CDS
| Accession Number | TCMCG073C02971 |
| gbkey | CDS |
| Protein Id | XP_010551673.1 |
| Location | join(10075038..10075824,10076675..10076927,10077178..10077988,10078370..10078494,10078917..10079001,10079323..10079628,10079726..10079993,10080530..10080653,10080897..10081257,10081767..10082123) |
| Gene | LOC104822227 |
| GeneID | 104822227 |
| Organism | Tarenaya hassleriana |
Protein
| Length | 1158aa |
| Molecule type | protein |
| Topology | linear |
| Data_file_division | PLN |
| dblink | BioProject:PRJNA268022 |
| db_source | XM_010553371.2 |
| Definition | PREDICTED: type II inositol polyphosphate 5-phosphatase 15 isoform X1 [Tarenaya hassleriana] |
EGGNOG-MAPPER Annotation
| COG_category | U |
| Description | Inositol polyphosphate phosphatase, catalytic domain homologues |
| KEGG_TC | - |
| KEGG_Module | - |
| KEGG_Reaction |
R04404
[VIEW IN KEGG] R09827 [VIEW IN KEGG] |
| KEGG_rclass |
RC00078
[VIEW IN KEGG] |
| BRITE |
ko00000
[VIEW IN KEGG] ko00001 [VIEW IN KEGG] ko01000 [VIEW IN KEGG] ko04131 [VIEW IN KEGG] |
| KEGG_ko |
ko:K01099
[VIEW IN KEGG] |
| EC |
3.1.3.36
[VIEW IN KEGG]
[VIEW IN INGREDIENT] |
| KEGG_Pathway |
ko00562
[VIEW IN KEGG] ko01100 [VIEW IN KEGG] ko04070 [VIEW IN KEGG] map00562 [VIEW IN KEGG] map01100 [VIEW IN KEGG] map04070 [VIEW IN KEGG] |
| GOs | - |
Sequence
| CDS: ATGGAAGATCGTCGGAGCGATCAAGATGACGACGTCTTCTCCTTCTTCACGACTCCCTACGATTCCACCTCCTCTCCGGCGGAGCCGGCGACTGCAGTCGCTACTCCGTCCAGTATTTTCAACCGTCGCTCGTATTCCTCCTCCTCGTCTTCTTCCGGCGACGAATCTCAGCCTTTTCATCCTTCCATCGACGATACCAACAAGCGCATCGACTACATGATCCAGTTTCTCGACCGGAGGCTCAGCGACCAGGTCAATTTCGACGAGATCGGACCGGTGAGCGGCGGCGTCGGCAGCGATGGAAACGGTTTCGACCGATCCGGTTCGTTACCGGAATTTGTCGGGAAAGGAGGCGGAACCGGGATCTTCAAGGCGCCGGTTAGGTCGGCTGTTCATCCGAACCGGCCGCCGAGTCTGGAGGTGAGGCCGCATCCGTTGAGAGAAAGTCAAATTGACCGGTTCTTGAGGACGATGACGAGCACTGAGAACCAATTGTGGGCTGGAGGTGAAGACGGTGGCGTAAAGGTATGGGAGTTTACTGAATTGTACGGTACCGGCGGTGGTGGGGAGGAAGAGGATTCGGTGCCGTACAAGGAGTCTGCGGCGGCGGGAGCTGGGTCTGCAGTGCTCTGTATGATCGGAGACGCCGGGAGCAGAGTTGTTTGGAGCGGGCACAGAGACGGAAAGATCAGGTGTTGGAAAATGGGGGCTGAGCATGGTTTTGAGGAAGCTTTGTCATGGCAGGCTCACCGTGGTCCTGTTCTCTCCATTGTTATGTCATCTTACGGAGATATATGGTCAGGGTCAGAAGGAGGCGCTATCAGAATTTGGCCATGGGAAGCCCTTGGAAAGTCTCTTTCTCTGACAATGGAAGAAAGGCACATGGCTTCATTATCGGTAGAGAGATCGTATATTGACCCGAGGAACCAGGTTGCGGTCAATGGATATACGAATTCATTGACATCAGACGTTAAGCACCTGCTATCTGATCATACAAGGGCAAAAATATGGAGTGCCAGTCCTATGTCATTTACTTTATGGGATGCTCGCACAAAGGATTTGCTTAAAGTATTCAATATAGACGGGCAGCTTGAGAATCGAGTTGACACTTCACTTTTTCCTGATTTTGGAGCTGAAGAAGAGGTGAAGATGAAGATTGTAACTGTCACAAAAAAAGAGAAAACACAATCTTCTCTTGGTTTCTTTCAGCGCTCTCGCAATGCACTTATGGGAGCTGCTGATGCTGTTCGTCGTGCGGCAGCTAAAGGGGGGCTTTGTGATGATAATAGGAGAACTGAGGCAATTGTCATATCAGTTGATGGAATGATTTGGACTGGAAGTGCAAATGGTACGCTTGTACGATGGGACGGAAATGGTGGCCGTTTGCAAGAGTTCTCGTACCAGTCTTCTGGTGTTCTCTGTTTGTGCACGTTTTGTTCTCGACTGTGGGTTGGTTATTCCAATGGTACTGTTCAGGTATTGGACCTCGAGGGAAACCTGCTTGGAGGATGGGTAGCACATAGTGGTCCTGTAACAAAAATAGCAGTTGGGGCTGGTTATGTATTCACCCTTGCAAATCATGGGGGTATACGAGGATGGAATGTTACATCTCCTGGTCCCCTTGACAATGTCTTGCGAGCAGAGTTGGCTGGAAAAGAGTTTCTATACACAAGGATAGAGAATTTGAAAATATTAACGGGTACATGGAATGTTGGACAAGGGCGAGCATCAACCGACTCACTTGTGTCCTGGTTAGGCTCTGCTGCATCTGGAGTTGAGGTCGTAGTAGTTGGGTTGCAAGAAGTTGAAATGGGAGCAGGGGTTCTTGCAATGTCGGCGGCAAAAGAAACTGTGGGGCTTGAAGGTAGTTCGCTTGGGCAGTGGTGGCTGGATATGATCAGCAGAACTTTGGATGAGGGTTCAACGTTTGGACGCGTTGGCTCTAGACAGCTGGCAGGGTTGCTCATTGCTGTCTGGGTTAGAAACAATCTCAAACCTCATGTTGGAGATATTGACGCTGCTGCAGTTGCATGTGGTTTTGGGCGAGCAATTGGTAACAAGGGAGCTGTAGGCTTGCGACTCAGAGTTTATGATCGAGTAATGTGCTTTGTCAATTGTCATTTTGCTGCACATCTCGAAGCCGTTAACCGTCGGAACGCTGACTTTGATCATGTTTATCGGACAATGGCCTTTTCACGGCAATCTAATGGGAATTCCGGGGCTGGTATGCTGCCATATCTATTTCTGTCATGCTGTGTTGCCTACTCCGTTTATCAATTTTGGCCTATTCATTGGTCTCTCTTGTTATTGGTCTCCTCCATTGCAGCTGGTGCTTCATTTGGAGTTTCAGTGCCTCGTGGGGGAAATGCTGTGGGTGTTGGCACAGTTGAACCAATGCCAGAGTTATCTGAGGCAGACATGGTCATATTTCTTGGAGATCTTAATTATCGTTTGGATGATATAACTTATGACGAAGCAAGGGATTTTATTTCTCAAAGATGCTTTGATTGGCTAAGAGAAAAGGATCAGCTACATGCTGAAATGCAAGCTGGGAATGTATTTCAAGGGATGCGTGAAGCAGATATCAGGTTCCCTCCCACGTACAAGTTCGAAAGACACCAAGCTGGTCTAGCAGGATATGATTCCGGGGAAAAGAAGCGTATTCCTGCATGGTGTGACAGGATTCTATATCGAGATAGCAGGAAAAATTCGGGATCTGATTGCAGTTTGGAGTGTCCCATTGTCTCTTCTGTATCACAGTATGATGCCTGCATGGATGTGACAGACAGTGATCACAAGCCAGTTCGCTGTGTCTCTAGCATCAAGATAGCTCGTGTCGACGAATCGATCAGGAGACAAGAATTCGGGGAAATCATGCGCTCGAACAAGAAAATCAAAGTAATGCTTGGAGAGTTAAGCAAGGTTCCAGAAACAATCGTTAGTACCAACAATATAATCCTCCAAAACCACGACACTACTCTTTTGCGTATTACGAATAAAAGCGAGAAGAATAGTGCTTTCTTCGAAATAATCTGCGATGGTCAGTCTCATATCAAGGAGGATGGTCACGCATATGATCACCATCCAAGAGGCTCCTTCGGGTTTCCCCAATGGCTTGAGGTTTATCCGGGAACAGGTATAATCAAGCCAAACCATATAGCGGAAGTTTCGATACATCTCGAGGACTTCCCGACAGTGGAAGAGTTTGTGGACGGCGTTCCTCAAAACTCGTGGTGTGAGGATGTCCGAGACGAGGAAATCATATTAGTGGTCAAGGTCCGGGGCCGCTTCTCTACCGAAACACGAAACCACAGAATCCGCGTGCGTCACTGCCTGTCCGCAGCAAGAAAATCAGGCCAACGATCCGAAAACCCCATGGGAAAAGCCCCGGTTAACGTCCTACCGAGATCGGACTACCAACGGTTTAGCAACACACACGACATGGTCGAGCAGTTAAGGAACTTGCATAGTCCGTAG |
| Protein: MEDRRSDQDDDVFSFFTTPYDSTSSPAEPATAVATPSSIFNRRSYSSSSSSSGDESQPFHPSIDDTNKRIDYMIQFLDRRLSDQVNFDEIGPVSGGVGSDGNGFDRSGSLPEFVGKGGGTGIFKAPVRSAVHPNRPPSLEVRPHPLRESQIDRFLRTMTSTENQLWAGGEDGGVKVWEFTELYGTGGGGEEEDSVPYKESAAAGAGSAVLCMIGDAGSRVVWSGHRDGKIRCWKMGAEHGFEEALSWQAHRGPVLSIVMSSYGDIWSGSEGGAIRIWPWEALGKSLSLTMEERHMASLSVERSYIDPRNQVAVNGYTNSLTSDVKHLLSDHTRAKIWSASPMSFTLWDARTKDLLKVFNIDGQLENRVDTSLFPDFGAEEEVKMKIVTVTKKEKTQSSLGFFQRSRNALMGAADAVRRAAAKGGLCDDNRRTEAIVISVDGMIWTGSANGTLVRWDGNGGRLQEFSYQSSGVLCLCTFCSRLWVGYSNGTVQVLDLEGNLLGGWVAHSGPVTKIAVGAGYVFTLANHGGIRGWNVTSPGPLDNVLRAELAGKEFLYTRIENLKILTGTWNVGQGRASTDSLVSWLGSAASGVEVVVVGLQEVEMGAGVLAMSAAKETVGLEGSSLGQWWLDMISRTLDEGSTFGRVGSRQLAGLLIAVWVRNNLKPHVGDIDAAAVACGFGRAIGNKGAVGLRLRVYDRVMCFVNCHFAAHLEAVNRRNADFDHVYRTMAFSRQSNGNSGAGMLPYLFLSCCVAYSVYQFWPIHWSLLLLVSSIAAGASFGVSVPRGGNAVGVGTVEPMPELSEADMVIFLGDLNYRLDDITYDEARDFISQRCFDWLREKDQLHAEMQAGNVFQGMREADIRFPPTYKFERHQAGLAGYDSGEKKRIPAWCDRILYRDSRKNSGSDCSLECPIVSSVSQYDACMDVTDSDHKPVRCVSSIKIARVDESIRRQEFGEIMRSNKKIKVMLGELSKVPETIVSTNNIILQNHDTTLLRITNKSEKNSAFFEIICDGQSHIKEDGHAYDHHPRGSFGFPQWLEVYPGTGIIKPNHIAEVSIHLEDFPTVEEFVDGVPQNSWCEDVRDEEIILVVKVRGRFSTETRNHRIRVRHCLSAARKSGQRSENPMGKAPVNVLPRSDYQRFSNTHDMVEQLRNLHSP |