Browse of TCMCG011C17046 protein

CDS

Accession Number	TCMCG011C17046
gbkey	CDS
Protein Id	XP_021902336.1
Location	join(29406..30098,31591..31705,32421..32521,32782..32799,32801..32874,33467..33602,33721..33789,33948..34049,34823..34921,36935..37045,38647..38853,39059..39166,40452..40547,40664..40720,41061..41207,41300..41359,41474..41578,42265..42426,43046..43119,43426..43549,44272..44363,44639..44759,44838..44990)
Gene	LOC110817923
GeneID	110817923
Organism	Carica papaya

Protein

Length	1007aa
Molecule type	protein
Topology	linear
Data_file_division	PLN
dblink	BioProject:PRJNA264084
db_source	XM_022046644.1
Definition	LOW QUALITY PROTEIN: glycogen phosphorylase 1-like [Carica papaya]

EGGNOG-MAPPER Annotation

COG_category	G
Description	Phosphorylase is an important allosteric enzyme in carbohydrate metabolism. Enzymes from different sources differ in their regulatory mechanisms and in their natural substrates. However, all known phosphorylases share catalytic and structural properties
KEGG_TC	-
KEGG_Module	-
KEGG_Reaction	R02111        [VIEW IN KEGG]
KEGG_rclass	-
BRITE	ko00000        [VIEW IN KEGG] ko00001        [VIEW IN KEGG] ko01000        [VIEW IN KEGG]
KEGG_ko	ko:K00688        [VIEW IN KEGG]
EC	2.4.1.1        [VIEW IN KEGG]        [VIEW IN INGREDIENT]
KEGG_Pathway	ko00500        [VIEW IN KEGG] ko01100        [VIEW IN KEGG] ko01110        [VIEW IN KEGG] ko02026        [VIEW IN KEGG] ko04217        [VIEW IN KEGG] ko04910        [VIEW IN KEGG] ko04922        [VIEW IN KEGG] ko04931        [VIEW IN KEGG] map00500        [VIEW IN KEGG] map01100        [VIEW IN KEGG] map01110        [VIEW IN KEGG] map02026        [VIEW IN KEGG] map04217        [VIEW IN KEGG] map04910        [VIEW IN KEGG] map04922        [VIEW IN KEGG] map04931        [VIEW IN KEGG]
GOs	-

Sequence

CDS:   ATGACTTCACTTACACTGCCTCTCCAAGCCATTGCTCTCCACCAATCGAAGCTCCCATTTGCTTCCGCTCCCAATCGTTTCTCAACTCCTTCTTCCAGAACCTTCTTTGCGTTGCCATTAGTCTACAAATCCATCAAGCTGACTTCTCCTGCCTTCGCTTCCACCGGTGATTCATCGCTCCATTCCACCTCGGTAACCGTCGATGCCGAAGATCCCGCCGCAGATACCGCCACCGAGTTCGTCATCCGCACGCGTAACCGGATCGGTCTCCTCCAGGTCATCACTCGAGTCTTCAATGTCCTTGGGCTCCTCGTCGACCGGGCCGCTATCGAGTTGGAGGGCGATTTCTTCGTTCAGAGGTTCTACGTTACCGATTCCCATGGCAACAAGATTGACGGCCAAGATAACATCGATAGGATCAAAAGAGCGCTGTTCGAGGCTATCGACAGCGGTGGTGATGGGACTACGGGGACGTCCGTGGCAGTGGCGCCTGCGGGAAGAGGGCTCGTGGTTAGGCGCGCGGGGTTCGGGTTAGGGCTCGGAGATGGGAGTGCTAAAGCAGAGCGGATGTTTGGATTGATGGATGCGTTTCTGAAGAACGATCCGGTTAGTTTACAAAAGGATATTTTGCATCATGTTGAGTATACGGTGGCACGATCAAGATTTAGTTTCGATGATTTTGAAGCTTATCAGGCTCTGGCACACAGTGTAAGAGATCGGTTGATTGAGAGATGGCATGATACTCAAATGCACTTCAAGAGGAAAGATCCAAAGCGTCTATATTTTCTCTCACTTGAGTTTCTTATGGGTCGTTCCTTGTCAAATAGTGTAATCAACCTTGGGATTAAAGATCAATATGCAGATGCCTTAAGCCAGCTTGGTTTTGAGTTTGAGGTTGTGGCAGAACAGGAAGGAGATGCTGCCCTTGGCAATGGTGGCCTTGCTCGTCTCTCAGCATGTCAAATGGATTCTCTGGCAACTTTGGACTATCCTGCATGGGGTTATGGATTACGCTACCAATATGGTTTATTCCGTCAGGTTATTTTGGATGGTTTTCAGCATGAACAACCTGATTACTGGTTGAATTTTGGAAATCCTTGGGAGATAGAGCGTGTTCACGTATCATATACAGTGAAGTTCTATGGGATTGTTGAAGAAGAACTCTTGAATGGGGAAAAGTTTCAAGTCTGGGTCCCTGGAGAAACAGTTGAAGCAGTGGCATACGACAATCCTATACCTGGTTTTGGAACAAGGAATACCATCAATCTCCGCCTCTGGGCTGCAAAGCCTAGTGATCAGAGTGATATGGAGTCTTATAATACTGGTGACTACATCAATGCCATTGTCAATAGACAGAGAGCAGAAACAATAAGTAGCGTTTTGTACCCTGATGATCGTTCTTACCAGGGAAAGGAATTGCGGTTGAAACAACAATACTTTTTTGTCTCGGCATCATTACAAGACATCATTAGGAGATACAAAGATAGTCACAATAACTTCGATGACTTTGAAGAAAAGGTTGCTTTGCAGCTAAACGACACTCACCCGTCCCTTGCAATTGCTGAGGTCATGAGAATCCTCATTGACGAAGAGCATTTGGGTTGGGATATAGCATGGAACATTGTACTGAAAATATTTTCTTTTACAACTCATACTGTATCATCTGCAGGACTCGAAAAAATTCCTGTTGATCTACTGGGGACTCTTCTCCCACGCCATTTACAAATTATATATGATATAAACTTCAATTTCATGGAAGATTTGAAGAAAAGGATTGGTCTGGATTATGATCGGTTATCCCGGATGTCAATTGTTGAGGAAGGGGCTGTTAAGAATATTCGAATGGCGAACCTATCAGTTGTTTGCTCTCACACTGTGAATGGCGTTTCCAGAATGCATTCAGAACTACTAAAAACAAGAGTATTCAAGGACTTCTATGAGCTGTGGCCTCAAAAATTTCAGTACAAGACAAATGGTGTAACACAGCGTCGTTGGATTGTTGTGAGCAATCCTAGTTTATGCATTCTTATCTCAAAATGGCTGGGAACAGAAGCTTGGATCCGTGATATTGACCTTTTAGCTGGCTTGCAAGAATATGCTAAAAGTTTGGAGCTCCATCAAGAATGGAAAATGGTCCGGAAAGTTAACAAAATGAGATTGGCTGAGTACATTGAAGCAATGAGCGGTGTGAAGGTCAGTCCAGATGCAATGTTTGATGTGCAGATAAAGCGTATACATGAGTACAAAAGACAGTTGCTTAACATACTAGGCATTATACATCGATATGACTGTATTAAGAATATGGAGAAGAGTGAGAGAAGAAAGGTTGTACCTCGTGTCTGCATTATAGGAGGAAAAGCTGCTCCTGGTTATGAGATTGCAAAAAAGATTATTAAACTTTGTCATGCCGTGGCAGAAATGATAAATAATGATGCTGATGTTGGTGATCTTATAAAGCTGGTTTTTATTCCTGATTACAATGTCTCTGTTGCTGAGTTGGTAATTCCTGCGGCTGACCTCTCACAACACATAAGCACTGCAGGGCACGAGGCATCAGGAACGGGTAGCATGAAATTTTTGATGAATGGATGCTTACTCTTAGCTACGGCAGATGGATCCACTCTTGAAATCATTGAAGAAATTGGTGAAGATAACATGTTTCTCTTTGGCGCTAAAATGCATGAAGTCCCAGCATTGCGTGAGGAAGGATCGACCCTTAAAGTTCCACTGCAATTTGCACGTGTTGTCAGGATGGTTCGGGATGGCTATTTTGGTTACCAGGAATATTTTAGATCATTATGCGATTCTATAGATGGTGGTGGGGACTTCTATCTCCTAGGTTCTGATTTTGAAAGTTATCTAGAGGCCCAGGCTGCTGCAGATAAGACATTCGTGGATCAAGAGAAGTGGACAGAGATGAGCATCCTCAGCACTGCTAGGTCTAGTAGATTCAGTAGTGATAGGACTATCGAAGAGTATGCAGCTGAGACATGGGGAATAGAACCATGCAGATGTCCTTTCTGA

Protein:   MTSLTLPLQAIALHQSKLPFASAPNRFSTPSSRTFFALPLVYKSIKLTSPAFASTGDSSLHSTSVTVDAEDPAADTATEFVIRTRNRIGLLQVITRVFNVLGLLVDRAAIELEGDFFVQRFYVTDSHGNKIDGQDNIDRIKRALFEAIDSGGDGTTGTSVAVAPAGRGLVVRRAGFGLGLGDGSAKAERMFGLMDAFLKNDPVSLQKDILHHVEYTVARSRFSFDDFEAYQALAHSVRDRLIERWHDTQMHFKRKDPKRLYFLSLEFLMGRSLSNSVINLGIKDQYADALSQLGFEFEVVAEQEGDAALGNGGLARLSACQMDSLATLDYPAWGYGLRYQYGLFRQVILDGFQHEQPDYWLNFGNPWEIERVHVSYTVKFYGIVEEELLNGEKFQVWVPGETVEAVAYDNPIPGFGTRNTINLRLWAAKPSDQSDMESYNTGDYINAIVNRQRAETISSVLYPDDRSYQGKELRLKQQYFFVSASLQDIIRRYKDSHNNFDDFEEKVALQLNDTHPSLAIAEVMRILIDEEHLGWDIAWNIVLKIFSFTTHTVSSAGLEKIPVDLLGTLLPRHLQIIYDINFNFMEDLKKRIGLDYDRLSRMSIVEEGAVKNIRMANLSVVCSHTVNGVSRMHSELLKTRVFKDFYELWPQKFQYKTNGVTQRRWIVVSNPSLCILISKWLGTEAWIRDIDLLAGLQEYAKSLELHQEWKMVRKVNKMRLAEYIEAMSGVKVSPDAMFDVQIKRIHEYKRQLLNILGIIHRYDCIKNMEKSERRKVVPRVCIIGGKAAPGYEIAKKIIKLCHAVAEMINNDADVGDLIKLVFIPDYNVSVAELVIPAADLSQHISTAGHEASGTGSMKFLMNGCLLLATADGSTLEIIEEIGEDNMFLFGAKMHEVPALREEGSTLKVPLQFARVVRMVRDGYFGYQEYFRSLCDSIDGGGDFYLLGSDFESYLEAQAAADKTFVDQEKWTEMSILSTARSSRFSSDRTIEEYAAETWGIEPCRCPF