Job title:
Job code: RUNSXmGD - Submitted by Anonymous on 2022-07-06 04:25:01
Sequence name:
KY824796.1:155-210,1514-4583 CTENOPHARYNGODON IDELLA TLR 8B (TLR8B) GENE, COMPLETE CDS
Submitted sequence:
ATGGGAAAAACCTATCATTTCCATACAAACTCAACCAAGCCCAAGGTTCAGTTAAGGAGT
CTCCACAATCACAAGAAAATGATATTTGTGTTCATTTTGATTTGTACTGCCCACTCGTCT
CAAGGCCTCATCTGGGATTGGAGAAAGCTTCCATGTGATGTAACACTTTCCAACAGCTCT
GTTGTCTTGGACTGTTCAGAAAGATCTTTGAAAAAAATCCCGAAAAACCTGATTTGGAAT
ACAACTGAACTAGACTTTGCGAACAATGAAATACGTTACCTCCCAAAGGATGCCTTCTGG
AATCTGACTAACGTTACACGGATAAACCTCAGAAAGAATCGGATTGAAAAATGCCTTGAA
AAAGACCGAGGGATTTTCTCAAGATTGGCTAACCTGGAGACTTTGCTACTCGACAATAAT
AAGATCTCAGCAATTCCTAGAGACCTTCCTCCTGGATTGCAACAGCTGAGCCTCAATTCG
AACCGTATCAAGAACATTGGACCATCAGACTTTGAAAGAACAAGGAAACTCAAAGTTTTG
AAATTAAATAAGAACTGCTATCATAATGTCAGTATAGAACTGATAATTCACAAAGAAACA
TTTCAGCATTTACAACTAACTGAGCTAGAACTGTCCAGAAATGGAATACAGAAAATACCA
TCGGCTTTACCTGGATCCCTCAACACACTCTCACTTCTTCTAAATAGGATTGAGCGAGTT
CATGCCTCTGACCTGAACAACCTAACAAACCTGACAGTTCTTGATTTATCTGGAAACTGC
CCTTTTTGTTTTACTGCTCCTTTCCCATGCACTACCTGTCGGACAAAGAATCACGCTCTA
CACATTCATCCGGATGCTTTCAATGAATTATCCCAACTGCAAGACTTACGACTGTCTGGA
AATTCTTTAAAAACAATCAAATCGTCATGGTTCCGGAATCTTACTAAGTTAAAGTATTTG
TATCTTTCCTTCAACTCATTGATAAGTGAATTTCAAAGCGGACAATTCTTCAGTGTGTTA
CCACAAGTGGAAGTTGTAGATTTCTCATATAATAATCCATATCAAACATTTTACCAAAGA
ATGAATCTCTCAAAAGGCTTTGGTAGTTTGAAATCATTGCATACACTTCACATAGAAGGC
TACAATTTCCACAATCTTTGTGAGGAAGATCTCCGACCTCTCTTTGGGTTGAGAAACCTA
TCCGTTCTAAACTTGGGAGTCAACTTTCTCCAACATATCAATATATCGGTGTTCAGAAAC
TTTCACAACCTGTCTTTGATTTCATTGATTGACAACAGGCTAACACTCACAAGTCCTCTT
TGGAGACGAGAGTGTAGAAATGAAATCCTTGCTGATGAGGACGAGGGAGACAGACGCGAA
GACCCCTACATTCACACAAATGAACAGTTCCGCAATTACCCACCGTTTACCAAAGCTGAG
TGTCTGGCAACAGGACCAGTTTTGGACCTCAGTAGGAACAACATTTACCACATCAAACAA
ACTTACTTTACAGGAGCAGAGAATACCACATGCCTCAATCTTTCCTCCAACTTCATTGCT
TCATATTTCAATGGTACAGAGTTTGTTCACTTTCCCAAGCTGAAGTACCTTGACTTGTCT
CACAACAGAGTCTACATGCGTTCAGATTCAGCACTGAATGAACTGAAAGAATTAGAAGTT
TTGGATCTAAGTCACAACAAACATTACTTTGAGGTGGCGGGTGTCAGGAGCACTCTGACA
TTCCTGGAAAACCTCCAGTTCCTCAAAGTGCTGAATCTCAGTTGGAATGAGATAAATACG
CTGACCAATAAGACTCTGCAGAGCGACTCATTGAAGGAGCTACAGTTTCAAGGCAATCGA
CTGGATATAATGTGGAAGAAGGGCCGTGGATTCAAAGGTCTTTTTAAGTCTCTCTCGAAC
TTAACACACCTTGATATATCATATAACAAGCTTGCCGAAATACCGGACGATATTTTCAGC
TATTTCCCATGTACGCTAAAATATCTTTGCATGAGCAGGAACACACTTGCTGATTTTAAG
TGGGAACAGCTCAAATATTTACCCCACTTGGAGACTCTGGATCTAAGTATGAACAAATTG
AGTAAAGTCACTAGAAACCTATCAAAACATACAAATTCATTGAGGGTCTTAGACTTGAGC
CATAATCTGATCGTCAAGTTGAATCACAGCTTTCTCAAAGATGTCAAAAGCCTGATGATC
CTTAATCTCGCTTTCAACTATTTAAAACATTTAAGTGACGCATCCTTCCAGACAAGTAGC
GATCACTCCCTACGCTTGCTGAACCTGCAGAGAAACCCTATCCATTGCTCCTGTGACCTT
CTGGACTTCATTCTCTGGTTAGAGAAAAGTGACACAGTCCTTCCTTATCTAGCAACAGAC
ATCTTATGCGATCTTCCGGAATCCAAAAGGGGACATCCAATGATCAATCTGGACTTTAAA
AATGCCTGCATCAACAATAGTATCGCTCAAATCCTATATGTACTCACCTCATCCATCATT
ATTGTCATGATGTCTACAACTATCGCAATACATGTGTTCTACTGGGACATATCGTACATT
TATAATTTCTGGACAGCCAAAATTAAAAGTTATTACTTGAAGACGACTGACTGCACTTAT
GATGCTTTTGTTATGTATGACACCAATGATCCGATGGCGGAAGAGTGGGTACTGAACCAC
TTGCGTTTTGAGTTGGAAGATAGAGGAAAACGAGTTCGTCCGTTATGTTTGGCGGAAAGA
GATTGGACTCCTGGTACACCCATCATGGATAACCTGAACCAGAGCATACACCGGAGTAGG
AAGACAATATTTGTGTTGACAGAGGGATTTGTTCACAGTGGGATTTTCAAGATGGCGGCT
TTCCTAGCGCAACAAAGGCTTCTGGAAGAGGGCGTGGACGTGATGGTGCTGGTATTGTTG
GAACCGGTTCTTCGGCAGTCGAGAATCTTAAACTTGCGGCGCTGCCTGTGTGGACACAGT
GTGCTGGAGTGGCCCAGAAACCCGGCAGCAGAAGGCTGGTTCTGGCAGAGTTTGAGAAAC
GCAGTTAGGTTTGAGAGTCAAGGTGGTCAAAGCAAAATGTTTACAAATTACTTCAGCGGA
CGATGA
CTCCACAATCACAAGAAAATGATATTTGTGTTCATTTTGATTTGTACTGCCCACTCGTCT
CAAGGCCTCATCTGGGATTGGAGAAAGCTTCCATGTGATGTAACACTTTCCAACAGCTCT
GTTGTCTTGGACTGTTCAGAAAGATCTTTGAAAAAAATCCCGAAAAACCTGATTTGGAAT
ACAACTGAACTAGACTTTGCGAACAATGAAATACGTTACCTCCCAAAGGATGCCTTCTGG
AATCTGACTAACGTTACACGGATAAACCTCAGAAAGAATCGGATTGAAAAATGCCTTGAA
AAAGACCGAGGGATTTTCTCAAGATTGGCTAACCTGGAGACTTTGCTACTCGACAATAAT
AAGATCTCAGCAATTCCTAGAGACCTTCCTCCTGGATTGCAACAGCTGAGCCTCAATTCG
AACCGTATCAAGAACATTGGACCATCAGACTTTGAAAGAACAAGGAAACTCAAAGTTTTG
AAATTAAATAAGAACTGCTATCATAATGTCAGTATAGAACTGATAATTCACAAAGAAACA
TTTCAGCATTTACAACTAACTGAGCTAGAACTGTCCAGAAATGGAATACAGAAAATACCA
TCGGCTTTACCTGGATCCCTCAACACACTCTCACTTCTTCTAAATAGGATTGAGCGAGTT
CATGCCTCTGACCTGAACAACCTAACAAACCTGACAGTTCTTGATTTATCTGGAAACTGC
CCTTTTTGTTTTACTGCTCCTTTCCCATGCACTACCTGTCGGACAAAGAATCACGCTCTA
CACATTCATCCGGATGCTTTCAATGAATTATCCCAACTGCAAGACTTACGACTGTCTGGA
AATTCTTTAAAAACAATCAAATCGTCATGGTTCCGGAATCTTACTAAGTTAAAGTATTTG
TATCTTTCCTTCAACTCATTGATAAGTGAATTTCAAAGCGGACAATTCTTCAGTGTGTTA
CCACAAGTGGAAGTTGTAGATTTCTCATATAATAATCCATATCAAACATTTTACCAAAGA
ATGAATCTCTCAAAAGGCTTTGGTAGTTTGAAATCATTGCATACACTTCACATAGAAGGC
TACAATTTCCACAATCTTTGTGAGGAAGATCTCCGACCTCTCTTTGGGTTGAGAAACCTA
TCCGTTCTAAACTTGGGAGTCAACTTTCTCCAACATATCAATATATCGGTGTTCAGAAAC
TTTCACAACCTGTCTTTGATTTCATTGATTGACAACAGGCTAACACTCACAAGTCCTCTT
TGGAGACGAGAGTGTAGAAATGAAATCCTTGCTGATGAGGACGAGGGAGACAGACGCGAA
GACCCCTACATTCACACAAATGAACAGTTCCGCAATTACCCACCGTTTACCAAAGCTGAG
TGTCTGGCAACAGGACCAGTTTTGGACCTCAGTAGGAACAACATTTACCACATCAAACAA
ACTTACTTTACAGGAGCAGAGAATACCACATGCCTCAATCTTTCCTCCAACTTCATTGCT
TCATATTTCAATGGTACAGAGTTTGTTCACTTTCCCAAGCTGAAGTACCTTGACTTGTCT
CACAACAGAGTCTACATGCGTTCAGATTCAGCACTGAATGAACTGAAAGAATTAGAAGTT
TTGGATCTAAGTCACAACAAACATTACTTTGAGGTGGCGGGTGTCAGGAGCACTCTGACA
TTCCTGGAAAACCTCCAGTTCCTCAAAGTGCTGAATCTCAGTTGGAATGAGATAAATACG
CTGACCAATAAGACTCTGCAGAGCGACTCATTGAAGGAGCTACAGTTTCAAGGCAATCGA
CTGGATATAATGTGGAAGAAGGGCCGTGGATTCAAAGGTCTTTTTAAGTCTCTCTCGAAC
TTAACACACCTTGATATATCATATAACAAGCTTGCCGAAATACCGGACGATATTTTCAGC
TATTTCCCATGTACGCTAAAATATCTTTGCATGAGCAGGAACACACTTGCTGATTTTAAG
TGGGAACAGCTCAAATATTTACCCCACTTGGAGACTCTGGATCTAAGTATGAACAAATTG
AGTAAAGTCACTAGAAACCTATCAAAACATACAAATTCATTGAGGGTCTTAGACTTGAGC
CATAATCTGATCGTCAAGTTGAATCACAGCTTTCTCAAAGATGTCAAAAGCCTGATGATC
CTTAATCTCGCTTTCAACTATTTAAAACATTTAAGTGACGCATCCTTCCAGACAAGTAGC
GATCACTCCCTACGCTTGCTGAACCTGCAGAGAAACCCTATCCATTGCTCCTGTGACCTT
CTGGACTTCATTCTCTGGTTAGAGAAAAGTGACACAGTCCTTCCTTATCTAGCAACAGAC
ATCTTATGCGATCTTCCGGAATCCAAAAGGGGACATCCAATGATCAATCTGGACTTTAAA
AATGCCTGCATCAACAATAGTATCGCTCAAATCCTATATGTACTCACCTCATCCATCATT
ATTGTCATGATGTCTACAACTATCGCAATACATGTGTTCTACTGGGACATATCGTACATT
TATAATTTCTGGACAGCCAAAATTAAAAGTTATTACTTGAAGACGACTGACTGCACTTAT
GATGCTTTTGTTATGTATGACACCAATGATCCGATGGCGGAAGAGTGGGTACTGAACCAC
TTGCGTTTTGAGTTGGAAGATAGAGGAAAACGAGTTCGTCCGTTATGTTTGGCGGAAAGA
GATTGGACTCCTGGTACACCCATCATGGATAACCTGAACCAGAGCATACACCGGAGTAGG
AAGACAATATTTGTGTTGACAGAGGGATTTGTTCACAGTGGGATTTTCAAGATGGCGGCT
TTCCTAGCGCAACAAAGGCTTCTGGAAGAGGGCGTGGACGTGATGGTGCTGGTATTGTTG
GAACCGGTTCTTCGGCAGTCGAGAATCTTAAACTTGCGGCGCTGCCTGTGTGGACACAGT
GTGCTGGAGTGGCCCAGAAACCCGGCAGCAGAAGGCTGGTTCTGGCAGAGTTTGAGAAAC
GCAGTTAGGTTTGAGAGTCAAGGTGGTCAAAGCAAAATGTTTACAAATTACTTCAGCGGA
CGATGA
Prediction status: completed
Prediction summary:
Cell Membrane, Globular
WARNING: This protein is predicted not to be an integral membrane protein, since it do not contain tranmsmebrane or GPI-anchored domains. The prediction of the localization has to be considered only if other evidences of membrane association are available. For a hint, please have a look at the annotation extracted from similar proteins, as reported below.
Detailed prediction results
Predicted membrane localization (MemLoci): Cell Membrane
Cell membrane score: 59%
Internal membrane score: -27%
Organelle membrane score: 59%
Predicted sequence features:
| Prediction | Presence | Start | End | Detail |
|---|---|---|---|---|
| Signal peptide (SPEP): | YES | 1 | 41 | view on sequence |
| Transmembrane region (ENSEMBLE): | NO | - | - | not present |
| GPI anchor (PredGPI): | NO | - | - | not present |
Annotation of similar proteins in SwissProt
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