Gene
| Gene Model ID | pfu_aug2.0_204.1_13781 |
|---|---|
| Locus | scaffold204.1 : 14458 ... 47935 : - |
| To GenomeBrowser | scaffold204.1:14458..47935 |
| Genes list of scaffold | scaffold204.1 |
| Synonym | pfu_aug1.0_1473.1_65985 |
Manual annotation
Hmmer Search for Pfam
| query | Total | ID | Target | From | To | Eval | Score | cEval | iEval | Score |
|---|---|---|---|---|---|---|---|---|---|---|
| pfu_aug2.0_204.1_13781.t1 | 8 | 1 | Glyco_hydro_1 | 26 | 425 | 0.0 | 2801.0 | 0.0 | 0.0 | 475.1 |
| pfu_aug2.0_204.1_13781.t1 | 10 | 1 | Cellulase | 82 | 177 | 8.1e-12 | 44.9 | 0.00027 | 0.68 | 9.0 |
| pfu_aug2.0_204.1_13781.t1 | 10 | 2 | Cellulase | 375 | 434 | 8.1e-12 | 44.9 | 0.021 | 52.0 | 2.9 |
| pfu_aug2.0_204.1_13781.t1 | 8 | 2 | Glyco_hydro_1 | 427 | 472 | 0.0 | 2801.0 | 9.9e-19 | 2.4e-15 | 55.6 |
| pfu_aug2.0_204.1_13781.t1 | 8 | 3 | Glyco_hydro_1 | 471 | 779 | 0.0 | 2801.0 | 0.0 | 0.0 | 280.4 |
| pfu_aug2.0_204.1_13781.t1 | 10 | 3 | Cellulase | 664 | 731 | 8.1e-12 | 44.9 | 0.00044 | 1.1 | 8.4 |
| pfu_aug2.0_204.1_13781.t1 | 8 | 4 | Glyco_hydro_1 | 802 | 1264 | 0.0 | 2801.0 | 0.0 | 0.0 | 564.4 |
| pfu_aug2.0_204.1_13781.t1 | 10 | 4 | Cellulase | 858 | 968 | 8.1e-12 | 44.9 | 0.00093 | 2.3 | 7.3 |
| pfu_aug2.0_204.1_13781.t1 | 10 | 5 | Cellulase | 1162 | 1203 | 8.1e-12 | 44.9 | 0.3 | 750.0 | -1.0 |
| pfu_aug2.0_204.1_13781.t1 | 8 | 5 | Glyco_hydro_1 | 1295 | 1750 | 0.0 | 2801.0 | 0.0 | 0.0 | 490.4 |
| pfu_aug2.0_204.1_13781.t1 | 10 | 6 | Cellulase | 1357 | 1443 | 8.1e-12 | 44.9 | 0.011 | 27.0 | 3.8 |
| pfu_aug2.0_204.1_13781.t1 | 10 | 7 | Cellulase | 1640 | 1696 | 8.1e-12 | 44.9 | 0.18 | 460.0 | -0.2 |
| pfu_aug2.0_204.1_13781.t1 | 8 | 6 | Glyco_hydro_1 | 1789 | 2250 | 0.0 | 2801.0 | 0.0 | 0.0 | 575.8 |
| pfu_aug2.0_204.1_13781.t1 | 10 | 8 | Cellulase | 1847 | 1952 | 8.1e-12 | 44.9 | 4.9e-05 | 0.12 | 11.5 |
| pfu_aug2.0_204.1_13781.t1 | 10 | 9 | Cellulase | 2145 | 2194 | 8.1e-12 | 44.9 | 0.086 | 210.0 | 0.8 |
| pfu_aug2.0_204.1_13781.t1 | 8 | 7 | Glyco_hydro_1 | 2289 | 2491 | 0.0 | 2801.0 | 0.0 | 0.0 | 307.0 |
| pfu_aug2.0_204.1_13781.t1 | 10 | 10 | Cellulase | 2347 | 2439 | 8.1e-12 | 44.9 | 1.9e-05 | 0.048 | 12.8 |
| pfu_aug2.0_204.1_13781.t1 | 8 | 8 | Glyco_hydro_1 | 2492 | 2563 | 0.0 | 2801.0 | 6.3e-26 | 1.6e-22 | 79.3 |
Blast Hit to nr / sp
| query | Subject ID | Subject Name | evalue |
|---|---|---|---|
| pfu_aug2.0_204.1_13781.t1 | gi|632957296|ref|XP_007894400.1| | PREDICTED: lactase-phlorizin hydrolase [Callorhinchus milii] | 0.0 |
| pfu_aug2.0_204.1_13781.t1 | gi|676449132|ref|XP_009051956.1| | hypothetical protein LOTGIDRAFT_231551, partial [Lottia gigantea] | 0.0 |
| pfu_aug2.0_204.1_13781.t1 | gi|697490037|ref|XP_009675665.1| | PREDICTED: lactase-phlorizin hydrolase [Struthio camelus australis] | 0.0 |
| pfu_aug2.0_204.1_13781.t1 | gi|700429216|ref|XP_009953280.1| | PREDICTED: lactase-phlorizin hydrolase [Leptosomus discolor] | 0.0 |
Transcript
| Transcript ID | pfu_aug2.0_204.1_13781.t1 |
|---|---|
| Definition | - |
>pfu_aug2.0_204.1_13781.t1 atggtggcattagttcttgtcctccttattcctcttgtgtgtggtcagatagactatgacgaggagattctctacgacac cttcccagaaggctttgcgtggagtacggccacggcggcctaccaagtagagggggcgtggaacgaggatgggagaggcc ctagcatctgggacactttcgcccacacccctggacatgtagacgggaatcagaacggagacgtggcctgtgacagctat cataaatacaaggaggacatagagctactgaaggacctaggggtatcacactaccggttttcaatttcctggccacgcct tttacctgacgggaccttgggcagcaaaaacgccaaaggcattcagtattaccgcaaccttatagacggtctcctggcgg cagggattgaaccaatggtcacactgtatcactgggacttaccacaagcactagaagattacgggggctggttaaatagt tctactgttgacttatttaaggactatgcagaattgtgtttcaaggaatacgcaagcaaggttaagttgtggatctcatt taatgagccctggatcattgcctggtcaggttacggagaaggagggatggcaccgggccgaaaaggtcccggtaacaaca cttacattgtaggacacaatgtcatacgggctcatgccaaggcctacagactgtacaagacaaagtatgcccaaacgacg ggaaagttcggcataacattgagctgtggatggtcggagcccagaaaccgttctgatcccgcagaccgagctgcctcaga ccgagctctccagttcgactgtggttggttcgctcatcctatctatgttaacggcgattatcctcaggtcatgaaggatc agatagacgagaaaagtcggctacaagggttcgcgaaatcaagactccccaagtttacagacgccgaaaagatggaaatc gcacattcagcggattttttcggactgaatcattattcttcgggacttgtatttcctatcaacaattccataaatgacgt cagctactggacggacaaagacatcggttcggtgtcagatcctaaagctattggatctggttcgtcatggcttaaggtaa ctccatggggtatgcgtaagatacttaactgggtgaagactgagtataacaacacagacgtgtacatcacagaatgtggg gtctctgacaaaaacggatctgtggtggacgaacataggattcatttctacagaacatacatcaacgaagttcttaaagg gagaggacctagcatttgggacactttcgcccacacccctggacatgtggacgggaatcagaacggggacgtggcctgtg acagctaccatagatacaaggaggacatagagctactgaaggacctgggggtaaagttatggatctcattcaatgagccc tggatcattgcctggtcaggttacggcgaaggagggatggcaccgggcagaaaaggacccggtaacaatacttacattgt aggacacaatgtcatacgggctcatgccaaggcctacagactgtacaagaccagttatgctgggaggacgggaaagcttg gtataacattgagttgtggatggtcggaacccagaaaccgttctgatcccgcggaccgagctgcttctgaccgagctctc cagttcgactgtggttggttcgctcatcctatctatgttaacggcgattatcctcaggttatgaaggaccagatagagga gaaaagtcgcctgcaaggattcgggaattcaagacttccaaagtttacagacgccgaaaagagggaaatcgcacgttcag cggattttttcggactgaatcattattcttcgggacttgtatttcctattaacaactcgataaatgacgtcagctactgg acggacaaagacataggttcggtgtcagatcctaaagctattggatctggttcctcgtggcttaaggtaacaccatgggg tatgcgtaagatactaaactgggtaaagagtgagtataacaacatagacgtgtacatcacagaatgtggggtctctgaca aaaacggatctctggtggacgaacataggattcatttctacagaacatacatcaacgaagttcttaaagccgtaaagaaa gatggatgcaacgttaagggcttcacagcctggtccttgatggacaacttcgaatggggaagaggatattccgaacggtt cggcatccattacgtggactttaatgatccaaacagaccgagaacacccaaagcatcggcaagatggttaaaacagctga tacgtgagaatggctttctgaaggggtactcgagtatgggagggcggggaaccgcacccgctgaggagggcaaatttttc tacggacaattcccaaatgatttcgtgtggagttcggccactgcggcttatcaaatcgaaggggcgtggaacgaggacgg taaagggctgagtatttgggatacatatgctcatatcaagggtaacatgaacaacgatgataatggtgacgttgcctgtg atagttaccataaatacgaagaggacatcaaactcctgaaaaatcttggggtttctcattaccgtttctccatatcctgg ccacgtgttcttccattgggcaccacagatcacgtgaacgacttgggcgtggcttattacaacaagctaatcaacggcct gcttgctgcaggaattcagccaatgataacattgtatcactgggacctcccacaagctttagaggatcatggcggttggc tgaatatcagtacagccgatagatttgccgaatatgccgacttctgctttaagaaatttggggacagggtgaaactttgg ataacgtttaacgaaccctggattgtatcctggctcggctactccgttgctacttttgcgcctgctaagtggggtcctgg tactaacgcctacatcgtcacacaccacctgattgtagcccatgggaaagcgtatcacgaatacaccaaatatagaggaa ttcagaagggcgtggttggcattactctgaacatgggatggtcggaacctaagaatccgtacgaccccacccatcttgag gcgtcagaaagagcagttttgtttgattttggatggtttgcacaccctctggtttacggaaagtacccggatgtgatgac gtggcaggttggcaataagagtctggcacagaattttacagagaccagattgactccgttcactccagacgaagttaaac ttatcaacggtaccactgatttccttggtcttaacttctacacgtccagtttggtttatccccagaagaaatccatcacc gacatcagctatgacgccgataaagataatgggggcgaacaagatcccaaatggaagggatcaggctctggttggctaaa agtcactccatttggcttacgtaaaactttaaactggatcaagcatcattataacaatatggacgtctacgtcacagaaa atggcgtctcagacaatacaggcactctgcacgacattcccagagtagatttctataggtcatatattgacgagatgttg aaagccgtggtgctggatgaatgcaatgtgaagggttacacggcgtggtcactgatggataacttggaatggaaggcaac gtatgcagagaagttcggacttcactatgtcaacttttctgacccagaacggaccaggacacccaaactgtcagcagctt tctacaaccaagtcattaaagacaacggatttctgagtgatgaagcgttaactgctcctgggaacatagagaagctcggc ttatatcgctatctaccttatgacaaggagttctactacggcatcttcccggatgaattcaaatggggcgtgtccacagc tgcctatcaagtagagggggcgtggaatgaagatggtaaaggtgagagtgtgatggataagcttatacacgcggcacatc aacaaggagtgctgaagcataacgatacgggagatgtcacgtgtgacagttatcatagataccaggacgatgtcggcatg ctcactgaacttggagttcatcattaccgcttctccatagcctggtccaggttgcttccggacggtactgtaggttcttt gaaccagcccggggttgactattatacacacctgattgatgcattgattgatgcagacattgaaccaatggtaacgctga accacttcgatctcccacaatccctggaaaactatggcggatggttcaacgaaagcactgctgaccgctttacagatttt gctcgtgtttgctttaaactatttggagataaggtgaagacatggattacttttaatgaaccatacgtgctagccgtatt gatggaaggtgttcccagcgtaaagccgtacctcacagctcacaacgtaataaaggcacacgcaaaagcatatcatgtgt ataacaacgagttcagaagtaaacagaaaggacaaattggcatcacgttaaatgcggaatgggcagaaccaaagaacgca tttgatcccgccgacatcgaagcagcaagaaggaaacttgcacatgaattcgattggttcgcacatcccatatttggtaa tggtgactatcaagatgcgcttaagactatggtgagagaaaaaagtacggctcaaggattgaggaaatctagactaccag agttcactcagacggaaaagaacatgattgccgggtcggcagatttcttgggattgaatttttatacagcagcactggtc tccgataaaattcaaaccggatctggttacttgtatgacggggattatgcagtcagttacagtcctagctggaagagtac gggtaaagacgggatgaaagtgacgccctttggaatcaggaaaatgttacattggatacacgacagctacccgaacactt ccataataataacagagaatgggatgtctgataacacagggactctagatgattatgacagagtaaacttctataaaaac tacaccaatgaggtccttaaagccatacgaattgacggaatcgatgtccgaggttttacggcgtggtcactcatggataa cttggaatggtttgacggattcagtcagaagttcggcctctacaatgttgatttcaacgacgtccagaggaaacggacac caaaagcttctgcaaaatattacaaacgtctagtcaagcggaacggattcctaccgggggatgaaatacaggccaaaaca accacaagtacacaaatcgaacactcgggaagtatggaaaacgatccatggcggcagctcccttatgaaaatgactttta ctacggtactttccctgatggatttgcttggagttctgcttcatcggcttaccaggtggagggaggatgggacgaggacg gaaaaggactaagtatatgggacgacttttcacatcgtggtaaaattgacttgaatcataccggtgacattgcatgcgat agctaccataagtatttggatgatatacaacttatgaaaaacatgaagactacccactatcggttttccatatcctggcc aagaatactgcccgacggcaccatcaataatataaatgaagaggggatcgcctactacaacaatcttatagacgctctaa tagacgctgaaatcgttcccatgattaccttgtaccactgggacctcccattagcccttatgaaaaatggcggatggcaa gatccaaaagttgctgatcattttgcagattatgcaagactttgtttccaacgcttcggtgacagggtaaagttctggat cacatttaacgagccttgggttgtgtctgttcttggttacgagcaggcaagtatggcccccggtattaccggaaaaggag ataaactctatgtcgtcacgcacaacttactgaaggcacacgctaaggcctaccatctctatgacaagaacttcagaacc caacaaaaaggacaagttggaatcacgcttaatacggattggcaggtaccaatgaacccgaaaggtcagaatgataggga tatgtcagatcgcgccatctactttatgtttggttggtttgctgaacccgttatcaagggagattatccgcaagttatga aagattttattggaaagaaaagtagcgaacagggattggccaagagtagacttccagaatttacagatgaggagaaaaaa tatatgaaaaatacctatgatttcctgggaatgaacttttacacatccaataccatcaaatataagaagttctcagcaaa tgattcttcctacgatcacgacaaagacttggactttggcaaggatccttcgtggctagggtccggatcagcttggttga aggtgacaccatttggaatacgacgcatgctgaattgggtcaagtataaatatggcgatatacccatctatattactgaa aacggaatctctgacagaaacggatcactgaatgaccaacaccgaatattttactacaagcattatataaacaacgtact gaaagccataagagtagacggcgttgacgttcgtggttacacagcatggtcgttgatggataattttgaatggatgagag gttacacagagagatttggtctccattatgttaactttaccgatcccaaccgtcccagaactcctaaagcttctgccagg tattataagaaacttttagcagacaatggctttatcagagaagatgcaacaaacggaggtcagatggcgacaggttcccc ggatttatctacccaattgaacgatccctggcgagatctaccgctccaagatgagttttactacgatactttccctgatg ggtttgcgtggagttctgctacatcggcttatcaggttgagggcggatggaatgaagacggtaaaggactaagtatatgg gatgactactcacatcgtggtatgattgacatgaaccataccggtgacgtagcctgtgatagctaccacaaatacatgga agatgtgcagcttatgaaaaatatggggacgacccattttcggttctcaatatcatggccaagagttttgccaaacggca ccatagacaatataaacgagctcggaatcgattattacaacaagcttatcaacgctctagtagaagctggaatcgttccc atggttaccctgtaccactgggatctcccattagacctcatgaaaaatggcggatggcaggatccggaagttgttgatca cttcgtagattatgcaagactttgtttccaacgttttggtgacagggtgaagtactggatcacctttaatgagccttggg ttgtgtcagttcaggggtatgaacagggatataaggcacccggtataactggcaagggagataaactctacatcgtcaca cacaacatattaaaggcgcatgccaagttcatatatatatatatatatattcttcattttctagccgtaaaattggacgg tgttgatgtacgtggttataccgcgtggtcattgatggataattttgaatggatgagaggatacacagagagatttggtc tccattacgtggattttaccgatcccaatcgtcctagaactccaaaagcctctgctagatactataagaaacttatagca gacaatggcttcgtcagagaagacggtcagaacagtgtgacgaatcccgggaatacgtacaaaggaaacgtctgtgtgaa catatcgggtggcaccgctttaagttacagttcaacgagtttatttgtgtttgagggaacccccgcttctaaaaatagtc ttatttataaatag |
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Protein
| Protein ID | pfu_aug2.0_204.1_13781.t1 |
|---|---|
| Definition | - |
>pfu_aug2.0_204.1_13781.t1 MVALVLVLLIPLVCGQIDYDEEILYDTFPEGFAWSTATAAYQVEGAWNEDGRGPSIWDTFAHTPGHVDGNQNGDVACDSY HKYKEDIELLKDLGVSHYRFSISWPRLLPDGTLGSKNAKGIQYYRNLIDGLLAAGIEPMVTLYHWDLPQALEDYGGWLNS STVDLFKDYAELCFKEYASKVKLWISFNEPWIIAWSGYGEGGMAPGRKGPGNNTYIVGHNVIRAHAKAYRLYKTKYAQTT GKFGITLSCGWSEPRNRSDPADRAASDRALQFDCGWFAHPIYVNGDYPQVMKDQIDEKSRLQGFAKSRLPKFTDAEKMEI AHSADFFGLNHYSSGLVFPINNSINDVSYWTDKDIGSVSDPKAIGSGSSWLKVTPWGMRKILNWVKTEYNNTDVYITECG VSDKNGSVVDEHRIHFYRTYINEVLKGRGPSIWDTFAHTPGHVDGNQNGDVACDSYHRYKEDIELLKDLGVKLWISFNEP WIIAWSGYGEGGMAPGRKGPGNNTYIVGHNVIRAHAKAYRLYKTSYAGRTGKLGITLSCGWSEPRNRSDPADRAASDRAL QFDCGWFAHPIYVNGDYPQVMKDQIEEKSRLQGFGNSRLPKFTDAEKREIARSADFFGLNHYSSGLVFPINNSINDVSYW TDKDIGSVSDPKAIGSGSSWLKVTPWGMRKILNWVKSEYNNIDVYITECGVSDKNGSLVDEHRIHFYRTYINEVLKAVKK DGCNVKGFTAWSLMDNFEWGRGYSERFGIHYVDFNDPNRPRTPKASARWLKQLIRENGFLKGYSSMGGRGTAPAEEGKFF YGQFPNDFVWSSATAAYQIEGAWNEDGKGLSIWDTYAHIKGNMNNDDNGDVACDSYHKYEEDIKLLKNLGVSHYRFSISW PRVLPLGTTDHVNDLGVAYYNKLINGLLAAGIQPMITLYHWDLPQALEDHGGWLNISTADRFAEYADFCFKKFGDRVKLW ITFNEPWIVSWLGYSVATFAPAKWGPGTNAYIVTHHLIVAHGKAYHEYTKYRGIQKGVVGITLNMGWSEPKNPYDPTHLE ASERAVLFDFGWFAHPLVYGKYPDVMTWQVGNKSLAQNFTETRLTPFTPDEVKLINGTTDFLGLNFYTSSLVYPQKKSIT DISYDADKDNGGEQDPKWKGSGSGWLKVTPFGLRKTLNWIKHHYNNMDVYVTENGVSDNTGTLHDIPRVDFYRSYIDEML KAVVLDECNVKGYTAWSLMDNLEWKATYAEKFGLHYVNFSDPERTRTPKLSAAFYNQVIKDNGFLSDEALTAPGNIEKLG LYRYLPYDKEFYYGIFPDEFKWGVSTAAYQVEGAWNEDGKGESVMDKLIHAAHQQGVLKHNDTGDVTCDSYHRYQDDVGM LTELGVHHYRFSIAWSRLLPDGTVGSLNQPGVDYYTHLIDALIDADIEPMVTLNHFDLPQSLENYGGWFNESTADRFTDF ARVCFKLFGDKVKTWITFNEPYVLAVLMEGVPSVKPYLTAHNVIKAHAKAYHVYNNEFRSKQKGQIGITLNAEWAEPKNA FDPADIEAARRKLAHEFDWFAHPIFGNGDYQDALKTMVREKSTAQGLRKSRLPEFTQTEKNMIAGSADFLGLNFYTAALV SDKIQTGSGYLYDGDYAVSYSPSWKSTGKDGMKVTPFGIRKMLHWIHDSYPNTSIIITENGMSDNTGTLDDYDRVNFYKN YTNEVLKAIRIDGIDVRGFTAWSLMDNLEWFDGFSQKFGLYNVDFNDVQRKRTPKASAKYYKRLVKRNGFLPGDEIQAKT TTSTQIEHSGSMENDPWRQLPYENDFYYGTFPDGFAWSSASSAYQVEGGWDEDGKGLSIWDDFSHRGKIDLNHTGDIACD SYHKYLDDIQLMKNMKTTHYRFSISWPRILPDGTINNINEEGIAYYNNLIDALIDAEIVPMITLYHWDLPLALMKNGGWQ DPKVADHFADYARLCFQRFGDRVKFWITFNEPWVVSVLGYEQASMAPGITGKGDKLYVVTHNLLKAHAKAYHLYDKNFRT QQKGQVGITLNTDWQVPMNPKGQNDRDMSDRAIYFMFGWFAEPVIKGDYPQVMKDFIGKKSSEQGLAKSRLPEFTDEEKK YMKNTYDFLGMNFYTSNTIKYKKFSANDSSYDHDKDLDFGKDPSWLGSGSAWLKVTPFGIRRMLNWVKYKYGDIPIYITE NGISDRNGSLNDQHRIFYYKHYINNVLKAIRVDGVDVRGYTAWSLMDNFEWMRGYTERFGLHYVNFTDPNRPRTPKASAR YYKKLLADNGFIREDATNGGQMATGSPDLSTQLNDPWRDLPLQDEFYYDTFPDGFAWSSATSAYQVEGGWNEDGKGLSIW DDYSHRGMIDMNHTGDVACDSYHKYMEDVQLMKNMGTTHFRFSISWPRVLPNGTIDNINELGIDYYNKLINALVEAGIVP MVTLYHWDLPLDLMKNGGWQDPEVVDHFVDYARLCFQRFGDRVKYWITFNEPWVVSVQGYEQGYKAPGITGKGDKLYIVT HNILKAHAKFIYIYIYILHFLAVKLDGVDVRGYTAWSLMDNFEWMRGYTERFGLHYVDFTDPNRPRTPKASARYYKKLIA DNGFVREDGQNSVTNPGNTYKGNVCVNISGGTALSYSSTSLFVFEGTPASKNSLIYK |
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