Browse of TCMCG005C27297 protein

CDS

Accession Number	TCMCG005C27297
gbkey	CDS
Protein Id	XP_020244327.1
Location	join(5796652..5797279,5797373..5799265,5799346..5799719)
Gene	LOC109822521
GeneID	109822521
Organism	Asparagus officinalis

Protein

Length	964aa
Molecule type	protein
Topology	linear
Data_file_division	PLN
dblink	BioProject:PRJNA376608;
db_source	XM_020388738.1
Definition	LRR receptor-like serine/threonine-protein kinase EFR isoform X2

EGGNOG-MAPPER Annotation

COG_category	T
Description	Belongs to the protein kinase superfamily. Ser Thr protein kinase family
KEGG_TC	-
KEGG_Module	M00686        [VIEW IN KEGG]
KEGG_Reaction	-
KEGG_rclass	-
BRITE	ko00000        [VIEW IN KEGG] ko00001        [VIEW IN KEGG] ko00002        [VIEW IN KEGG] ko01000        [VIEW IN KEGG] ko01001        [VIEW IN KEGG]
KEGG_ko	ko:K04730        [VIEW IN KEGG] ko:K04733        [VIEW IN KEGG] ko:K13420        [VIEW IN KEGG]
EC	2.7.11.1        [VIEW IN KEGG]        [VIEW IN INGREDIENT]
KEGG_Pathway	ko04010        [VIEW IN KEGG] ko04016        [VIEW IN KEGG] ko04064        [VIEW IN KEGG] ko04620        [VIEW IN KEGG] ko04621        [VIEW IN KEGG] ko04624        [VIEW IN KEGG] ko04626        [VIEW IN KEGG] ko04722        [VIEW IN KEGG] ko05133        [VIEW IN KEGG] ko05140        [VIEW IN KEGG] ko05142        [VIEW IN KEGG] ko05145        [VIEW IN KEGG] ko05152        [VIEW IN KEGG] ko05162        [VIEW IN KEGG] ko05164        [VIEW IN KEGG] ko05169        [VIEW IN KEGG] map04010        [VIEW IN KEGG] map04016        [VIEW IN KEGG] map04064        [VIEW IN KEGG] map04620        [VIEW IN KEGG] map04621        [VIEW IN KEGG] map04624        [VIEW IN KEGG] map04626        [VIEW IN KEGG] map04722        [VIEW IN KEGG] map05133        [VIEW IN KEGG] map05140        [VIEW IN KEGG] map05142        [VIEW IN KEGG] map05145        [VIEW IN KEGG] map05152        [VIEW IN KEGG] map05162        [VIEW IN KEGG] map05164        [VIEW IN KEGG] map05169        [VIEW IN KEGG]
GOs	-

Sequence

CDS:   ATGGAGACCTACCAGCCCGTCCTCTTTGTAACGCATCTGATGCTACTATTGTTTACCTCATCATCCGCGGTGAAGCATAACAACATTACCGACCTCTCGGCCCTCTTGGCCATCAAAGCCCAGGTCGTCGAACGCGATCCAGGCAGCGTTCTGTCCGCCAACTGGACCACCGATGCCTCCTTTTGCACCTGGATGGGCGTCTCTTGCAGCCGTCGAAGGCAAAGAGTCACTGCTCTCAACATTAGCAACATGCCGCTCTACGGCACCATCCCTCCTCACCTCGGCAACCTCTCATTTCTGTCTCTGATCTCGCTTTCCAATGATGGCTTAGTTGGGACCATCCCTGAATCTCTGGCTCGGCTGCCTCGACTGGAAGTGCTCATACTTGATCATAATCAGCTTTCAGGTTCAATACCTCCCGCCCTTTTCAACATGTCGCCGCTTATTGAATTGCAACTCGGGTCCAACAGTATTTCAGGGACCCTGCCCTCTAATGATAGCAACTTCCATCCGTTGTTCCCTCCTGTTATGGCTATGTCTGCCAACCAACTCACTGGCAGCATCCCGACCAGCCTTTGCAGTAGTCGTACTCTTCAAATCCTGAGCTTGAGTTACAACCAGCTAACCGGTAACCTGACTAACCTGTCCGGATTAGGCCTTGGCGGAAACAGCATCCATGGGAATATTCCCGAGGAGTTGGGTCGTCTCACGAACCTTGATGCTTTGCAGATTACTTTCTGTGGTGGTATTACTGGTCCCATACCGATTTCCCTTTCCAATTTGTCATCACTCACACACCTTGAACTGTCCGATAATAGTCTCACCGGACCAGTGCGTTTGCAGTTTTGGAACATGGCTAACCTTTCGTACTTGAATCTAGGAAGAAACAAACTGACAGGAGGAGTTGACTTCCTTGCATCGCTTTCGAACTGCAGAGTTTTAGACTTTGTGACTGTTCTTGGAAATGAGCTGGATGGCATTCTTCCATATGCCGTTGGTAATCTTTCAAGTACCCTAACGTTGCTTGTTATTCAGGATAATCATATTAAGGGGAAAATTCCTGCGGAGCTGGGTAACCTGACTGGATTAACGCGATTATCACTGAGCAATAATGAGCTAGTTGGAACAATACCGTCTGAAATCACGACCCTACAAGGTTTGCAGTACCTAAGTTTGTATAGTAACAGAATACACGGTTCCATCCCACATGAGCTCGGCCGATTGAGCAACTTGGACACACTCTACCTCGGCGGCAATAGTCTTTCTGGATCGATACCTGACTCGCTGGGCAACATCACTGGACTAGAGAGCTTAACACTTGGTGGTAACAGGTTATCCTCAGAAATTCCTGAAATTATTGGGAGTCTGACTCGTCTACAGATCTTAAATCTGTCACAAAACCTTCTCACTGGATCGTTGCCAATAGCTTTGTGGAGCATGCAGGGTTTATATGCATTCGATATATCAGTAAATCAGCTGTCGGGTAACCTTCCAAGTCCTCCGAAGTATCTTGAGATCAATTATTTAGATCTATCAAATAACTCATTGGACGGGCACATTCCTGAATCGTTTGGTAATCTCATTAATCTTGATGTCTTGAAACTTTCTTGCAATAAGCTCTCAGGTGTTATACCCGAGTCCTTAGTCAAAATCCGACATCTCAGCGTCCTGAACTTATCTTTCAACATGTTAGAAGGAAAGGTTCCAAATGTTGGTGCCTTTATGAATGCCAGCATCGTGTCTTTGGAAGGAAATGCGGCATTATGTGGAGCACCCAGATTTGGCTTTCCATCTTGCAATGTAATTGATTCTAGAGTTTCTAATTCACGGAGGCATTTCTTGAGATATATCCTCCCTGTTATTGCTTCTGTCGGAATCCTTGTTCTCTGTTTTTGCATCTTATTAGGATTACGTAGAAGGAGAGCCAAGAGTCTAGCCCCTACTAGCATGCTCTCTCCTACTAAGCATAGATTGATCCCCTACTACGAGCTTGTTCGTGCCACTGACAACTTCAGCGAGATAAACTTACTCGGAAGGGGTGCCTTTGGTTCTGTGTACAGAGGGCTTTTAGATGACGGCCTCCTTGTTGCCATCAAGGTCTTGAATTTGGAAATCGAAGGAGCTTCAAGGAGTTTTGATGCTGAATGTCGGGCTTTGAGGATGGTTCGACACAGAAATCTTGTTAGAATCATCAGCGCTTGTTCCAACTTGGATTTCAAGGCACTCGTCATCCAATTCATGCCCAATGGAAGTCTAGAAAGATGGCTATACTCCCATAATTACTGCTTGAGCCTACTCCAAAGGATTAATATAGCAATCGATGTAGCGTCAGCTCTAGACTATCTTCATCACCACCATCCTGAGGTTATACTGCATTGTGATCTAAAACCGAGCAACATCCTTCTGGATGAAGAAATGAGTGGGCACGTGAGTGACTTTGGCATTGCAAAACTACTGAGTGGTGTCAGCCTGAGCGGAACCTCAGCAAGCACGGCAGGAACAATCGGCTATATTGCTCCAGAGTTTGCATCAACAGGAAGGGTCTCTACAAAGGGAGATGTCTATAGCTTTGGAATATTGTTGCTAGAAATCTTTACGAGAAAGAAGCCTACTGATCCTATGTTTACTGGGGAATCAAGCTTGCGACGATGGGTAAATGACGCAAATCCTACCGGCCTGTTGGATACTATGGACTGCAATCTCCTGAAAGATGAAAATGGAAATGAAAGGCCAAAGAACTACTTAATATCAACACAGGCCTGTCTATCTTCCATTATGGAGTTGGGGATTATCTGTTCAAGTGACTTGCCTAATGAAAGGCTTGCTATGAAAGACGTTGTCCCAAAATTGCAAAAGATCAAGATGAAGTATATGTCTGACCCTTTTGTTGCTTGA

Protein:   METYQPVLFVTHLMLLLFTSSSAVKHNNITDLSALLAIKAQVVERDPGSVLSANWTTDASFCTWMGVSCSRRRQRVTALNISNMPLYGTIPPHLGNLSFLSLISLSNDGLVGTIPESLARLPRLEVLILDHNQLSGSIPPALFNMSPLIELQLGSNSISGTLPSNDSNFHPLFPPVMAMSANQLTGSIPTSLCSSRTLQILSLSYNQLTGNLTNLSGLGLGGNSIHGNIPEELGRLTNLDALQITFCGGITGPIPISLSNLSSLTHLELSDNSLTGPVRLQFWNMANLSYLNLGRNKLTGGVDFLASLSNCRVLDFVTVLGNELDGILPYAVGNLSSTLTLLVIQDNHIKGKIPAELGNLTGLTRLSLSNNELVGTIPSEITTLQGLQYLSLYSNRIHGSIPHELGRLSNLDTLYLGGNSLSGSIPDSLGNITGLESLTLGGNRLSSEIPEIIGSLTRLQILNLSQNLLTGSLPIALWSMQGLYAFDISVNQLSGNLPSPPKYLEINYLDLSNNSLDGHIPESFGNLINLDVLKLSCNKLSGVIPESLVKIRHLSVLNLSFNMLEGKVPNVGAFMNASIVSLEGNAALCGAPRFGFPSCNVIDSRVSNSRRHFLRYILPVIASVGILVLCFCILLGLRRRRAKSLAPTSMLSPTKHRLIPYYELVRATDNFSEINLLGRGAFGSVYRGLLDDGLLVAIKVLNLEIEGASRSFDAECRALRMVRHRNLVRIISACSNLDFKALVIQFMPNGSLERWLYSHNYCLSLLQRINIAIDVASALDYLHHHHPEVILHCDLKPSNILLDEEMSGHVSDFGIAKLLSGVSLSGTSASTAGTIGYIAPEFASTGRVSTKGDVYSFGILLLEIFTRKKPTDPMFTGESSLRRWVNDANPTGLLDTMDCNLLKDENGNERPKNYLISTQACLSSIMELGIICSSDLPNERLAMKDVVPKLQKIKMKYMSDPFVA