Browse of TCMCG060C08436 protein

CDS

Accession Number	TCMCG060C08436
gbkey	CDS
Protein Id	XP_015579774.1
Location	join(173000..173062,173166..173275,173361..173436,173538..173629,173710..173863,173979..174296,174762..174872,175005..175103,175235..175348,175350..175367,175837..175925,176128..176262,177379..177541,177627..177716,178107..178292,178842..178904,179008..179076,179226..179285,179357..179509,179643..179726,179935..180111,180205..180311,180470..180683,180833..180936,181013..181142,181560..181685,182124..182234,182741..182839,183081..183254,183330..183422,183616..183731,184238..184442)
Gene	LOC8280344
GeneID	8280344
Organism	Ricinus communis

Protein

Length	1300aa
Molecule type	protein
Topology	linear
Data_file_division	PLN
dblink	BioProject:PRJNA34677
db_source	XM_015724288.2
Definition	LOW QUALITY PROTEIN: alpha-glucan water dikinase 2 [Ricinus communis]

EGGNOG-MAPPER Annotation

COG_category	G
Description	Pyruvate phosphate dikinase, PEP/pyruvate binding domain
KEGG_TC	-
KEGG_Module	-
KEGG_Reaction	-
KEGG_rclass	-
BRITE	ko00000        [VIEW IN KEGG] ko01000        [VIEW IN KEGG]
KEGG_ko	ko:K08244        [VIEW IN KEGG]
EC	2.7.9.4        [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:0009526        [VIEW IN EMBL-EBI] GO:0009536        [VIEW IN EMBL-EBI] GO:0009941        [VIEW IN EMBL-EBI] GO:0031967        [VIEW IN EMBL-EBI] GO:0031975        [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:0044422        [VIEW IN EMBL-EBI] GO:0044424        [VIEW IN EMBL-EBI] GO:0044434        [VIEW IN EMBL-EBI] GO:0044435        [VIEW IN EMBL-EBI] GO:0044444        [VIEW IN EMBL-EBI] GO:0044446        [VIEW IN EMBL-EBI] GO:0044464        [VIEW IN EMBL-EBI]

Sequence

CDS:   ATGGCATCCTCCAAGACTCCTCGGGTTAAACATTTCCAGCTCGTGGATGGGATGCAATTTCAGATAAATGTGTCAGGTTCTTTGAAAGGTCGCAATGTGAGAATTGAACTTCAGCTCAAGAACTGTACAAGGACTTGGATTCTTCACTGGGGATGTGTTTTTCATGGAAACCCCAATTGGTTTATCCCTACCGGTCAATCTTCAGGAACATCTTATAAGCAAGGTGCATTAGAGACACCATTTACAAAGAGTGGAGAATTTTATGTAGTTAATATTGAGTTGCGGGATCCTACTCTTCATGCTATAGAATTTGTTCTCAAAGATGGCGGCTCCAATAGATGGATGAGATTGAACAATGGTAATTTCCGAGTTGATCTACCTGATCATGATGAAAATACTATCCATCCACCTGTACCGAAGGATCTGATACAACACAAGGCATATCTAATCTGGGAAAGCAAAGGCAGACCAGTGAGGACTCCAGAACAACAAAAGCAAGATTATGATGATGCTGTGAGAGAGCTCCAAAATCAGCTGATTAGAGGAACTTCGTTGAATGACGTACAGAGTAGTTGCATATCTGCAAGTACCAATACCAAAGCACTCGCTGATAGTAGGGAGCAATCTAGTTGTGTACATTCCTCATACTGTAGAAGACATGATGTGGACCACTGGTTGCATAAGCATTCTGTGGGCCATGAAAGAAGCACCAATATGCCATTTTCGGCTTTTATGGATCTTGTAGAGAGAACTACTGGAGGAGATAAAATAGTTACAGGGCAAAATCATCACGTCAGTAACTATGAGATAGTGGTCCTCAATAAGGTCATTAAGGGTGACAATCACACATTGGTAGCTGTGAACTCGAAAGGCACTATTGTTCTTCATTGGGGTGTGTCAAAGTTATCACCAGGGGAATGGTTGGCTCCGCCATCAGACATATTGCCTGAAAGATCAACGCTGCTTGCTTATGCATGTCAAACTTATTTCACAGAAATATCAACAGGGAAAGGATCATTTCAGCTTGTAGATATCAATTTGCAGCAAAGAAGTTTTTTGGGTGTCCAATTTGTGATCTGGACAGGTGGATCTTGGATAAAAGATAATGGGGCAAATTTTGTTGTTCTCCTCAAGTCAAACAATCCAAGTGATAAGGTTGATGGGGATGGAAAGCAAATTGTCAAATGGTTACTTGATGAAATATATCGCAGAGAAATTGAGGCTGAAAGGTCATTGATGCTCAGGTTCAATATTGCAACGGAATTGATGGAGCGTTGTAAATTTGAAGGGGAATCAGGCCTTATAGGCATATTGGTGTGGTTGAGGTTCATGGCATGTAGGCATCTCATGTGGAACAAAAACTACAATGTGAAACCTCGTGAAATCAGTGAAGCTCAGGATAAGTTCACCAATTTACTTCAAAAGATATACTTGAGCCAGCCAAACAATAGAGAAATTATGAGACTAATAATGCTATGTGTTGGACGTGGAGGTCAGGGTGATGTTGGGCAGAGAATCCGCGATGAAATACTTGTGATTCAGAGAAATAATGATTGCAAGACTGGCATGATGGAGGAGTGGCATCAAAAGTTGCACAATAACAGTAGCCCAGATGATGTGATAATTTGTGAGGCACTTTTAAATTATATAAGATGTGGCTTTAGAGCTGATGCTTATTGGCAAACACTAAATGCAAATGGTCTGACAAAAGAAATGCTTGCAAGTTATGACCGTCCAATTGTGTCGGAGCCTCATTTCAATACTGCTGCTAAAGAAGGTCTCACACGTGACCTCACATTGTACTTGAGGACATTAAAGGCTGTTCATTCAGGTGCTGACCTTGAATCTGCCATTGAAACTTGTTTGGGTCCTTCTTCTAAGGGTGACAATTTCACAAGTTCAGGCAGAGTTACTTCTGTTGGTGTCGGTGAGTTGTCACTAAAATTGAGGGAGAATTTGAGCTTTGTCAGAGCGCACCTAGCTGATTCAAGAATCGGTTCACTATTGGAGAAACTACTGGAATCTCGGATCGAGCTTCGTCTTGTTTTGCTCACGTCTAGTGAAAGAGCAAAAGATTTACTATTCTTTGATGTTGCTTTGGATTCAGCAATTAGAACAATAATGGAAAGCCGACTGAAACATCTCAGCTTTGACCGGCTGCAAGATATCATGTTCTACATCTCCTTGGTACTTGAAAACTTATGCCTCACAACTGTAAACAATGAAGACCTCATTTGTTGTATAAAGGATTGGTACCGCGTTCGTGAATCATATAAAGCAAATGATGTACAGTGGGCATTACAAACAAAGGCTGTTCTTGATCGACTGCAGCTAATACTTGCTGATAGGTCCCTGAATTACCAGAAAAAAATACAGCCTAGTGCACAGTATCTTGGTAAATTGCTTGGTATTGGGAAATCAGTGATTGATATGTTTACTGAAGAGTTGATTAGGGCAGGTTCAGCCACTATTCTGTCCACACTTGTGAATCGCTTTGATCCTGTTCTCAGAAAAGTTGCAAGTTTAGGATGTTGGCAGGTTATCAGCCCAGTGGAAGTGTGTGGTTTTGTGACCTGTGTCAATGAGTTGATTACAATTCAGAACAGAGTTTACAGAAAACCAACTGTTATTATTGCAAATAGAGTAAGTGGGGAAGAGGAAATTCCTGAAGGAGTTGTTGCTGTACTAACACCTGATATGCCAGACATTTTGTCTCATGTCTCTATTAGAGCAAGAAACAGTAAGGTATGCTTTGCAACATGTTTTGATCAGAATATTCTCAAGAATCTGAAGCTGAAGGAAGGAAAAGCCATATCAATAAGCCTGAAGTCAATGAATTTGATTATCAGTGACATCAGCGGCTCAAATCTATCACTTAATTCCTCTATTTGCACCTCTATTGCTCGACCTGTAACCTTTAAAAGGAAGACTTTCTATGGGAAATATGCTATTTCAGTTGAAGAGTTCACTGCTGAGATGGTTGGTGCTAAATCTTGCAATATCAAGTTTTTAAGAAAAAAGGTACCATCATGGATTAAGATTCCAATTTCAGTCGCCCTACCATTTGGAACCTTTGAGGCTGTTCTGTCAGAGAATATTAACAAGGATTTAGCAAACAAGATTTCGGGTTTTTACAAATCTGTATTAAGCGGTGACTTTACAAAACTTCAAGCAATACAAGGTGCTATTCAACAAATGAGTGCACCTTTATCCTTGACCTGTGAACTCAAGAGCAAAATGAGAAGTTCGAGACTACCTTGGCCTGGTGATGAGAGTGAGGAAAGATGGAACCATGCTTGGAAAGCAATAAAAAAGGTTTGGGCTTCAAAGTGGAATGAAAGAGTACATGTTAGTTGTAGGAAAGCTAACTTGAACCATGATAATCTACGAATGGCTGTACTTATTCAAGAAGTCATATGTGGTGACTATGCTTTTGTGATTCACACAAAGAATCCCCTGACAGGGGATGCCTCAGAAATATATATTGAGATTGTGAAGGGCCTGGGAGAAACTTTGGTGGGTGCATATCCAGGACGAGCTATGAGCTTCATTACTAAAAAGAGCAATATAAATTTTCCCATTGTTATTAGTTATCCGAGCAAGAATATAGGGCTATACAGTAAGAAGTCCCTGATATTCAGATCCGACTCAAATGGTGAAGATGTAGAAGCATTTGCAGGAGCTGGGCTTTATGACAGTGTACTCATGGATGAAGAGGAGAGAGTTGTATTAAACTACTCCAGGGATCGCATGATAGTTGACAAGGCTTTCCAGGTATCTCTCTTCTCAAAAATTGCAGAGGCAGGAAGAGTCATGGAAGGCCTTTATGGCTGTCCACAGGACATTGAAGGGGTAGTAAAAGATGGAGCCATATATATTGTTCAAGCAAGGCCGCAAGTCTAG

Protein:   MASSKTPRVKHFQLVDGMQFQINVSGSLKGRNVRIELQLKNCTRTWILHWGCVFHGNPNWFIPTGQSSGTSYKQGALETPFTKSGEFYVVNIELRDPTLHAIEFVLKDGGSNRWMRLNNGNFRVDLPDHDENTIHPPVPKDLIQHKAYLIWESKGRPVRTPEQQKQDYDDAVRELQNQLIRGTSLNDVQSSCISASTNTKALADSREQSSCVHSSYCRRHDVDHWLHKHSVGHERSTNMPFSAFMDLVERTTGGDKIVTGQNHHVSNYEIVVLNKVIKGDNHTLVAVNSKGTIVLHWGVSKLSPGEWLAPPSDILPERSTLLAYACQTYFTEISTGKGSFQLVDINLQQRSFLGVQFVIWTGGSWIKDNGANFVVLLKSNNPSDKVDGDGKQIVKWLLDEIYRREIEAERSLMLRFNIATELMERCKFEGESGLIGILVWLRFMACRHLMWNKNYNVKPREISEAQDKFTNLLQKIYLSQPNNREIMRLIMLCVGRGGQGDVGQRIRDEILVIQRNNDCKTGMMEEWHQKLHNNSSPDDVIICEALLNYIRCGFRADAYWQTLNANGLTKEMLASYDRPIVSEPHFNTAAKEGLTRDLTLYLRTLKAVHSGADLESAIETCLGPSSKGDNFTSSGRVTSVGVGELSLKLRENLSFVRAHLADSRIGSLLEKLLESRIELRLVLLTSSERAKDLLFFDVALDSAIRTIMESRLKHLSFDRLQDIMFYISLVLENLCLTTVNNEDLICCIKDWYRVRESYKANDVQWALQTKAVLDRLQLILADRSLNYQKKIQPSAQYLGKLLGIGKSVIDMFTEELIRAGSATILSTLVNRFDPVLRKVASLGCWQVISPVEVCGFVTCVNELITIQNRVYRKPTVIIANRVSGEEEIPEGVVAVLTPDMPDILSHVSIRARNSKVCFATCFDQNILKNLKLKEGKAISISLKSMNLIISDISGSNLSLNSSICTSIARPVTFKRKTFYGKYAISVEEFTAEMVGAKSCNIKFLRKKVPSWIKIPISVALPFGTFEAVLSENINKDLANKISGFYKSVLSGDFTKLQAIQGAIQQMSAPLSLTCELKSKMRSSRLPWPGDESEERWNHAWKAIKKVWASKWNERVHVSCRKANLNHDNLRMAVLIQEVICGDYAFVIHTKNPLTGDASEIYIEIVKGLGETLVGAYPGRAMSFITKKSNINFPIVISYPSKNIGLYSKKSLIFRSDSNGEDVEAFAGAGLYDSVLMDEEERVVLNYSRDRMIVDKAFQVSLFSKIAEAGRVMEGLYGCPQDIEGVVKDGAIYIVQARPQV