Browse of TCMCG024C15503 protein

CDS

Accession Number	TCMCG024C15503
gbkey	CDS
Protein Id	XP_021988302.1
Location	join(21000..21219,21907..22022,22363..25671,26413..26540,26961..27027,27380..27467,27586..27755,29053..29196,29282..29410,29758..29937)
Gene	LOC110884907
GeneID	110884907
Organism	Helianthus annuus

Protein

Length	1516aa
Molecule type	protein
Topology	linear
Data_file_division	PLN
dblink	BioProject:PRJNA396063
db_source	XM_022132610.2
Definition	protein P200 isoform X1 [Helianthus annuus]

EGGNOG-MAPPER Annotation

COG_category	T
Description	phosphatase 2C
KEGG_TC	-
KEGG_Module	-
KEGG_Reaction	-
KEGG_rclass	-
BRITE	ko00000        [VIEW IN KEGG] ko01000        [VIEW IN KEGG] ko01009        [VIEW IN KEGG]
KEGG_ko	ko:K17508        [VIEW IN KEGG]
EC	3.1.3.16        [VIEW IN KEGG]        [VIEW IN INGREDIENT]
KEGG_Pathway	-
GOs	GO:0005575        [VIEW IN EMBL-EBI] GO:0005622        [VIEW IN EMBL-EBI] GO:0005623        [VIEW IN EMBL-EBI] GO:0005737        [VIEW IN EMBL-EBI] GO:0009507        [VIEW IN EMBL-EBI] GO:0009536        [VIEW IN EMBL-EBI] GO:0043226        [VIEW IN EMBL-EBI] GO:0043227        [VIEW IN EMBL-EBI] GO:0043229        [VIEW IN EMBL-EBI] GO:0043231        [VIEW IN EMBL-EBI] GO:0044424        [VIEW IN EMBL-EBI] GO:0044444        [VIEW IN EMBL-EBI] GO:0044464        [VIEW IN EMBL-EBI]

Sequence

CDS:   ATGTCAAATCGATGCTCTAATCTATGTAATTCCAGATCATTCTCTCTCTATACACCGTTTCTCGCACCTCTAAAACCCTATGCCACCACTCGCCGCCCATTTTTCCCCTTTCCACACAGTTTTATATTGATTGGTAGAAGATGGAGACGCGGATCATCGTCTGTTCGGCTGAAAGTAGCTGCTCAATCGTCATCGGATGTTGTTCTCATTGCAACAAAAGTTCATAGTGATGGTAGTTTAGTGTTCCGGTTTGGGGATGCTTCTGAGGTGGTGGAAAATGATGATGTGGAGGAAGAGATAGAGAGCCAAACTGAACTAGAAAGTAGTGTTGTGAAGGTATTAGATGGAGATCAGGATAGACAAGTTATCATAGAGACAGGTGATAGCGGATATGATAGTGTGGAGGGGAGACTTGTTGAGGTAGCTGATGAAATAAGGAATGCAGATATAGAAAGTGACATTGATGAAAGTGTGACCTATGATATCACGGATTTGGAAGATAATAATGCAGAATCAAGTGAGAGATTGTCAGAAATATCTGAAAATGAAGTTTGTGTATCTCAATCTGATGTTAATTTGGATGATTCTATGAAAGTTGTAGAGAGCACACTTGATGAAGCCAGATTAAGTGTTCAGCTCGATGAGGAAGAGAGTTCAGACACAATTCTGGACCTTCTTGATGACACTCCAGACATAGAAAAACGTGCAGATCCCGAAGGAACATTTTTAAATGGTACTGATGATAACACTGTGGATCCATCAGTTTCTATTGAGCTTGAAAGTACGCACGTTTCAGAAAATGAAGTCATGGATGATTTGGACAATGTGGAAGCTGAAGATACTAGCAAAAGTGATACAGAAGATGTTTCCGTTGAGCTTGAATGTACACAAGTTTTGCCAACTGAACTCATAGATGATTTGGACAAGGTGGAAGCTGAAGATACCAGCAAAAGTGTTACAGAAGATGTTTCTGTTGAGCTTGAAAGTACGCAAGTTTTGCAAACTGAACTCATGGATGATTTGGACAAGGTGGAAGCTGAAGATACCAGCAAAAGTGTTACAGAAGATGTTTCTGTTGAGCTTGAAAGTACGCAAGTTTTGCAAACTGAACTCATGGATGATTTGGACAATGTGGAAGCTGAAGATACTAGCAAAAGTGATACAGAAGATGTTTCCGTTGAGCTTGAAAGTACACAAGTTTTGCAAACTGAACTCATGGATGATTTGGACAAGGTGGAAACTGAAGATTCTAGAAAAAGTGATACAGAAGAAATAAAACCTTCTGCAAATGAGGGTACGGATGAAGAGTTGAAAGATATAATCATTGATGAGGGCACTATGATAGATGAGGTGTCCCCATCCAAGTCATTAGATGTTCAATTGACGGGTGCTGTAAATGAGGATGTGGAAGAAGAATTACAAGATATGAACTTAAATGAAGCTACTATCATAGATGAGATACCATCATCTGATCAATTAGCAGTTGAACTAACTTTAGATGAGGTAAACCAGATTCAATCTGTCAAGGATCAGACTACGGAAGATGAGTTGCAAGAAGTGAGCACTGAAAACAGGGAGGAAAATGATGTTGCTTATGTCGTGCCTGTTTCCGCTGTAGAAGAGGCAGAAATAATTGTAGAAGAGGAAGTAAGCCAGCCCCAATCTACCCCTCTTGAGCTCAAGCCTGCTATTCAAGTTCTAGATCCTGACCTTCAGGATACTATAGGACAGGATCTAGATAATGGAATTTTACAAGATGACAATGGTATTAAGGTACCATCAGATTCTGTCAAGCTCGAAGCTACTCAAGTTTCAGATAATGAAGTGACGGATGTTACACAACCATATGGTGAGGATGAGTCACAAGTGGCGGACAATGATACAAATGACTTACTGCGTCCTGCAACCATGCATGTTTCAGATGTTGATATTGATGAAAAGTCGCAAGATACGAACATTAGTGAAGGTACTTTCATAGATGAGATGCCAACACCTGCTCCATTAGGATCTGAACCGACTTTAGAAGTTCTAACTAATAAAGGCATGAATGTTGATATGGATGAAAGGTTACAAGATATGACCATTAGTGAGGGTACTTTAATAGATGAGATACCAACATCTAATCTATTAGGAGCCGAACCAACTCTAGAAATTGCAGCTACTAAAGACATGGATCTTAAGGATATTGATACGGATGAAAGGTTGCAATATAAGAACGTTAGAGAGGATACTCTCATAGATGAGACGCCAACATTTGATCCATTAGGAGCTGAACCAACTTTAGAAGCTTCAACTACTAAAGACAAGAATGTTAATGATGTTAATACGGATCAAACGTTGCAAGATATGAACATTAGTGAGGGTACTTTCATTGATGAGTTGCCAACATCTGATCCATTAGGTTCTGAACCAACGTTAGCAGTTTCAACTACTAAAGGCATGGATGTTTCAGATGTTGATATGGATGAAAAGTTGCAAGATATGAACATTAGTGAAGGTACTTTCATAGATGAGATGCCAACACCTGATCCACTAGAATCTGAACCGAGTTTAGAAGTTTCAACTAATAAAGGCATGAATATTGATTTGGATGAAAGGTTGCAAGATATGAACATCAGTGAGGGTCCTTTCATACATGAGATCCCAGCATCTGATCCACTAGGAGCTGAACCAACTTTAGAAGTTTCATCTAACGAAGGCATGGATATTAAGGATCCGACTGTGGAAGATGAGTTGCAACTAGTGAGCAACGATGTTGATATGGATGAGAGGTTGCAAGATATGAACATCAGTGAGGGTACTTTCACAGATGAGATCCCAGCATCTGATCCACTAGGAGCTGAACCAACTTTAGAAGTTTCATCTGATGAAGGCATGGATATTAAGGATCTGGCTGTTGAAGATGAGGTGCAACTAGTGAGCAATGATAATATGGGTGAGAATGAAATTGCAGATGTGCTGCCTGCAGAAGCAATTCTAGAAGAAGAGGTATTCCAGCCCCATTTAAAACCTATTGAACTCGAGGCTACCATGCCAGTTTCAGATATCGAAGCTCAGGATGCTAAAGGTCAGAATCTAGATGATGAGATTTTACCGGTCATCAATGAGGATGCAGAGCAACTGTCACATCAATTAGAATCCGAACCTGTTCAAGATGAGGGAGTAAAAAGGTTGCAAGATATGAACATCAGTGAGGATAAGTTCATAGGTGAGATACCAACATCTGATCCATTAGGAACTGAATCAATGTTAGAAGGCTCAACTACTGAAGACAAAGATGTTAAGGATCTGGCTGTTGAAGATGAGTTGCAACTGGTGAGCAATGATAAGACGGAGGAGAATGAAATTGCAGATGTAATGCCTGCAGAACCAATTCTAGAAGAAGAGGTAAGCCAGCCCCAATTAACACCTGTTGAACTCAAGGATACTATGCAAGTTTCAGATATCAAAGTTCAGGATGCTACAGGTCAGAATCTAGATGATGAGATTTCACAGGTTATGAATGAGGATGCTGGTGACGGTTACATTGAGGATGTAGAGCCATCACCCCATGAATTAGAATCCCTTCTTGTTCAAGACGAGGGAGTAAAAGACAACATGTTAGCACAGCGTGACGAATCGGATGCAGTGGAAAGCTCAATCTTGCTGATAAAAGATGCCCATGACCTACTACCGGAAGCAGAAAGAACCGAGGACGTGGTAGATAGCAGTGAACTTGCTGAAGTATCAGAAGTTACTGCATTCCTGTTAGCAGCTGAAGCTGAAGTGGAAAGGGAGGAGATTTATCTCACAGACGATTTCCTGTTATCTGGTGCGGCTTTGTTGGAACATCCATCTAAGGCATTGACAGGTGGAGATGATGCCTATTTTGTGGCTGGCAGCAAATGGCTAGGGGTGGCTAGTGGAGTTAGCCAGTGGTCATTTGAAGGCACTGGTCCAGGAGTTTACGCCCAAGAGCTCATGAGGACTTGTGAAGAGATTGTGTTGGATACCTGCAACGTTCCAGTGACTAACCCTGTTGAACTTCTTTGTAGAGGTGTCAAAGAAACAAATATGTCAGGTTCCTCCAATGTTTTACTTGCCAACTTCAATGGTCAGGTTCTTCATGTAGCTAATATAGGAGACACGGGATTTTTGGTAATAAGACATGGTGCTATTTATAAGAAGTCTTCTCCATCGCTTCACGAGTTCCATTTTGCATTGCAAGTTGAAGACTCTGACGACCCCTTGCAACTTGTGGAGGAATCCTTAATTGAACTAGAGGTCGGTGACATAGTTATATCTGCTACAGATGGACTTTTTGACAATCTTTATGAAAGAGAGATAACCATGATTGTCTCCAAGTCATTGCAAGCTGGGATGAAACCGAAGGAAATTGCTAACATATTGGCAACAAGAGCACAAGAGGTAGGGAAGTCTTCATTTGTAAGAAGTCCGTTCTCAGACGCTGCACAGGCTGCTGGATACACTGGATATGCTGGTGGCAAGCCGGATAATGTGGCAGTGATTGTGTCTTTGGTGGAAAAAGGATCCAACCTTCTTGCAGTGTAA

Protein:   MSNRCSNLCNSRSFSLYTPFLAPLKPYATTRRPFFPFPHSFILIGRRWRRGSSSVRLKVAAQSSSDVVLIATKVHSDGSLVFRFGDASEVVENDDVEEEIESQTELESSVVKVLDGDQDRQVIIETGDSGYDSVEGRLVEVADEIRNADIESDIDESVTYDITDLEDNNAESSERLSEISENEVCVSQSDVNLDDSMKVVESTLDEARLSVQLDEEESSDTILDLLDDTPDIEKRADPEGTFLNGTDDNTVDPSVSIELESTHVSENEVMDDLDNVEAEDTSKSDTEDVSVELECTQVLPTELIDDLDKVEAEDTSKSVTEDVSVELESTQVLQTELMDDLDKVEAEDTSKSVTEDVSVELESTQVLQTELMDDLDNVEAEDTSKSDTEDVSVELESTQVLQTELMDDLDKVETEDSRKSDTEEIKPSANEGTDEELKDIIIDEGTMIDEVSPSKSLDVQLTGAVNEDVEEELQDMNLNEATIIDEIPSSDQLAVELTLDEVNQIQSVKDQTTEDELQEVSTENREENDVAYVVPVSAVEEAEIIVEEEVSQPQSTPLELKPAIQVLDPDLQDTIGQDLDNGILQDDNGIKVPSDSVKLEATQVSDNEVTDVTQPYGEDESQVADNDTNDLLRPATMHVSDVDIDEKSQDTNISEGTFIDEMPTPAPLGSEPTLEVLTNKGMNVDMDERLQDMTISEGTLIDEIPTSNLLGAEPTLEIAATKDMDLKDIDTDERLQYKNVREDTLIDETPTFDPLGAEPTLEASTTKDKNVNDVNTDQTLQDMNISEGTFIDELPTSDPLGSEPTLAVSTTKGMDVSDVDMDEKLQDMNISEGTFIDEMPTPDPLESEPSLEVSTNKGMNIDLDERLQDMNISEGPFIHEIPASDPLGAEPTLEVSSNEGMDIKDPTVEDELQLVSNDVDMDERLQDMNISEGTFTDEIPASDPLGAEPTLEVSSDEGMDIKDLAVEDEVQLVSNDNMGENEIADVLPAEAILEEEVFQPHLKPIELEATMPVSDIEAQDAKGQNLDDEILPVINEDAEQLSHQLESEPVQDEGVKRLQDMNISEDKFIGEIPTSDPLGTESMLEGSTTEDKDVKDLAVEDELQLVSNDKTEENEIADVMPAEPILEEEVSQPQLTPVELKDTMQVSDIKVQDATGQNLDDEISQVMNEDAGDGYIEDVEPSPHELESLLVQDEGVKDNMLAQRDESDAVESSILLIKDAHDLLPEAERTEDVVDSSELAEVSEVTAFLLAAEAEVEREEIYLTDDFLLSGAALLEHPSKALTGGDDAYFVAGSKWLGVASGVSQWSFEGTGPGVYAQELMRTCEEIVLDTCNVPVTNPVELLCRGVKETNMSGSSNVLLANFNGQVLHVANIGDTGFLVIRHGAIYKKSSPSLHEFHFALQVEDSDDPLQLVEESLIELEVGDIVISATDGLFDNLYEREITMIVSKSLQAGMKPKEIANILATRAQEVGKSSFVRSPFSDAAQAAGYTGYAGGKPDNVAVIVSLVEKGSNLLAV