Browse of TCMCG061C01332 protein

CDS

Accession Number	TCMCG061C01332
gbkey	CDS
Protein Id	XP_041989764.1
Location	join(9230475..9230507,9230776..9230845,9231446..9231590,9231682..9231839,9232410..9232675,9232780..9232998,9233084..9233192,9233293..9233408,9233602..9233700,9234980..9235089,9235822..9235896,9236364..9236442,9236552..9236701,9236803..9236883,9236972..9237091,9238137..9238259,9238463..9238540,9238626..9238714,9238860..9238968,9239352..9239420,9239512..9239622,9240397..9240452,9240570..9240747,9240827..9240928,9241045..9241116,9241268..9241333,9242092..9242157,9242383..9242469,9242588..9242704,9242838..9242912,9243061..9243147,9244192..9244233)
Gene	LOC121741127
GeneID	121741127
Organism	Salvia splendens

Protein

Length	1118aa
Molecule type	protein
Topology	linear
Data_file_division	PLN
dblink	BioProject:PRJNA737421
db_source	XM_042133830.1
Definition	ubiquitin C-terminal hydrolase 13-like isoform X1 [Salvia splendens]

EGGNOG-MAPPER Annotation

COG_category	O
Description	Belongs to the peptidase C19 family
KEGG_TC	-
KEGG_Module	-
KEGG_Reaction	-
KEGG_rclass	-
BRITE	ko00000        [VIEW IN KEGG] ko00001        [VIEW IN KEGG] ko01000        [VIEW IN KEGG] ko01002        [VIEW IN KEGG] ko04121        [VIEW IN KEGG]
KEGG_ko	ko:K11838        [VIEW IN KEGG]
EC	3.4.19.12        [VIEW IN KEGG]        [VIEW IN INGREDIENT]
KEGG_Pathway	ko04068        [VIEW IN KEGG] ko05168        [VIEW IN KEGG] ko05169        [VIEW IN KEGG] ko05203        [VIEW IN KEGG] map04068        [VIEW IN KEGG] map05168        [VIEW IN KEGG] map05169        [VIEW IN KEGG] map05203        [VIEW IN KEGG]
GOs	-

Sequence

CDS:   ATGACTGTCATAGCCTCTCCCGCCCCGAATGAGCAAGAGGATGAGGACATGTTAGTTCCTCGATCAGATTTGGTGGAAGGGGCTCTGCCAATGGGAGCGGAAGCACCAGAAGCAACAGAAAATAATGTGGAAAACCAGCCAACAGAGGATCCCCGCACAGCAAAATTTACTTGGAAGATCGAATTTTTTTCCAAGATAACTACTAAGAAGCTCTATTCTGGAATATTTGATCTCGGTGATTATAAATGGCGGATTCTTATTTTTCCGAAGGGGAACAATGCTGATCAATTATCCATGTATCTGGATGTTGCTGATTCTGCCGGTTTACCTTATGGATGGACTAGATATGCCCATTTCAGTTTGGCTATTGTGAATCAAGTCCATAGCAAGTATTCAGTCCGAAAGGAAACACAACATCAATTCAGTGCCCGAGAAAATGATTGGGGCTTTACAGCTTTTATGCCACTTCGTGATCTTCATGATCCTAGCAGGGGTTATCTTGTCAATGACACCTGTATAGTTGAAGCTGAGGTTGCGGTGTACAAAGCTATGGATCCATGGCTATATGATTCGAAGAAAGAAACTGGTTTCGTAGGACTGAAAAACCAAGGGGCTACCTGCTATATGAACTCTCTTCTCCAAACTCTGTACCATATTCCTTTCTTCAGAAAGGTTGTGTACCATATGCCTACTAATGTTATTGATATGCCATCTGCAAGTATCCCTCTGGCTCTGCAGAGTTTATTTTACAAGCTACAGTACAGCGATAATAGTGTTGCAACAAAGGAGTTGACAAAATCCTTTGGATGGGACACCTATGATGCTTTCTTGCAACATGATGTACAAGAACTCAATAGAGTGCTTTGCGAGAAGCTTGAAGAGAAAATGAAGAGAACCATTGTGGAAGGTGCCATACAACAGTTATTTGAAGGGCACCATATGAACTACATCGAGTGCATAAATGTAGATTACAAATCCAGTAGAAAAGAGTCATTCTATGATCTTCAGCTCGATGTCAAAGGCTGTGATGATGTCTATGCTTCTTTTGACAAATATGTTACGGTTGAACATCTAGATGGAGATAACAAATACCATGCTGAACAGCATGGTTTGCAGGATGCTAAGAAAGGAGTGCTATTCATTGACTTTCCCCCAGTTCTCCAGCTTCACTTAAAGCGGTTTGAATACGACTTTGTGCGTGATGTTATGGTAAAGATAAATGATCACTATGAGTTTCCTCTTCAACTTGATCTTGATAGAGATGATGGAAAGTACTTGTCACCTGATGCTGATAGAAGAGTTCATAACCTATATACACTTCACAGTGTTTTGGTCCATAGTGGTGGTGTGCACGGTGGTCACTATTATGCCTTTATACAGCCTACTCTTTCCAGCCAGTGGTATAAGTTTGATGATGAACGAGTGACAAAAGAAGATATGAAGAAGGCATTAGATGAGCTGTATGGCGGTGAAGAAGAACACCTGATGCAGACAAACCAGGGAATCAATAATACTCCCTTCAAGTTCACCAAACACTCAAATGCTTATATGCTGGTGTATATACGTGAAAGTGACAAGGATAAAATCATGTGTCATGTCGATGAAAAGGATATTGCCGAGCATCTTAGGGAGAGGCTGAAGAGAGAACAAGAAGAAAAAGAACAAAAGAAGAAAGAAAAAGCTGAAGCACATCTTTACACTATTGTAAAGGTAGTATGTGATGAAGACTTTGTTTGGCAGATTGGAAGAAACGTTTTTTTTGATTTAGTGGATCATGATAAAGTTAGGAGCTTCCGTGTCCAGAAGCTGATGCCATTTAATGTTTTTAAGGAAGAGGTTGCAAATAAATTTGGTATACCTGTGCAATTACAACGCTTCTGGCTGTGGGCAAAACGGCAAAATCACACTTATCGTCCTAACCGTCCATTGACACAGTCTGAGGAAGCACAGACTGTTGGGTATCTGAGGGATATGTCTAATAAAGCTCAGAATGCAGAGTTGAGGCTATTCTTAGAGTTAGAACGTGGGCCGGACTCCCGGCCTATCCCTCTCCCTAATAAGGCAAAAGATGACATTCTGTTATTCTTCAAGCTTTATGATCCAGAAAAGGAAGAGCTTAGATATGTTGGTAGACTTTTTGTGAAGAGCTTTGGGAAGCCGGTAGATATCTTGACTAGACTAAATGAGATGGCTGGCTATGCTCCTGAGGAAGATATTGAGCTTTATGAGGAAATAAAATTTGATCCTAATGTGATGTGTGAACATATCCAGAAGATACTCCCTTTTAGGTCTAGCCAGCTTGAGGATGGGGACATAGTTTGCATTCAGAAGTCCCTTCCAAGCGAAGCTCTCCAGCAACTTCGTTGCCCAGATGTTCGGTCATTCTTTGAGTACCGCCATAATCTCCAAGTTATTCATTTTCGGTCCCTAGAAAAGCCTAAAGATGATGAATTTTGTTTACAACTGTCAAAGCTTGACACATATGATGAAGTTGTAGAGAAAGTGGCTCTCCAACTTGGAGTAGATGATCCTTCTAAACTTAGACTTACGTCATGCAATTCATACACTCAACAACCAAAACCTCATCCTATAAAGTATAGAGGAGTAGATAATTTGCTAGATATGTTGCTGCAGCACAATCAGACTTCTGATATATTGTACTATGAAGTCCTGGATATGCCTCTGCCAGAATTGCAAGGCTTAAGAACGCTCAGAGTGGCTTTCCATCACGGGACATATAACGAAGCGGAAATTCACAATGTTAGACTGCCTAAGGATAGCACTGTGGCTGATTTGCTTGATGATCTCAGGATAAAGGTTCAGTTGTCTCGTCCCGATGCAGAACTCAGACTGCTGGAAGTATTCACCCACAAGATCTACAAGATATTTTCTTCAGGGGAAAAGATAGAGAGCATAAATGACAACTATTGGACTTTACGAGCTGAAGAGATACTTGAAGAAGAGAAACATCTTGGTCGTCATGATTGCTTGATTCATGTTTATCACTTTATGAATGAAGAAAATCAGAACCAAGTGAAAATTCAGAATTTTGGTGAGCCCTTTTTATTGGTCATTCATGCAGACGAGATTTTAGCTGATCTCAAGATTCGTGTTCAGAAAAAGTTATGTGTATCAAATGAGGAGTTCTCTAAGTGGAAATTTGCTTTTGTTTCACAAGGTCAAACTGAGTACCTAGAGGATTCAGAAATTTTGTTTACTCGATTCCAGACAAGCAGCATGTATATTGCTTGGGAGCAGTATCTTGGGCTGGAACACATAGATAATGCCCCAAAAAGGCCTCTTGCAGCTAATCAGTACCGCCCACCATTCGAGAAGGCTGTGAAGATATACAATTAA

Protein:   MTVIASPAPNEQEDEDMLVPRSDLVEGALPMGAEAPEATENNVENQPTEDPRTAKFTWKIEFFSKITTKKLYSGIFDLGDYKWRILIFPKGNNADQLSMYLDVADSAGLPYGWTRYAHFSLAIVNQVHSKYSVRKETQHQFSARENDWGFTAFMPLRDLHDPSRGYLVNDTCIVEAEVAVYKAMDPWLYDSKKETGFVGLKNQGATCYMNSLLQTLYHIPFFRKVVYHMPTNVIDMPSASIPLALQSLFYKLQYSDNSVATKELTKSFGWDTYDAFLQHDVQELNRVLCEKLEEKMKRTIVEGAIQQLFEGHHMNYIECINVDYKSSRKESFYDLQLDVKGCDDVYASFDKYVTVEHLDGDNKYHAEQHGLQDAKKGVLFIDFPPVLQLHLKRFEYDFVRDVMVKINDHYEFPLQLDLDRDDGKYLSPDADRRVHNLYTLHSVLVHSGGVHGGHYYAFIQPTLSSQWYKFDDERVTKEDMKKALDELYGGEEEHLMQTNQGINNTPFKFTKHSNAYMLVYIRESDKDKIMCHVDEKDIAEHLRERLKREQEEKEQKKKEKAEAHLYTIVKVVCDEDFVWQIGRNVFFDLVDHDKVRSFRVQKLMPFNVFKEEVANKFGIPVQLQRFWLWAKRQNHTYRPNRPLTQSEEAQTVGYLRDMSNKAQNAELRLFLELERGPDSRPIPLPNKAKDDILLFFKLYDPEKEELRYVGRLFVKSFGKPVDILTRLNEMAGYAPEEDIELYEEIKFDPNVMCEHIQKILPFRSSQLEDGDIVCIQKSLPSEALQQLRCPDVRSFFEYRHNLQVIHFRSLEKPKDDEFCLQLSKLDTYDEVVEKVALQLGVDDPSKLRLTSCNSYTQQPKPHPIKYRGVDNLLDMLLQHNQTSDILYYEVLDMPLPELQGLRTLRVAFHHGTYNEAEIHNVRLPKDSTVADLLDDLRIKVQLSRPDAELRLLEVFTHKIYKIFSSGEKIESINDNYWTLRAEEILEEEKHLGRHDCLIHVYHFMNEENQNQVKIQNFGEPFLLVIHADEILADLKIRVQKKLCVSNEEFSKWKFAFVSQGQTEYLEDSEILFTRFQTSSMYIAWEQYLGLEHIDNAPKRPLAANQYRPPFEKAVKIYN