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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0265100 |
| Transcript ID | LotjaGi2g1v0265100.5 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Alpha-1,4 glucan phosphorylase; TAIR: AT3G29320.1 Glycosyl transferase, family 35; Swiss-Prot: sp|P53536|PHSL_VICFA Alpha-1,4 glucan phosphorylase L isozyme, chloroplastic/amyloplastic; TrEMBL-Plants: tr|A0A151T017|A0A151T017_CAJCA Alpha-1,4 glucan phosphorylase; Found in the gene: LotjaGi2g1v0265100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:73457531..73466367) extracted from Lotus japonicus Gifu genome v1.2.
GCTACAACCTCTCTGAGCTCATTCGCTCCAGATGCTTCATCTATCGCGTCGAGTATTAAGTACCATGCAGAGTTCACCCC TTTGTTTTCTCCAGAGAATTTTCATCTTCCACAAGCTTTCTTTGCAACTGCACAGAGTGTTCGCGATACTCTCCTAATAA ACTGGAATGCTACTTATGATTACTATGAGAAGCTGAATGTTAAGCAGGCATATTACCTTTCAATGGAATTTTTGCAGGTT GGGTGCTATCATATTGATTTGAACAGCTTCACCATTTCAGGCATCTAATATTTTTCTTCATCTATCATTCAATGTTTCAG GGTAGAGCATTATTAAATGCAATTGGCAACCTAGAGCTAAATGGTCCCTATGCAGAGGCTTTGAGCAAGCTCGGGCATAA ATTAGAAGATGTGGCAGGCCAGGTGTGACATTCTCAGCTGTATCTCTTTTACCTATTTTTTAATTTATAAAATGTTGCTT GTTTTACTGCTATCATGAGTTACTGTTTATCTAATCATAAGACAAGCTGATGTGGTTTTTGAATTGAATATTATAATGAA AGAGAACTTATTTTTTAAATAGCATATTTACTATAAGTTCAACAGTTGAGAGAGTCAAGCAAGTGTTGTATTTGGGATTG TTATCTAATTCCTTTTTCTAAATATTTTTGTCAAAATTTTACAAGCTTACAAACCATTTTTTTATATACTCTCACTTGGA GTTGTGGTAATTCATTTTGGTTGGACAATAATAGGAGCCAGATGCTGCACTTGGAAATGGGGGTCTTGGGCGTCTTGCTT CATGTTTCTTGGACTCTTTGGCAACCTTGAATTATCCAGCATGGGGTTATGGATTGAGATATAAGTATGGCTTATTTAAA CAGCTCATAACCAAGGATGGGCAGGAGGAAGTTGCTGAAGATTGGCTTGAGGTATGTTTTATTGTACATTCACAAGTGCC CATGGCATGTACTTAAAAGGTCTGCATTTGGTTTTTCAGTTCTATTAATGTTCTTTCTTTGTCTGTGACCTCTTCTAACA GATGGGCAGCCCCTGGGAGATTATTAGAAATGACGTCTCATATCCTGTAAAGTTCTATGGGAAGGTTATTTCAGGGTCAG ATGGAAAAAAACATTGGACTGGAGGAGAAGATATTAAAGCCATTGCACATGATGTTCCCATACCAGGATATAAAACTAAA ACCACAATCAACTTGAGACTTTGGTCTACGAAAGCTGCATCAGAAGATTTTGATTTATATGCTTTTAATTCTGGAAAGCA CACTGAAGCCAACGAGGCTCTTGCAAATGCTGAAAAGGTTTGGATGATATGGCTAGAGTAAACTCTTTCAAAAAATAGTA AAATCCTTATAAGTATAGGAGAATTGGACTGATTGGATAATTATGTTGGAACAAACAAGTACTAAAGAATTTATCCTCTC CAGAATTTTGACTTTAATGTGTCTTTTATAGTTTTGTCTTTTAGTGTCTTTTTCTAACGATCTATGTCTGTTTGGTGTCT ATTTCCTGTGCAGATGTTGTGGAAAATATTTGAGTGACTTCTAATAACATGGAGTTTTTCTAGTTAACTTGAATTTCACG ACAATGTGAATGCAAGTTAAGAATAGGACATTTTATATGGTGTTTTCTTTCAAATGCAGATTTGCTACATACTCTATCCT GGGGATGAATCAACAGAAGGGAAGATCCTTCGCCTGAAGCAACAATATACTTTATGTTCTGCTTCTCTTCAAGATATCAT TGCTCGTTTTGAGAGAAGATCAGGAGCAAGCGTGAATTGGGAAGAGTTTCCTGAAAAGGTTGCAGTGCAGATGAATGATA CTCACCCAACCTTATGCATCCCAGAGCTTATGAGAATACTAATAGATGTGAAGGGTTTGAGCTGGAAGGATGCTTGGAAT ATCACTCAACGGTATCTAGTTTTTTTTATGTTTTGTTTTTGTGTGGAGGAGGGGAGTCCAGTCAACTCATGTGAACGCTT GATTTGAGTTTTCTGATTGAATATGATATATCTGATACTGTGATCTAGGACTGTAGCATACACAAACCATACTGTTCTTC CTGAGGCATTAGAGAAATGGAGCTTGGAGCTTATGCAGAAACTGCTTCCACGTCATGTTGAGATTATAGAAATGATTGAT GAGGAGGTAATACCAAAATATTTGCATAAGCTCTTTTTTTTTTTCAAGGTACAGGCACTAAGTTGTTGCTGACATTCATG CTTTACAGCTTATTCGGACCATAATCGCAGAATATGGCACAGAAGATTCAGAGTTACTGGGAAAAAAGTTGAAGGAAATG AGAATACTAGATAATGTTGAATTGCCTGCAGAATTCGCGGGTATACTGGTTAAGGAGGCCATTGACATTCCTAGTGAGGA GCTGCAAAATTCTGAACAAGAAGTGGACGAAGAAAATCATGATGAAGAAGTGGAAGAAACAATAGCTAAACAGGATGGGA AAGATAAAATTTCCATTGAGGATAAGAAAGAAGAGTTGCCTGAGCCAGTACCAGAACCACCTAAAGTGGTTCGTATGGCC AATCTCTGTGTTGTGGGTGGTCATGCAGTGAATGGGGTTGCAGAGATACACAGTGAAATTGTAAAGGATGAAGTGTTCAA CGCATTTTATAAGGTAAATATTTCAGTAATTCCTCTTTCCTTTTTTTTTGCTTTAGATCTATGACAAGATCAACGAAAAT TGTTTGCATCAATGACTTCTGTGCCATGTTTCTTGCAGTTGTGGCCTGAGAAATTCCAAAACAAAACAAATGGTGTGACA CCAAGGAGATGGATCAAGTTCTGTAATCCAGATTTGAGTAAAATAATAACCGAGTGGATAGGCACTGAGGATTGGGTCCT AAATACTGAAAGGCTGTCTGAACTACGAAAGGTAGTTTCCATTATTTAATTTGTTGTTTTTGTTTTTCTTTCACAAATTC TTAATTTATAAAATTGAAGAAGGATTTACGTTTTTTTTTTTCATTTGATCCCTTTTTCCTTTTCACGAATGTTAGGTTTC GCAGCACCAATCATACAAGTAGGTTTCGCAGCACCAATCTTCTGAGCAAATGATCACCAATTTTGGAATTTTATAATTCT TTATACAAATTTGCTTAAATAACCGAATATAAATAAAAAATATAATCGCTTCTACTTAACCTAAAAAGTGTAACTATTTT GCATTTACTGATCTCCTTTAACATAAGATTTCTGAACAAGAAAATTGGGTCTGGTGATGTACTATTCAGCAAGTAATTGA ACATCTGGTATGTTGAATTTGAATCTGAATGCTCATCGATTCCAGGATTAGCTCAATATCATGAAGCCTTCTTAGATACA TCAACATCAACAACAAAAGCCTTTTCCCATTAGGTAGACCTTAAAATACATATTAAATGAAATTCTAAACTTAGTATACT TCCGCTTCTTGATATTTAAGGAATCAATATAATATATTGATTATGATTTGTGGGAATGTTCTGAAATTAATTGATTGGAA TTAAGCATATTTTGGGCCATGTTGTTTCCATTATTTTCCACTTGGATCTCTCAATAATATTAGTCTCAGCTTGATTGCCA TGTCTCTGTAATTAAAGCTGACCATACTAGTATTATTTATTAATAGTTTGCAGATAATGAGGATCTACAAATGCAATGGA GGGAAGCAAAGAGGAATAACAAGATTAAAGTTGCAGCATTCCTGAGAGAAAAAACAGGATATTCCGTCAGTCCTGATGCA ATGTTTGACATCCAGGTAAAATGATGCCTTGGAGTTTTTTTTACTGCCAATTTGGACTTGGCTAAGTTTTAAGCATGGAA TGGAAGTTGGAAAACTTTTTTAGGTCAAAGGAAAAGTCTGGTACTTGAATGCAATATATTATACTTTTGCACTTCAGAAT CCAAGGCATGAACGTTTATAGCTTAAATTTTAGGTGTCTTGGTAGACTAAGGTTAGGTCAATTTATGAGTATGGGAGATT TAGGCTAAGCTATGCTAGACTTTTCCTTAACTAGGTCAGGCCTGTTTTGCCAAATACTGGCCATGGTGTTGGCTGGGTCT TCCCCTAAGTTGTTTGATCAGTCAGTGAATACTCATTATCCAATTCCATAGTCCAATCCGTGCTCACATGAACTGTTTCA ACCCATAAAGAGATTGATGTTGGTGATATACCTGTCCAGACTCCCCTTGAGCAGCAACAAAACTAGTAGTATGCTTCCTC GGTAATCTCATAGGCAAAAAGGAAATCTTAATATCAAGCTGAAAGAGAGGCCAATGACTCATAGCAGCCATGAGAAGTGG AAGCCAAATTGAAGCAATCTTGGGTAAGGGTGAGAATACCACCCTGGATGGGATAGTGCTCACTCGTAGACTTAGACAGT TAGACTGAGGAATAAAAACTGAGGAAAAGGAGGTAACTAAAGCAAAATATGGGGAAGAAAAATGACGATTCTAAATACCC TGTGAATTAGTCATTCAGTCAGTGAAAATATAAGGCTCTGAGATCTTATTTACATTACCGAGTAGTATGGTACCATAAGG TAAAGTACAATATACAGTAAGGAAATAACGAAAATACACCATCTGTACATGCTTTTTTTAGGTTTAGGCTGGATTGAAAG CTTGGGCTTACATTGCTTACACAGCTATACCCAGTGACCAGGAAAGTGCAATGTCGTAGTGGCAGAACTGTATAGCATCC TCATTAGCATTCAACTGGTTTGGAGACTAGTTTTTAGGCCAGGTCAACATAGGCCGAAAGTAGGCTTGGTTATAGGCTAA TAGGCTTCCTAGCCAATTCCCACCCCTACTTATGAGTCATTACCATCAAATTCTCTACTTTGAAGCTAGTTTTCTTTCTT ATAATAATACCGTTAGTTACGAATTCAGTTTCTACCCGACCCATTAGTTTTCATTACATATTTTTGGTAAACTATTGCTT AATTATTTTTTATTCAGGTGAAGAGAATCCATGAATATAAGCGGCAATTAATGAATATTTTGGGAATTGTTTATCGCTAC AAGAAGATGAAAGAAATGAGTGCTGCAGAAAGGAAAGAAAAATTTGTTCCAAGAGTTTGCATATTTGGGGGAAAAGCATT TGCTACTTATGTGCAAGCCAAGAGAATTGTGAAATTTATAACAGATGTTGGGGCTACTGTAAATCATGATCCTGAAATAG GAGATCTTCTTAAGGTACCTATGACTCTGTTTTGCATGCATTCTTTTTCTTTTATTGGTTTTTGTTTTGTCCAAGAATTC TAAGGCATAACATTGCTAAAGGTATGTGAAGTGATAATTATTTTAAAATTAACATTGATGTGTGAAATGTGAATAAAGAA ATGTTTAATGTGAAAATATCATTTAATAGAATTTAATTTTTTTGAACTCTCAGTGTAAAACTCCTTTACACAGATGCAAT CGTTTCATGTCACATCAGATTGCATGCTTAAGGATAGTTACGTGTTTTTTAAATAAATTAAATTAAAAATTTACTTTTTG ACATGGCAAAAAACTACTGGATTATTAAATCCATATAAATTTGTCTTTTTATATCATTTTATATATTTTTTCTGCTAGTT TAACAGTTAGTTTTACCAAAAACTCCTTATTCAATCAGTTACCTTTACACCTTTAAGCTAACTGCTAGAAGCTAGCTTTT CAACTTCTAGTTAGCTTATCAACTCGTTTTGATGAACAGCCAAAGTCCATGTGCAATTTTATATGGAAAAGATTCTGTGT AATTTAACATGTACATCACACACTACAACATTCTACTATGCAAATCTAAAGGAAAAGTGTGATATGTACACAAAGAAAGA TGGTTTTGAAAATATTATATGCATATGAGCATATCATTCCAGGAAAAAAATCAAACTTTATTCATGGAATTGTTCTGCTG GCTACTGCATTAATCAATTTATCAGTCTGATTTAAGTTTAATGTAGGTCCAATTTCATGGTTGATGGAATCCTCATATAC ATTTCTATTAGTAGATAATTTGGACTTGATGAATAAAGAAGAAAACAATTTGAGATGCTAAATTAACTTCTTTGTCCAAT TTGACCACAAGAATTTTGGAGATGCAATCGGGATATGTTTTTCATTGTAGATCCCCATGTTGCTCTGTAGCAGAGACGTG TAGAAAATATTATTTAATCTTTGTCCACTTTTGTGGAAACTTTATCTAGGGTATCAATTTTGTGATGCACTAAATGTAGA GATGAAACTGCTCTATTTCATCATGAAATTAATAAAAACATTTAATCATTTCTGAGGAGAGAAATTCAAAATAATGCTTT ATCAACTCTCTTGGAAAACCAGATTCTTAGTTCTTTATCATTCTCTTTTCTTCCTAGGCGGAACATTTAGAATTTTTTGA ATAGTTTGATTATTTCCTGCCCAGGTTTTTTCATTTGAATTGCAACCAACTATTTATTTATTGTTTATTTCATATTTTAT CAGGTTATTTTTGTCCCTGATTACAATGTCAGTGTTGCGGAGATGCTTATTCCAGCTAGTGAATTGTCACAGCATATCAG GTAGCTCTATTTCTTGTAGTTAATTTGCTTTATACCTTGTGTTGCATGATTTTACTCATGTAAGTGGTGCTATACATTTA CTAATTCAGCTGATATATTAAAATAATTAACGTAATATTATCTTCTATACTAATCATCAGCTGTTCAAATTTTGACATGA GTAGCTTGAAATATAAATTTTTTTTAATTACATGAAATTGTTTAATATTCATACACAGATCAATATGTTGCTCGTAAAAA CAACTGCTGTTAAATATTTTGAGCATGGAAAATTGAAAAACTTTTGTTGAAGATAAGTATTTAGAAATTTTCAAAGGTGT TTCAGTAATGTGTTCAGACATATTACAAATGCATCCCAGGTTTGTCGAGAAAGTACTGAGAGAAGTTTCTGGTATTTGGC CATTTTATCCTGACATGCAAGTCCTCTCCCAATAAGATTGTAATATGCTGAGTGTCAGAATCTGATAAGCAACAAAGCAT CCCTTGAAATACTGGTGTTTCATAGGAACATGCTGTTGGAGCCATGGTTATTTCCTGGATTGCCTGTGTAGATTGGGATC AGTTTCAAAGAATCCCAGAAAACAGAACCAAGGTTTCTCCGAAAGAGAACAAGATTTCAAAATTGAGAACATAAGCCTGT TTAATGTTGCTAGTCTTCTAAATAAAATCAACCCATATGCTCAGATTTAGTTTACTGGGCTGAATGATGTGTATATACCA AAAATATTGACACTTGACAACTATTAACGGATTTACTGATATGGACAAATCATTTTTCTGTACATAAAGCAGAGGGTATG ACTCAGGTTCAATTGTGAAGAATATGTTTATAGATTAGGGGAAAAAAATTAATCTTGAAGAATTCAGTCAATTACTGTTA GAGTTGCATTTAACAAGTCAAGATTTTAGGATGATTGGTTCTTGAAATATGAAATGCAATTAAAGCCTCTGACCTAATGG TCAACAATATGATTCTCAGCACTCCAATTTCATTCAATTAATTTGTCAGCACAAGTTGTCATTTGCAATGCATTGTCAGC TTACCAACTCCAAAGGGATGCATGATTTGGGGGTGGTAGGAGGTTTTGACAAATGGCAATAACAAATCAGTTCTAACCTC AGAATATTGTTCTCCAAATTTCTTATTTCTTTTTAAAAAAATATCATTATTTTGTTTTTCCTATGAAATTTTGAGTATTT GTGCACTGCCTAATTAATATGTTCTGTTTATTTCCTGTAGTACTGCTGGAATGGAGGCGAGTGGAACTAGCAACATGAAA TTTGCAATGAATGGATGCATACTGATTGGAACTTTAGATGGTGCCAATGTTGAAATAAGGGAAGAGGTTGGTGCAGACAA CTTCTTCCTCTTTGGTGCCAAGGCTCATGAAATTGCTGGGCTGAGGAAAGAAAGAGCCGAGGGAAAGGTTTGTCTTAATA CCAATTTGTGCATTTTAATTACCATGGAATATAATGTCATCCTGGTTGTAGCATACCAGCATCGAACTAAAATTCCACAG TTGAAGTTTCAAATATCGATAATATTTCAATTTTCAAAAGTAATTCAAGTTATTATTCCTGACAAAGGAGTTCCTAACAT AATCTCGTTCAAGTCGTTCAAGTTAATGATTCCTGCCAATGTTGGTTCTTAAATTTAGTTTGTCCCTGATCCACAATTCG AAGAAGTTAAAGAATTCGTCAGAAGTGGTGTTTTTGGATCTTACAACTATGATGAAATGATTGGATCCTTAGAAGGAAAT GAAGGTTTTGGTCGAGCAGATTACTTTCTTGTGGGGAAGGACTTCCCCAGCTACATAGAATGCCAAGAGAAGGTTGATGA AGCTTATAGGGACCAAAAAGTAAGTTTATTGACTGTTTTCAAATTTCACATGCTAGCCAATTGTAGAAGCATGCAAGCAA TTTATGAATTCTATTTACTTGTCATATAGTTTAATAGTCCAGGATTGTTCCTTCATGCAACTTAATGCCATGATAATTTT AGTATTAAGTATTAACTACACAAATGGCGTTATTGCCCGCATTTAAAGTCCCTCATGCATCAACTTTCTGTACGAGTTGA TCAAGCATAAACCATACAAGAAGCTAGTTTCTTTTATGTTATCTTTGGCATTAAAATTTTTAAATCATGTGTGGGTGCAG CTATGGACGAGAATGTCAATATTGAATACAGCAGGCTCACCCAAGTTTAGCAGCGACCGCACCATTCATGAGTATGCCAG GGATATATGGAACATTGAGCCAGTAAAATTGCCGTAG
CDS sequence (LotjaGi2g1v0265100.5) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAATTTTTGCAGGGTAGAGCATTATTAAATGCAATTGGCAACCTAGAGCTAAATGGTCCCTATGCAGAGGCTTTGAG CAAGCTCGGGCATAAATTAGAAGATGTGGCAGGCCAGGAGCCAGATGCTGCACTTGGAAATGGGGGTCTTGGGCGTCTTG CTTCATGTTTCTTGGACTCTTTGGCAACCTTGAATTATCCAGCATGGGGTTATGGATTGAGATATAAGTATGGCTTATTT AAACAGCTCATAACCAAGGATGGGCAGGAGGAAGTTGCTGAAGATTGGCTTGAGATGGGCAGCCCCTGGGAGATTATTAG AAATGACGTCTCATATCCTGTAAAGTTCTATGGGAAGGTTATTTCAGGGTCAGATGGAAAAAAACATTGGACTGGAGGAG AAGATATTAAAGCCATTGCACATGATGTTCCCATACCAGGATATAAAACTAAAACCACAATCAACTTGAGACTTTGGTCT ACGAAAGCTGCATCAGAAGATTTTGATTTATATGCTTTTAATTCTGGAAAGCACACTGAAGCCAACGAGGCTCTTGCAAA TGCTGAAAAGATTTGCTACATACTCTATCCTGGGGATGAATCAACAGAAGGGAAGATCCTTCGCCTGAAGCAACAATATA CTTTATGTTCTGCTTCTCTTCAAGATATCATTGCTCGTTTTGAGAGAAGATCAGGAGCAAGCGTGAATTGGGAAGAGTTT CCTGAAAAGGTTGCAGTGCAGATGAATGATACTCACCCAACCTTATGCATCCCAGAGCTTATGAGAATACTAATAGATGT GAAGGGTTTGAGCTGGAAGGATGCTTGGAATATCACTCAACGGACTGTAGCATACACAAACCATACTGTTCTTCCTGAGG CATTAGAGAAATGGAGCTTGGAGCTTATGCAGAAACTGCTTCCACGTCATGTTGAGATTATAGAAATGATTGATGAGGAG CTTATTCGGACCATAATCGCAGAATATGGCACAGAAGATTCAGAGTTACTGGGAAAAAAGTTGAAGGAAATGAGAATACT AGATAATGTTGAATTGCCTGCAGAATTCGCGGGTATACTGGTTAAGGAGGCCATTGACATTCCTAGTGAGGAGCTGCAAA ATTCTGAACAAGAAGTGGACGAAGAAAATCATGATGAAGAAGTGGAAGAAACAATAGCTAAACAGGATGGGAAAGATAAA ATTTCCATTGAGGATAAGAAAGAAGAGTTGCCTGAGCCAGTACCAGAACCACCTAAAGTGGTTCGTATGGCCAATCTCTG TGTTGTGGGTGGTCATGCAGTGAATGGGGTTGCAGAGATACACAGTGAAATTGTAAAGGATGAAGTGTTCAACGCATTTT ATAAGTTGTGGCCTGAGAAATTCCAAAACAAAACAAATGGTGTGACACCAAGGAGATGGATCAAGTTCTGTAATCCAGAT TTGAGTAAAATAATAACCGAGTGGATAGGCACTGAGGATTGGGTCCTAAATACTGAAAGGCTGTCTGAACTACGAAAGTT TGCAGATAATGAGGATCTACAAATGCAATGGAGGGAAGCAAAGAGGAATAACAAGATTAAAGTTGCAGCATTCCTGAGAG AAAAAACAGGATATTCCGTCAGTCCTGATGCAATGTTTGACATCCAGGTGAAGAGAATCCATGAATATAAGCGGCAATTA ATGAATATTTTGGGAATTGTTTATCGCTACAAGAAGATGAAAGAAATGAGTGCTGCAGAAAGGAAAGAAAAATTTGTTCC AAGAGTTTGCATATTTGGGGGAAAAGCATTTGCTACTTATGTGCAAGCCAAGAGAATTGTGAAATTTATAACAGATGTTG GGGCTACTGTAAATCATGATCCTGAAATAGGAGATCTTCTTAAGGTTATTTTTGTCCCTGATTACAATGTCAGTGTTGCG GAGATGCTTATTCCAGCTAGTGAATTGTCACAGCATATCAGTACTGCTGGAATGGAGGCGAGTGGAACTAGCAACATGAA ATTTGCAATGAATGGATGCATACTGATTGGAACTTTAGATGGTGCCAATGTTGAAATAAGGGAAGAGGTTGGTGCAGACA ACTTCTTCCTCTTTGGTGCCAAGGCTCATGAAATTGCTGGGCTGAGGAAAGAAAGAGCCGAGGGAAAGTTTGTCCCTGAT CCACAATTCGAAGAAGTTAAAGAATTCGTCAGAAGTGGTGTTTTTGGATCTTACAACTATGATGAAATGATTGGATCCTT AGAAGGAAATGAAGGTTTTGGTCGAGCAGATTACTTTCTTGTGGGGAAGGACTTCCCCAGCTACATAGAATGCCAAGAGA AGGTTGATGAAGCTTATAGGGACCAAAAACTATGGACGAGAATGTCAATATTGAATACAGCAGGCTCACCCAAGTTTAGC AGCGACCGCACCATTCATGAGTATGCCAGGGATATATGGAACATTGAGCCAGTAAAATTGCCGTAG
Protein sequence (LotjaGi2g1v0265100.5) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEFLQGRALLNAIGNLELNGPYAEALSKLGHKLEDVAGQEPDAALGNGGLGRLASCFLDSLATLNYPAWGYGLRYKYGLF KQLITKDGQEEVAEDWLEMGSPWEIIRNDVSYPVKFYGKVISGSDGKKHWTGGEDIKAIAHDVPIPGYKTKTTINLRLWS TKAASEDFDLYAFNSGKHTEANEALANAEKICYILYPGDESTEGKILRLKQQYTLCSASLQDIIARFERRSGASVNWEEF PEKVAVQMNDTHPTLCIPELMRILIDVKGLSWKDAWNITQRTVAYTNHTVLPEALEKWSLELMQKLLPRHVEIIEMIDEE LIRTIIAEYGTEDSELLGKKLKEMRILDNVELPAEFAGILVKEAIDIPSEELQNSEQEVDEENHDEEVEETIAKQDGKDK ISIEDKKEELPEPVPEPPKVVRMANLCVVGGHAVNGVAEIHSEIVKDEVFNAFYKLWPEKFQNKTNGVTPRRWIKFCNPD LSKIITEWIGTEDWVLNTERLSELRKFADNEDLQMQWREAKRNNKIKVAAFLREKTGYSVSPDAMFDIQVKRIHEYKRQL MNILGIVYRYKKMKEMSAAERKEKFVPRVCIFGGKAFATYVQAKRIVKFITDVGATVNHDPEIGDLLKVIFVPDYNVSVA EMLIPASELSQHISTAGMEASGTSNMKFAMNGCILIGTLDGANVEIREEVGADNFFLFGAKAHEIAGLRKERAEGKFVPD PQFEEVKEFVRSGVFGSYNYDEMIGSLEGNEGFGRADYFLVGKDFPSYIECQEKVDEAYRDQKLWTRMSILNTAGSPKFS SDRTIHEYARDIWNIEPVKLP
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| Gene3D | 1 | 362 | 362 | 2.4E-164 | – | |
| PIRSF | 1 | 821 | 821 | 1.6E-197 | ||
| PANTHER | 1 | 821 | 821 | 0.0 | ||
| SUPERFAMILY | 1 | 820 | 820 | 2.24E-272 | – | |
| CDD | 1 | 815 | 815 | 0.0 | – | |
| PANTHER | 1 | 821 | 821 | 0.0 | – | |
| Pfam | 26 | 348 | 323 | 1.1E-128 | ||
| Coils | 369 | 389 | 21 | - | – | |
| Pfam | 386 | 815 | 430 | 2.8E-169 | ||
| MobiDBLite | 394 | 416 | 23 | - | – | |
| MobiDBLite | 394 | 415 | 22 | - | – | |
| TIGRFAM | 412 | 815 | 404 | 5.6E-169 | ||
| Gene3D | 417 | 816 | 400 | 6.1E-177 | – | |
| Gene3D | 468 | 800 | 333 | 6.1E-177 | – | |
| ProSitePatterns | 659 | 671 | 13 | - |
GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .
| GO term | Namespace | Name | Definition | Relationships |
|---|---|---|---|---|
| Molecular function | Phosphorylase activity | Catalysis of the reaction: 1,4-alpha-D-glucosyl(n) + phosphate = 1,4-alpha-D-glucosyl(n-1) + alpha-D-glucose 1-phosphate. The name should be qualified in each instance by adding the name of the natural substrate, e.g. maltodextrin phosphorylase, starch phosphorylase, glycogen phosphorylase. | ||
| Biological process | Carbohydrate metabolic process | The chemical reactions and pathways involving carbohydrates, any of a group of organic compounds based of the general formula Cx(H2O)y. Includes the formation of carbohydrate derivatives by the addition of a carbohydrate residue to another molecule. | ||
| Molecular function | Glycogen phosphorylase activity | Catalysis of the reaction: glycogen + phosphate = maltodextrin + alpha-D-glucose 1-phosphate. | ||
| Molecular function | Pyridoxal phosphate binding | Interacting selectively and non-covalently with pyridoxal 5' phosphate, 3-hydroxy-5-(hydroxymethyl)-2-methyl4-pyridine carboxaldehyde 5' phosphate, the biologically active form of vitamin B6. |
Expression pattern of LotjaGi2g1v0265100.5, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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