGHGLSKAPTFMIIKQRSGNANDWAVYHKDLPANNFLKLNTTGSQISDSTVFPSAPSDSVFYVNEGNNVNNAHPTIAYCFADTPGQVKTGSYVGNGSTDGPYIECGFKPAMIMFRRPSSGSWNMVDSTRNSTNPTNERLEAQDPAAEQSGSAYNVDLLSTGFKLRTTDVQWNGSGDTIIYIAFAENFTEGTHTGTDKFNTVTYTGSAGGAGQTQSITGVGFSPDLVWIKRRENANSHVLTDTVRGAAKFLHTNATNAEVTTNTDGNLSSFDSDGFTCTYGSSVGSLTCQNGGTYVAWCFNAGTGSATTNTDGSIQSAVKADADGAFSIVTYTGTGSNASFGHGLGAVPSMCIIKQRNTAQSWWVWHKALGNNVGANNSMLELNGTAGTYAADDVFRGFTSSVVNIGSDSGSNTSGGTYVAYCFADTPGFVKTGSYVGTGSTTRRPFVECGFRPAMVIVKVTAAGGWVMYDDVRGYYNAISPNAAGLEYSGDYIEFTDTGFYADSTNNTANASGLNYVFIAFGRGFDTDAIARDLSTEYLPAVDVVDPSEHFNTVTYTGNGGTQSVTGVGFQPDLTWIKYRSGTSAHGLFDSVRGAGKSLRSDDAAAEQTQTDSLTSFDADGFSLGDNTESGPDVNFNTGSYVAWCWKAGGAAVSNTDGTITSQVSANQTAGFSVVTYTGNGVANATVGTGLGKTASMVIVKNRSSSSNWMVRTTGLRSGANLRLNLDSADEIVTGGSNSGGGIDDLTSSTTFTLLQGASSTFGNVNQSGDDYVAYCWAEVPGYSAFGSYQGNGSTDNAFCYTGFRPAFVLLKVTDVATTHWIMFDSSRDTYNPVQTALHSSYASGEVQSTSYYNDFLSNGFKIRSSNNILGASGATYVWAAFAEHPFGGSNISPAPAR
Physico‐chemical
properties
protein length:1596 AA
molecular weight: 169569,61040 Da
isoelectric point:4,77558
aromaticity:0,12218
hydropathy:-0,37331

Domains

Domains [InterPro]
IPR013320
STR
19–185
IPR013320 DC_1107 DC_2192 IPR055906 IPR055906 IPR055906
IPR055906
STR
446–559
IPR055906
QBP06151.1
1 1596
Architecture
STR
ATT
STR
STR
STR
STR
STR 19-185 | ATT 186-385 | STR 437-559 | STR 662-884 | STR 893-1219 | STR 1244-1584 |
Legend: ATT STR RBD CBM LEC ENZ CHP LNK TAS TTP UNK Unmapped

Tail Spike Domain Segmentation

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
QBP06151.1
1 1596
Domain Start End Length (AA) Confidence
N-terminal 1 13 13 0,0147
Central domain 14 212 200 0,1570
C-terminal 213 1596 1383 0,9199
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
1-13
Central
14-212
C-terminal
213-1596

Taxonomy

  Name Taxonomy ID Lineage
Phage Synechococcus phage S-B68
[NCBI] 		2545437 Viruses > Duplodnaviria > Heunggongvirae > Uroviricota > Caudoviricetes
Host Synechococcus sp. WH 7803
[NCBI] 		32051 Bacteria > Cyanobacteria > Oscillatoriophycideae > Chroococcales > Synechococcus >

Coding sequence (CDS)

Coding sequence (CDS)
Genbank protein accession
QBP06151.1 [NCBI]
Genbank nucleotide accession
MK016664 [NCBI]
CDS location
range 116540 -> 121330
strand +
CDS
ATGGATTTCACTAGACATTGGTTTCATAGCGCATCCGCTGCTGCTGCGATCGAAGGTAACAGTCTGAGGTTCCGTAAGTCTCAGTACCTCAGCAGGACTCCCACAGTTGACGGCAACAGGACTACCTGGACGTATAGCGCCTGGTTCAAGAAGGGGGCATTTGATGACTACTTCCCAGTTGGGATCGCAGCCCATGTTGGCGGTTCTGCCTATGACGTCCCCCTGTACTTCGCACCCAGTGGTGACGATTACAGACTTCTCTGGTACTTTGACGTAGGCAACCACAGGACGAAGTCGGATGGTCAGTACAGAGACCCCGGTGCCTGGTATCACCTGGTCGCCGTGTGTGATACAGGCAACAGCACATCGACAGACCGACTGCGTGTGTATGTAAACGGTGAGCGGATCTCCGCTCCTGCGTATCTGGGTGGTGACCCCGCGCAGAACGACGTTGGGTATATCAACAACAGTTCCTACATTCACCGTATCGGGTGGACTGGGAACGCCGGTCAACAATACCTTGATGGACTGCTGACAGATATTCACTTTGCTGACGGTCAAACCCTAGACCCAACCGCCTTCGGTGAGTACAACAGTGCTGGCGTGTGGGTACCCAAAGAGGTAACTGGCGTCACCTACGGCACGAACGGATTCTATCTTGACTTCTCCGACCCCGCGAACATCGGTGCAGACCGCAGCGGGAACGGGAACGACTTCACCCCAACCGGTTTCGAACTAACGGACGCCTCATCTCTTGAATACGACTGGGTGGAGGATCATCCGAAGAAGAACTTTGCGACCATCAACCCGCTGGTAGACACAGGATATGGTGGTGCCTACAAAGACGCCAACATAAGGTCAACGAAGACCTCCACCTCAGCGGGTTATGACCCATACCATGGGACCATTGCAATCGACACAAATAATTGCAACCACTACGTTGAGTTCTCATTCGACACGGGATCCAGCGTAGGCGACAACGTCGGTGCATGGGATGCAGATCTGAACGACCTCAATGGATTTAACCATGGTGCTCAACCTGGTTATGGGGTAAACTCAGCATATGGTATCTCCATGGCCAAGAATGGGGACCTCTACCACTACGGCACATATGAAGGTAACTTCGGTGCGTATACAACCAGCGATACCATCGGTCTTCACTGCTATAACGGTACCTTCCGGTACTACAAGAATGGACAAACCTATGGTCCTGAGTTCAGTGAACCCAATAGGAATGTGTTCTTCGCTGGAACTACAATCTACAATGCTACTGGTGGTGATACTTACCTGAACCACGGGCAGATGCCCTTCCGTTACCCAGTCGGACAGACAACCCCCACCACGGCGTTTAACACGGTGGTCTACAGGGGTACAGCTGCCACCCAGTCGATCACTGGGGTTGGATTTGAACCCGACCTGGTATGGGCTAAGGTCAGAAGTACAACTGGAAACCACTCCCTGTACGACTCGGTTAGGGGTACCCAGGAGCGCCTATCCTCTAGTACGACAAGCACAGAGGCAACATTTACCAATTCACTTACTTCGTTTGACTCAGACGGTTTCTCTTTGGGGTCAAACACTGATGGTGATGTAAATGCCTCTACTCTCAACTACGTCGCCTGGTGCTTCAACGCTGGAGACAATTCAGACAAGACTTATGCTGTAACCGTTGTCGCCGATAGCGGAAACAAGTATCGCTTTGATGGTTTTGGTACCAGTGCCGTAACACTGGATTTGGCCGAAGGTAGTACCTACCGTTTCGACCAGTCGGATTCGAGCAACTCTGGTCACCCCCTCCGTTTCAGCACAACTTCTGACGGTACCCACGGTGCTGGTAGTGAGTACACCACTGGTGTGACTACTGTTGGTACACCCGGTACTGAAGGTGCTTATACCGAGATCACGGTTGCCGCTTCGGCACCCACTCTGTATTACTACTGCAGTGTTCACTCTGGTATGGGTGGTCAGGCAAACACCAACACCACTCAAGGTGCCTCTAACTTTGATGGTTCGATCACTTCTACAGTCAAGGCATCAGACGATAACGGTTTTAGTGTCGTCTCATACACCGGTAATCTGACATCTGGTCAGTCGATCGGTCATGGACTGTCTAAAGCTCCCACCTTCATGATCATCAAGCAGCGCTCTGGCAATGCTAACGATTGGGCTGTCTATCACAAAGATTTGCCCGCTAATAACTTCCTGAAGTTGAATACAACGGGTTCGCAGATAAGTGACAGTACTGTATTTCCCAGTGCTCCTTCTGATTCTGTTTTCTACGTCAATGAAGGCAACAACGTCAATAATGCTCATCCTACGATTGCCTACTGCTTCGCCGACACGCCTGGTCAGGTGAAGACTGGTTCGTATGTTGGCAATGGATCCACTGACGGGCCCTACATCGAGTGTGGGTTCAAACCAGCCATGATCATGTTCCGCCGCCCGTCCTCGGGTAGTTGGAACATGGTTGACTCTACTCGTAACTCCACTAACCCAACTAACGAACGTCTCGAGGCTCAAGACCCCGCAGCTGAGCAATCTGGATCTGCCTACAATGTTGATCTGCTCAGTACTGGATTCAAACTAAGGACCACAGACGTCCAGTGGAATGGATCTGGGGATACGATCATCTACATCGCCTTCGCAGAGAACTTCACCGAGGGTACTCACACAGGTACCGACAAGTTCAACACGGTTACCTATACGGGTTCGGCTGGCGGAGCTGGACAAACTCAGTCAATTACAGGCGTAGGATTCAGTCCTGACCTTGTATGGATTAAGCGGCGGGAAAACGCCAACTCCCATGTTTTAACAGATACGGTACGCGGGGCAGCTAAGTTCCTGCATACCAACGCCACTAATGCAGAAGTAACCACTAACACCGATGGCAATCTTAGTTCCTTCGATTCTGACGGGTTCACCTGCACTTATGGATCATCGGTTGGATCGCTGACGTGTCAAAACGGTGGCACTTACGTCGCTTGGTGCTTCAACGCCGGTACTGGTTCCGCAACAACCAACACCGACGGTAGCATTCAGTCTGCAGTAAAGGCAGATGCTGATGGTGCATTCAGTATCGTAACCTATACGGGTACTGGATCTAACGCTTCATTTGGACATGGATTGGGTGCTGTTCCTTCCATGTGCATCATTAAGCAACGAAACACCGCACAAAGTTGGTGGGTATGGCATAAGGCACTGGGCAACAATGTCGGTGCAAACAATTCAATGCTGGAATTAAATGGAACTGCCGGTACTTATGCCGCAGACGACGTTTTCCGTGGGTTTACTTCTAGCGTTGTAAATATCGGTTCTGATTCCGGATCAAACACTAGCGGTGGCACTTACGTCGCCTACTGCTTCGCCGATACCCCTGGATTTGTAAAGACAGGTTCGTATGTTGGAACCGGTAGCACCACTCGACGACCCTTCGTTGAGTGTGGGTTCCGTCCAGCGATGGTGATTGTGAAAGTCACCGCCGCTGGCGGCTGGGTTATGTATGACGACGTTCGTGGTTACTACAACGCTATATCCCCAAACGCCGCAGGGCTAGAATACAGTGGTGATTATATTGAATTCACAGACACTGGTTTCTACGCAGACAGTACCAACAATACTGCCAACGCAAGCGGGTTGAACTATGTCTTCATCGCCTTCGGTCGTGGGTTTGACACCGATGCAATCGCTAGGGATCTCAGCACCGAGTATCTGCCTGCGGTTGATGTCGTTGATCCTAGTGAGCACTTTAACACGGTTACCTACACAGGCAACGGTGGTACGCAGTCGGTTACTGGGGTCGGTTTCCAACCTGACCTAACCTGGATCAAGTACAGAAGTGGTACGTCAGCCCATGGTTTGTTTGACTCCGTGCGTGGTGCAGGTAAATCCCTCCGATCTGATGATGCCGCTGCGGAACAGACCCAAACAGACTCTTTGACCAGCTTTGATGCTGATGGGTTTAGTCTTGGGGACAATACCGAGTCCGGACCAGACGTCAACTTCAACACTGGTAGTTATGTCGCCTGGTGCTGGAAAGCGGGTGGCGCTGCAGTATCCAATACTGACGGTACAATCACTTCTCAAGTCTCTGCAAACCAAACTGCGGGATTCTCTGTGGTGACATATACGGGCAATGGTGTTGCTAACGCCACGGTTGGTACGGGTCTGGGGAAGACAGCCAGCATGGTGATCGTCAAGAACAGATCCAGTTCAAGTAATTGGATGGTTCGCACAACCGGACTTCGCTCAGGTGCAAACTTGCGTTTGAACTTGGATAGTGCTGATGAGATCGTGACAGGCGGAAGCAACAGTGGAGGTGGTATTGATGACCTAACCTCTTCCACCACCTTCACTCTTTTGCAGGGTGCGAGTAGCACCTTTGGCAATGTCAACCAATCCGGTGACGATTACGTCGCCTACTGCTGGGCTGAGGTTCCCGGATATAGCGCCTTTGGCAGTTATCAGGGGAATGGATCCACAGATAATGCGTTCTGCTACACCGGATTCCGTCCAGCATTCGTCCTACTGAAGGTCACCGACGTTGCAACAACTCACTGGATAATGTTTGATTCCAGTCGCGACACTTACAACCCAGTTCAGACGGCGCTTCATTCCAGTTACGCATCTGGTGAAGTTCAGAGTACTTCTTACTACAATGACTTCCTGAGCAACGGATTCAAGATTCGCTCTAGTAACAACATCCTGGGCGCAAGCGGCGCAACCTACGTCTGGGCTGCCTTCGCTGAACACCCCTTTGGTGGATCTAACATCTCACCAGCACCCGCTCGTTAA

Genome Context

Genome Context

Tertiary structure

PDB ID
7e59e1bca7d26f9acbd20e8981d52e6c5c3ab0f6d4f4fc80df8d90804405ede3
ColabFold
Source ColabFold
Method ColabFold
Resolution 0,8471
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
Isolation and Genetic Analysis of a Novel Cyanophage S-LB68 from the Huang Bohai Liu,X. 2020-10 — GenBank