Gene
| Gene Model ID | pfu_aug2.0_269.1_30543 |
|---|---|
| Locus | scaffold269.1 : 336572 ... 363517 : - |
| To GenomeBrowser | scaffold269.1:336572..363517 |
| Genes list of scaffold | scaffold269.1 |
| Synonym | pfu_aug1.0_2731.1_59018 |
Manual annotation
Hmmer Search for Pfam
| query | Total | ID | Target | From | To | Eval | Score | cEval | iEval | Score |
|---|---|---|---|---|---|---|---|---|---|---|
| pfu_aug2.0_269.1_30543.t1 | 6 | 1 | ATG11 | 852 | 878 | 1.1e-22 | 80.2 | 0.7 | 10000.0 | -3.7 |
| pfu_aug2.0_269.1_30543.t1 | 6 | 2 | ATG11 | 981 | 1007 | 1.1e-22 | 80.2 | 0.71 | 11000.0 | -3.8 |
| pfu_aug2.0_269.1_30543.t1 | 6 | 3 | ATG11 | 1222 | 1245 | 1.1e-22 | 80.2 | 0.23 | 3400.0 | -2.2 |
| pfu_aug2.0_269.1_30543.t1 | 6 | 4 | ATG11 | 1291 | 1329 | 1.1e-22 | 80.2 | 0.059 | 880.0 | -0.3 |
| pfu_aug2.0_269.1_30543.t1 | 6 | 5 | ATG11 | 1342 | 1376 | 1.1e-22 | 80.2 | 0.37 | 5500.0 | -2.9 |
| pfu_aug2.0_269.1_30543.t1 | 6 | 6 | ATG11 | 1458 | 1573 | 1.1e-22 | 80.2 | 7.5e-27 | 1.1e-22 | 80.2 |
Blast Hit to nr / sp
| query | Subject ID | Subject Name | evalue |
|---|---|---|---|
| pfu_aug2.0_269.1_30543.t1 | gi|585679747|ref|XP_006819576.1| | PREDICTED: RB1-inducible coiled-coil protein 1-like [Saccoglossus kowalevskii] | 0.0 |
| pfu_aug2.0_269.1_30543.t1 | gi|571559734|ref|XP_006566438.1| | PREDICTED: RB1-inducible coiled-coil protein 1 isoform X2 [Apis mellifera] | 0.0 |
| pfu_aug2.0_269.1_30543.t1 | gi|749744531|ref|XP_011154771.1| | PREDICTED: RB1-inducible coiled-coil protein 1 [Harpegnathos saltator] | 0.0 |
| pfu_aug2.0_269.1_30543.t1 | gi|380026965|ref|XP_003697208.1| | PREDICTED: RB1-inducible coiled-coil protein 1 isoform X1 [Apis florea] | 0.0 |
| pfu_aug2.0_269.1_30543.t1 | gi|328786814|ref|XP_391908.4| | PREDICTED: RB1-inducible coiled-coil protein 1 isoform X3 [Apis mellifera] | 0.0 |
Transcript
| Transcript ID | pfu_aug2.0_269.1_30543.t1 |
|---|---|
| Definition | - |
>pfu_aug2.0_269.1_30543.t1 atgttgtatgtatttcacgtagacacggggacgatgctgacctttgatatgaacctgcttacggagagtgtaagtgctct acaagcagtgattggaagggcgtgtcatatccctgtggagaagcaggtcttactgatcagtggtggagaaagtctggatc cgtcagctaaagtctgcaaataccatgctggctatgacacaaaccccatatttctgttcagtaaatcacagattgaagca gccactcccccttcccctagtgtccatctaggctcagatatggatatatcgagtcaagtagagggttccctgttgttggc ccctacatacagtactgtcatttctaggactcagctggcactgtgggttgaacatttaaccaatagaggggtttggtaca aaagagctttaagacatagatcagatatttttgctgagtccttcactgagtacttgtccaagagggaagtttacttagag atacttcaaagcgtgtccacatcgcttgatttactgagtaagatcccagttttgccgtgtttactacaagctgtgtcaga catttctgagaagtcgggaaaatcagacaagtcggataaatctacttcctcctccatgtccggcagtaagaacttgtttg aatggatcagttctcaggatccccagcatagtttacaggacatggtgtcccagtgtgtaaaggccacagaacactttgac cagcgtgtccttgacaccctgatgtcggaagtgaccgatacattcaaacaagtggacaaccccagtatgaaggaagtgaa ggggatagaggacaggctttatggactggaccaaatactcagtggagcaaggaaaatcgtacaggaacagagtgatatgg ctcagggatttgtacagaatcagaatcgggtgaccaaactacgtgataattccatactaccagatctgtgttcaagtcat aaacgacagttacttgtgatgtcacagaaccataaaaaactccaggacaccaagaaaaaatgtctgatggcaaaacagga actgtctatcaacctacatactcgactaagatgggtgatgttggtacagaagaggattgtagacgtggacggtaagctga tgatttataatgagaacctgaagcgactacgtaaacgtttagatatactcaaacagatccatgacgctccggaggtgtac gctcagctagtggtggaagtcgtcagacgcagagagttttccgtgcaattctcaaagtgggcagcatccctagctgatga gtccaggttaattcacacagaggaagtcaagagaagagaagattttgtccgtaaagttggtaagcatttctacattgaca aagtcttgttcagatgtcatcatttcctccagaccctcttcagtggatttgctgattttacatcaaaatttgccactgaa ccaccagctccatttgatcagaatctaccagagataaccaatgatgatgtagatatgttaagagaaacggtgtccaaatt tccactgcatgaatcagcctgtgataattcaacatttaaattcattgatcctgtaactgaggagagactgtcagctcaca ctcctccccctaaacaatcctcgttaataacgtcagagatagaaatcatccggagctgtgaagagcgatacgttactaca gatcatagtctttcattgggggatcaagtggcagtcagtgaactgcagtcaaacttggttgttaggtctgaaggggcttt aagtccaactgaaaaaccggaatcactaatgcccaaaagtctttcagaagcactgacgaaggaaatgcgagaagctaatt ctggagtcagtgtgaaaacagatgttaaagttgagaaacttgagaaggaaagtccgaaggatcctacagataaatctgta gggtcggcatctacgtcctcgggagaacagctgaaatctacggagagcgatatgtctgctcaggataaaagcacagagga tagaagtctagacagtattccttcaagtcggaaaaatgtgttacgtcgtgtgactctgggtacgtcaccagatatggaga catcgcaagaattcaccacggcagatttttatatcgaggattccatgccctcttccatagcagattctccgatgggaaaa caaacagaaactactcaggaaactgtgtgtatggtacaagatgaaaaatccactcaagtaaacttgctggaacaagatat cgaatatttcaggaccgaatttctgcaggcaaaagaaaagcataaagagatgcttgaacagcttcagtgtaatataccaa tactgagaaatagcgtcaaagattttgagtcagaatttggttgtaaaagaagtgaagtgctagaatggattgatgatgct aagaagagagtttctgaagctatactgagttatgatttattgcatagtcaacaacatgatgaaacagtgtctaaactgaa atcagattatgaattctcaataaaggatttgaaaagtgaagtagaagggctgaaggaagcaaaatctgctcttgaacagg aaaattctgaacttcataaaacggttgagaatataacgaaggaacaaacacaggaaagggaaaagtttgcaaatttagag ttgaaattgagggacgaggcaaatgaattattgaaaaaactagaatcacacagtgctgatgcaaagcaaagtgaagttaa tttcagtgaggagatggaaaatatgaggaaacttgttgcagaaaaagagtcagaattagcaaaagagaaatcttcatggg aagaagctaaggctgaaaaggaaagaagacatgtagaggaggtggaagacttgaagaagcagagtactttagaactggaa gtggagttagataaactcagggcagaattaagggctcagtttgacgacatggaattagacattagtgaaaaagataaggc cttgtctatagctacagacaagatgaaacaacttgagagtgacaagataaaaattgaagaaactctcacagaaaggtttc agaatgaaaaagtggaaatttcaaaaattcttgaggctgaatttcaggagaaattagagaagactgtttccgagaaagta gaggctttgtcgaaagaaaatatggatgctatagaaaagcttaaagaatcacatgagagtcaaatggaacaaaatttgga agaattacgctcaaaattgacaagtgaaaaggatgctgatgttgaaaatgttgtcagtaaaatgaatcaagaatttgaaa aatcataccaggaattaaaaagcagtttgttggaagagaaagaaaaagttgtgaatgaattaaaagtgctacatcagacg gaattgtcaaaaatggaggagacgttacgctcaaggaatgaagtgctggaagcagaaattaaggcattcacagagaggga tgttacaaattgtgaaatacaaactgatatactggaatttacacaacaagaagtacaaacggacatattagaatttatcc agaaagaaatgcagacagacagattgacagtgcatcagactgaagctcaaactaatgttgtggagactggacagagtgag atgcagactgaggcgtggaagggattggacagtgacacacagacggacatgtttgacatgacacacggagggacacagac ttctacctcggagtatacactagtcaaaataacgtctgatgagtcagagatggtggatagagaagttcagacatcatctg acgagattcaaaccgaggccattctcactcatcaggagcataaaaatatgatggcgaccctagaagttagactcactgca gagaaggataaggctctgattgaacttcgaagaaagcacgagaaggaagtcagtgatatgatatctaaactggagaaaga caaggaaagttctatgtcgtcagcagaaactagtgctcaagcagaaagacaggtggctttcaacgaggccctaagtaagg tgacacaggaaaaagacaaagtgatagaggagctcaaacagagagaggccacgctgtcacagcaactaactgaaggaaaa gaagccttgaagaagctggaggaagagagaagtaaattagaggatgtcaagaacagagccatatctcatctcgatgataa agacagggaacataatatgtataagaggaagatggaggatgagttagcattgagtcgtcaacagatttctttataccagt cacaaatacaatctatgtcaacaatgcaggtctccactgcaccttcagttatggagatcagtagtgcggaagatgtcaac acagaatcaagaattcaagaattagaaggggaattaaaagccaaggatggtcagatatcaaaccttcaaacaaagctgtc tgagctatccatgacaaccagtaccaaatccctagttcaagacaaagtctctataacaagctgttgtgtaggagacctgg ctttgttttgtttagatgagagacatgaccagtatgttgtgttcaccattggtagcactctacacttccttcacagtgaa tgcttagaatccctaggacttaaaacaaatcccggtgaaatgagaaagtcatgggttctagcagagatcactgaaaaaga atactgccaagctaagaagcctcagaacaggttcaaagttcctgttggtaccaaattttaccgagtgaaggcgcggccat ggaatcgagaggcggccattgctgcaaagagagatgtacaagcgccactgccgcaggcctccgcctactag |
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Protein
| Protein ID | pfu_aug2.0_269.1_30543.t1 |
|---|---|
| Definition | - |
>pfu_aug2.0_269.1_30543.t1 MLYVFHVDTGTMLTFDMNLLTESVSALQAVIGRACHIPVEKQVLLISGGESLDPSAKVCKYHAGYDTNPIFLFSKSQIEA ATPPSPSVHLGSDMDISSQVEGSLLLAPTYSTVISRTQLALWVEHLTNRGVWYKRALRHRSDIFAESFTEYLSKREVYLE ILQSVSTSLDLLSKIPVLPCLLQAVSDISEKSGKSDKSDKSTSSSMSGSKNLFEWISSQDPQHSLQDMVSQCVKATEHFD QRVLDTLMSEVTDTFKQVDNPSMKEVKGIEDRLYGLDQILSGARKIVQEQSDMAQGFVQNQNRVTKLRDNSILPDLCSSH KRQLLVMSQNHKKLQDTKKKCLMAKQELSINLHTRLRWVMLVQKRIVDVDGKLMIYNENLKRLRKRLDILKQIHDAPEVY AQLVVEVVRRREFSVQFSKWAASLADESRLIHTEEVKRREDFVRKVGKHFYIDKVLFRCHHFLQTLFSGFADFTSKFATE PPAPFDQNLPEITNDDVDMLRETVSKFPLHESACDNSTFKFIDPVTEERLSAHTPPPKQSSLITSEIEIIRSCEERYVTT DHSLSLGDQVAVSELQSNLVVRSEGALSPTEKPESLMPKSLSEALTKEMREANSGVSVKTDVKVEKLEKESPKDPTDKSV GSASTSSGEQLKSTESDMSAQDKSTEDRSLDSIPSSRKNVLRRVTLGTSPDMETSQEFTTADFYIEDSMPSSIADSPMGK QTETTQETVCMVQDEKSTQVNLLEQDIEYFRTEFLQAKEKHKEMLEQLQCNIPILRNSVKDFESEFGCKRSEVLEWIDDA KKRVSEAILSYDLLHSQQHDETVSKLKSDYEFSIKDLKSEVEGLKEAKSALEQENSELHKTVENITKEQTQEREKFANLE LKLRDEANELLKKLESHSADAKQSEVNFSEEMENMRKLVAEKESELAKEKSSWEEAKAEKERRHVEEVEDLKKQSTLELE VELDKLRAELRAQFDDMELDISEKDKALSIATDKMKQLESDKIKIEETLTERFQNEKVEISKILEAEFQEKLEKTVSEKV EALSKENMDAIEKLKESHESQMEQNLEELRSKLTSEKDADVENVVSKMNQEFEKSYQELKSSLLEEKEKVVNELKVLHQT ELSKMEETLRSRNEVLEAEIKAFTERDVTNCEIQTDILEFTQQEVQTDILEFIQKEMQTDRLTVHQTEAQTNVVETGQSE MQTEAWKGLDSDTQTDMFDMTHGGTQTSTSEYTLVKITSDESEMVDREVQTSSDEIQTEAILTHQEHKNMMATLEVRLTA EKDKALIELRRKHEKEVSDMISKLEKDKESSMSSAETSAQAERQVAFNEALSKVTQEKDKVIEELKQREATLSQQLTEGK EALKKLEEERSKLEDVKNRAISHLDDKDREHNMYKRKMEDELALSRQQISLYQSQIQSMSTMQVSTAPSVMEISSAEDVN TESRIQELEGELKAKDGQISNLQTKLSELSMTTSTKSLVQDKVSITSCCVGDLALFCLDERHDQYVVFTIGSTLHFLHSE CLESLGLKTNPGEMRKSWVLAEITEKEYCQAKKPQNRFKVPVGTKFYRVKARPWNREAAIAAKRDVQAPLPQASAY |
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