Browse of TCMCG049C20139 protein

CDS

Accession Number	TCMCG049C20139
gbkey	CDS
Protein Id	XP_034906873.1
Location	join(1655852..1656629,1656727..1656979,1658536..1659343,1659980..1660104,1660530..1660614,1660893..1661058,1661155..1661195,1661301..1661571,1661803..1661926,1662136..1662496,1663031..1663390)
Gene	LOC118043128
GeneID	118043128
Organism	Populus alba

Protein

Length	1123aa
Molecule type	protein
Topology	linear
Data_file_division	PLN
dblink	BioProject:PRJNA638679
db_source	XM_035050982.1
Definition	type II inositol polyphosphate 5-phosphatase 15-like isoform X2 [Populus alba]

EGGNOG-MAPPER Annotation

COG_category	U
Description	Type II inositol 1,4,5-trisphosphate 5-phosphatase
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:   ATGGACCCAAACGACGACGTTTTCTTCTCCGTTCACTCTCCATCTTCTCAAATCAACAACAACGATGATTCTTCTTTGTCTTCACCTCCGGTCCGAACGCCCAAGATATTCGACCGTTACATTTCCTCCTCAATCTCATCACCATCCTCATCCGACTACGAGGACGATTTGCAGCCCTCCAACTCCATCTCCTCCTTGGAAGCCTCCAATAAACGCCTCGATTACATGATCCAATTCCTCGACCGCAAACTCTCCAACAACACCACAACCAATACCTCAAACAACGACAGTGTTTCCCACACACACAAAACTCTCGGTTTACCCGAATTCATCGGCAAAGGAGGAGGAGCCGGAATTTTCCGTGTCCCGGTTCGAGCTGCGGTTCACCCATACCGTCCACCGAGTCTCGAAATTCGGCCACATCCATTGAGAGAATCTCAAATTGGTCGGGTTTTGAAAACGATTGTAACCACCGAGAATCAACTATGGGGTGGGAGAGAAAACGGTGCCGTTCAGGTCTGGGAATTGAAGGAAATGTACGGTGGGAGTGATGAAGCGGCGCCGTGCAAGGAGTCTGTGGCTTTGACTTCGGGTTCCGGTGTTACGTGTTTGATTGGTGATGAAGGGAGTCGAGTTGTTTGGAGTGGGCATATAGATGGCAGAATCCGGTGTTGGAAAATGGATCCAGGTCCAGATTCGGATTCAAGTCGGGTCAAGGAGGTCTTGTCTTGGGTCGCACATCGTGGGCCAGTCATGTCCATGATCATGACTTGCTATGGGGATTTGTGGTCGGGATCGGAGGGGGGAGTTATTAAGATATGGCCATGGGAAGAGCTGGAAAAGGCCTTTTCATTCACAGCTGAAGAGAGGCACATGGCTGCATTGTTAGTGGAGAGGTCATTTATTGATCTAAGGAACCAAGTTACTGCGAATGGATTCAGCAATGTGTTGAACTCTGATGTTAAACACTTGCTTTCAGATAACTCTACGGCTAAAGTATGGAGTGCTGGGTTCTTGTCGTTTGCATTGTGGGATGCTCGCACAAGGGAGTTGCTGAAAATGTTTAATATAGATGGTCAGATTGAAAGACTGGACATGTTGTCAGGACAGGACCTTGCCTTTGAAGATGAGATCAAGATGAAAATTGTTTCTGGTTCAAAGAAAGAGAAAATGCAAACTTCATTTGGTTTCTTTCAGCGTTCACGCAATGCTATAATGGGAGCAGCTGATGCTGTTCGTCGAGTTGCTTCTAAAGGTGGCTTGGGAGATGATAATAGGAGAACCGAAGCGCTGATAATAACAAGAGATGGAATGATTTGGACTGGGTGTGCAAACGGCTCACTTGTGCAATGGGATGGAAATGGCAATCGTTTGCAATATTTCCACTATCATTCTGTGGCTGTTCAGTGCTTGTGTACATTTGGTTTGCGAATATGGGTTGGTTATGCAAGTGGTACTGTTCAGTTATTAGACCTTGAGGGTAATCTGCTTGGAGGATGGGTGGCACACAGCAGTCCAGTTGTAAAATTGGCTGTTGGAGCCGGCTATGTTTTCACCTTGGCTAATCATGGCGGTATACGCGGATGGAATGCTATGTCTCCAGGACCCCTTGACAATATGTTGCGTTCAGAGTTAGCTGGAAAAGAATTTTTGTATACAAGGATAGAGAATTTAAAAATATTGACTGGTACATGGAATGTAGCACAAGGAAAAGCTTCACAAGACTCACTTGTGTCCTGGTTAGGTTCTGCTGCTGGGGATGCTGGCATTGTTGTTGTTGGGTTGCAAGAAGTTGAAATGGGTGCTGGTGTGCTTGCAATGTCTGCAGCAAAGGAAACTGTTGGACTGGAGGGCAGTTCTGTCGGGCAGTGGTGGCTAGACATGATTGGCAAAACATTGGATGAAGGGTCAACGTTTGAACGTGTTGGTTCAAGGCAGCTCGCAGGCTTGCTGATTGCCATGTGGGTTAGAAATAGTCTTAAAGCTCATGTGGGGGATGTTGATGCTGCCGCAGTTCCATGTGGCTTTGGACGTGCAATTGGTAATAAGGGTGCTGTTGGTTTGAGGATTAGGGTATATGATCGGGTAATGTGCTTTGTTAATTGCCACTTTGCAGCACATTTAGAAGCGGTTAGTCGTCGGAATGCTGATTTTGACCATGTATATCGGACTATGACCTTTGGCCGACCATCTAATTTCTTCGGTGCTGCAGCCGCTGGCACTTCATCAGCAGCCCAAATGCTTCGCGGTGCAAATGTTATGGGTGCTAACTACTCCCCAGAAGGAATACCCGAGTTATCAGAGGCAGACATGGTTATATTTCTTGGTGATTTTAATTATCGGCTTGATGGTATATCTTATGATGAAGCAAGGGATTTTGTATCTCAGAGATCCTTTGATTGGCTTAGAGAAAAGGACCAACTCCGCACAGAAATGGGAGCTGGAAATGTGTTCCAAGGAATGCGTGAAGCAGTTATTAGATTTCCTCCCACATACAAGTTTGAAAAGCACCAACCTGGTTTAGCAGGGTATGATTCAGGTGAAAAGAAGCGCATCCCTGCCTGGTGTGACAGAGTGCTATATCGTGATAGCCGGTCAGCTCATGTATCTGAATGCAGCTTAGACTGTCCTGTTGTCTCTTTGATATCACAGTATGATGCCTGCATGGATGTGACCGACAGTGATCACAAACCTGTTCGTTGCATATTCAGTATTGATATTGCAAAAGTTGACGAGTCAGTGAGGAGACAAGAGTTTGGAGACATTATGAAATCAAATGAGGAAATTAGATACATAATTGATGAACTATGCAAGATTCCAGAAACCATTGTAAGCACGAACAACATAATCCTTCAAAACCAGGATACAACCATCTTGCGTATCACAAATAAATGCGGGGAAAATTATGCTTTGTTCGAAATTATTTGTGAAGGCCAGTCAATAGTTGATGAAGATGGACAAGCATCAGATCATCATCCAAGAGGTTCCTATGGCTTTCCCCAATGGCTTGAGGTCACTCCAGCTGCTGGCATAATCAAACCAGACCATACTGCTGAGGTGTCAATTCATCTTGAAGATTTCCCCACCGTGAAGGTTTTTGTTGATGGTGCCCCTCAGAATTCATGGTGTGAAGACACCAGGGACAAGGAAGCTATGTTGGTGGTGAAAGTTCAAGCTAGTTACAACACAAATGAGACCAAAACTCATCGGATTCGCGTGCGTCACTGCTGTTCATCACAAACAGCACAACTTGGCACAAGACCAAATGGCTCGGGGCAAATCCAAGGAAATCTTCTCCGCCGGGCTGATTACCAACATCTTAGCAGTTCCTATGACATGGTTAATCACCTGCGCAATTTGCACAGTCCATAA

Protein:   MDPNDDVFFSVHSPSSQINNNDDSSLSSPPVRTPKIFDRYISSSISSPSSSDYEDDLQPSNSISSLEASNKRLDYMIQFLDRKLSNNTTTNTSNNDSVSHTHKTLGLPEFIGKGGGAGIFRVPVRAAVHPYRPPSLEIRPHPLRESQIGRVLKTIVTTENQLWGGRENGAVQVWELKEMYGGSDEAAPCKESVALTSGSGVTCLIGDEGSRVVWSGHIDGRIRCWKMDPGPDSDSSRVKEVLSWVAHRGPVMSMIMTCYGDLWSGSEGGVIKIWPWEELEKAFSFTAEERHMAALLVERSFIDLRNQVTANGFSNVLNSDVKHLLSDNSTAKVWSAGFLSFALWDARTRELLKMFNIDGQIERLDMLSGQDLAFEDEIKMKIVSGSKKEKMQTSFGFFQRSRNAIMGAADAVRRVASKGGLGDDNRRTEALIITRDGMIWTGCANGSLVQWDGNGNRLQYFHYHSVAVQCLCTFGLRIWVGYASGTVQLLDLEGNLLGGWVAHSSPVVKLAVGAGYVFTLANHGGIRGWNAMSPGPLDNMLRSELAGKEFLYTRIENLKILTGTWNVAQGKASQDSLVSWLGSAAGDAGIVVVGLQEVEMGAGVLAMSAAKETVGLEGSSVGQWWLDMIGKTLDEGSTFERVGSRQLAGLLIAMWVRNSLKAHVGDVDAAAVPCGFGRAIGNKGAVGLRIRVYDRVMCFVNCHFAAHLEAVSRRNADFDHVYRTMTFGRPSNFFGAAAAGTSSAAQMLRGANVMGANYSPEGIPELSEADMVIFLGDFNYRLDGISYDEARDFVSQRSFDWLREKDQLRTEMGAGNVFQGMREAVIRFPPTYKFEKHQPGLAGYDSGEKKRIPAWCDRVLYRDSRSAHVSECSLDCPVVSLISQYDACMDVTDSDHKPVRCIFSIDIAKVDESVRRQEFGDIMKSNEEIRYIIDELCKIPETIVSTNNIILQNQDTTILRITNKCGENYALFEIICEGQSIVDEDGQASDHHPRGSYGFPQWLEVTPAAGIIKPDHTAEVSIHLEDFPTVKVFVDGAPQNSWCEDTRDKEAMLVVKVQASYNTNETKTHRIRVRHCCSSQTAQLGTRPNGSGQIQGNLLRRADYQHLSSSYDMVNHLRNLHSP