Browse of TCMCG013C05687 protein

CDS

Accession Number	TCMCG013C05687
gbkey	CDS
Protein Id	XP_006468769.1
Location	complement(join(9947764..9947968,9948344..9948459,9948638..9948730,9948802..9948975,9949201..9949290,9949756..9949866,9949946..9950071,9950754..9950883,9950964..9951067,9951197..9951410,9951848..9951954,9952090..9952266,9952440..9952523,9952640..9952792,9952883..9952942,9953133..9953186,9953308..9953358,9954008..9954193,9954600..9954689,9954775..9954937,9955767..9955901,9956136..9956218,9957283..9957414,9957529..9957627,9957765..9957875,9958148..9958459,9959330..9959483,9959588..9959679,9959779..9959839,9959950..9960059,9960151..9960222))
Gene	LOC102612927
GeneID	102612927
Organism	Citrus sinensis

Protein

Length	1282aa
Molecule type	protein
Topology	linear
Data_file_division	PLN
dblink	BioProject:PRJNA225998
db_source	XM_006468706.3
Definition	alpha-glucan water dikinase 2 isoform X2 [Citrus sinensis]

EGGNOG-MAPPER Annotation

COG_category	G
Description	water dikinase
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:   ATGGAAACTTCTGAGGACAAGCAGATACATCGAGTCCATAATTTTGAACTTGTGGAAGGGATGAAGCTTCAGATTAATGTGTCTGGATCTTCAATTGGACGGAACGTGAGAGTTCAATTTCAGCTAAGGAACTGTGCACGGACTTGGATTCTTCATTGGGGTTTTCTTTACCGTGGAAACACGAACTGGTTCATCCCTGCTGAGCATCCTAAGCAAGGTGCATTGCAGACACCATTTGTTAAGAGTGGAGAGATATACTTAGTTACCATTGAGTTGCGGGACCCTAAGATTCACGCCATTGAATTTATTTTGAAGGATGGCATTCATGACAGATGGTTAAGATTAAACCATGGGAATTTTCGAATCGAGATACCTGAGATTGATACAAATACTTGTCTGCAACCCATACCCAAGGATCTAATAGAACTCAGGGCGTATCAGAACTGGGAAAGAAGGGGCAGACCTAACAACTCTCCACAACAGCAGCAGAAAGATCATAATGATGCTTTGAAAGAGCTCCAACTTCAGCTGTCAAATGGAATTTCCTTGAAAGATTTGCAAAGTAGTCATATGACCGACAGTACAAAACCAGTGTTCAAGAATAAAGAGCAGATCAGATATGGAGTTCCATCGTATCCCTGCAGAAGACATGATGTTGAAAAGTGGTTGCAAAAGAATTATAAGGGACATGTCAAAACCACCACTTTACCATCATCGAGTTTTGTGGCTCTTGTGGAGAATTCCCTGGGAGCAGATAATGTTATCTCAAGGCAAAGTTATCATATGGGCCATGAAATAGTGGTCCTCTCAAAAATCATTAGCAGTGACTATCACATTTTGGTTGCTGTGAACATGAAAGGTGCTGCAATTCTTCACTGGGGTGTATCAAAGTGTTCTCCTGGAGAATGGTTGTCCCCCCCTCCTGATATGTTACCGGAAAAGTCAAAAATGGTTGCCGGAGCATGTCAGACTTATTTTACAGACATAGCAACTGCAAGAGGATCCTTTCAGATGGTAGATATTAATTTGCAGAAGAGGAAATTTGTTGGTATTCAGTTTGTGATTTGGTCGGGTGGTTCTTGGATAAAAAACAATGGGGAAAACTTCTTTGTGGGCTTGCATCCAATGGATCCAAAGGACAAGGTTGATGGGGACGACAAAGTTAAATGGTTACTGGATGAAATATCTTGCAGAGAAAAAGAGGCTGAGAGGTCATTAATGCACAGGTTCAACATTGCGGCTGAGTTGACTGAACAATGTAAAGGTGAAGGGGAGCTAGGGCTTATTGCTATAATGGTCTGGATGAGGTTCATGGCATGCAGGCATCTGACGTGGAACAAGAATTATAATGTAAAACCTCGTGAGATAAGTGAAGCTCAAGATAGATTTACCAATTTATTGCAAAAGATCTATTCGAGCCAGCCAAATGATCGAGAAATCGTGAGGCTGATCATGGCATTTGTTGGTCGTGGAGGTCAAGGCGATGTTGGGCAGAGAATTCGTGATGAAATACTTGTGATTCAGAGAAATAATGACTGCAAGACTGGCATGATGGAGGAGTGGCACCAGAAGTTGCACAATAACACTAGCCCAGATGACATTATTATTTGTGAGGCACTCTTAAACTACATAAGATGCGGTTTTAAAATTGATGCTTATTGGCAAACTTTAAATTGTCATGGTCTTTCAAAACAAAAGCTCGCAAGTTATGATCGTCCAATTGTGTCAGAGCCTCGGTTCAGGGCTGATGCTAAAGAGAGTCTCACCCGTGACCTGACAATGTATTTGAAGACGCTAAAGGCTGTTCATTCAGGTGCTGACCTTGAATCTGCTATAGAAACTTGTTACAAGGGTCATAATTCTGTCATCTCTGATTCGTTTGGCAGTTTATCTTCAAAATTACGGGAGTGCCTGACATTTATCAAAGCACATATTCATGACGAGAGCATCAATCAACTGATGGAGAAATTAGTAGACTCCCGCATTGAGCTTCACCCTGTTTTGGGTACGGCTCGTGGTAGAGCAAAAGACTTACTGTTCCTCGATATTTCTTTGGCTTCAGCTATCAAAACAACGATGGAGAGGGGGCTCAAAGATTTAAACTTCAGTCACCCTCCGGAAATCATGTTCTTCATTTCCCTGTTGCTTGAAAGTTTATGCCTATCAGTGGTCAACAATGAAGACCTAATTTATTGTACAAAAGACTGGTACCGTGTCTCTGAATCATACATAACCAATGATGCTCAGTGGGCACTGCAAGCAAAGGCTATTCTTGATCGGTTGCAGCTAGTACTTGCTGAAAGGTCACAGACTTATCAGAAAAAGTTCCAGCCAAGTGTTAAATATCTTGGTTGTCTGCTTGGTGTAGAGAAATATGCGATTGACAATTTTACAGAGGAGTTGGTCAGAGCACAATCAGAGGCTGTTCTGTCGATACTCATTAACCGTTTTGAACCTGTCCTACGCAAAGTTGCAAATTTGGGCTGTTGGCAGGTCATCAGCCCTGTAGAAGTGTGTGGTTTCATTACTTCTGTCAATGAGTTAATTACTTTACAGAACAAAGTTTACAGAAGACCTACCATCATCATTGCAAGCAGAATAACTGGAGAAGAAGAAATCCCAGTTGGAGTTGTTGCTGTGTTGACACCTGATATGCCAGATGTTCTATCTCACGTCTCTATTAGAGCAAGAAATAATAAGGTTTGCTTTGCCACATGCTTCGATCAGAATATTCTTAGAAATCTCAGGTTGAAGGAAGGAAAAGCTGTATCCATTCGACTGAAGTCCACAAATTTGATCATTAGTGACATAAGTAGCTCCAACCTGTCTCTCAGTTCCTCTGCACTTCCATCCATTCCCCGAGGAATCACCTTTAAAAGGAAGATTTTTCGTGGCAAATATGCTGTTTCAGTTGAGGATTTCACTCCTGATATGGTTGGTGCAAAATCTTGCAATATTAAATTTTTACGAGAAAGGGTTCCTTCGTGGATTAAGATACCTACATCGGTAGCCATACCATTTGGAGCCTTTGAGACTGTTCTATCAGAGAATATCAACAAGGACATAGCAAACAAGATATCTCGCCTTTACAAATTTATAAATGGTGGGGACCTTTCAAAACTCCAAGAAATACAAGAAGCTGTTCTGCAAATGAGTGCTCCATTATCCTTGATATATGAACTGAAGAACAAAATGAGAAGTTCAGGAATGCCCTGGCCCGGTGATGAAGGATGGAATCTTGCTTGGCGATCTATAAAGAAGGTTTGGGCTTCAAAGTGGAATGAAAGAGCGTTCATTAGTTGTAGGAAAGCTAACTTAAATCATGACAATCTTTGCATGGCTGTACTGATTCAAGAAACTATATGTGGAGATTATGCTTTTGTTATTCACACGAAGAATCCTTTATCAGGGGATAACTCGGAGATATATACTGAGATTGTGAAGGGCCTTGGAGAGACATTGGTGGGTGCCTATCCTGGAAGAGCTATGAGCTTTGTTACCAAAAAGAACAATCTAAAATCTCCTATTGTCACTTGTTATCCAAGCAAACTTATTGGCTTATATGGCAAGCCATCAATAATATTCAGATCAGACTCTAATGGTGAGGACCTTGAAAAATATGCAGGTGCTGGGCTCTATGACAGCGTAATAATGAACGACCCGGAGAAAGTGGTTTTGGACTACTCCAGAGACCCGATGGTGGGCGACAAATCTTTCCAGACATCAGTTTTTTCAAAAATTGCAGAGACGGGTAAAATCATTGAAAGCCTTTATGGATACCCCCAAGATATTGAAGGCGTGCTCAAAGATGGTTTGATATATGTGGTTCAAGCAAGACCACAAATGTAG

Protein:   METSEDKQIHRVHNFELVEGMKLQINVSGSSIGRNVRVQFQLRNCARTWILHWGFLYRGNTNWFIPAEHPKQGALQTPFVKSGEIYLVTIELRDPKIHAIEFILKDGIHDRWLRLNHGNFRIEIPEIDTNTCLQPIPKDLIELRAYQNWERRGRPNNSPQQQQKDHNDALKELQLQLSNGISLKDLQSSHMTDSTKPVFKNKEQIRYGVPSYPCRRHDVEKWLQKNYKGHVKTTTLPSSSFVALVENSLGADNVISRQSYHMGHEIVVLSKIISSDYHILVAVNMKGAAILHWGVSKCSPGEWLSPPPDMLPEKSKMVAGACQTYFTDIATARGSFQMVDINLQKRKFVGIQFVIWSGGSWIKNNGENFFVGLHPMDPKDKVDGDDKVKWLLDEISCREKEAERSLMHRFNIAAELTEQCKGEGELGLIAIMVWMRFMACRHLTWNKNYNVKPREISEAQDRFTNLLQKIYSSQPNDREIVRLIMAFVGRGGQGDVGQRIRDEILVIQRNNDCKTGMMEEWHQKLHNNTSPDDIIICEALLNYIRCGFKIDAYWQTLNCHGLSKQKLASYDRPIVSEPRFRADAKESLTRDLTMYLKTLKAVHSGADLESAIETCYKGHNSVISDSFGSLSSKLRECLTFIKAHIHDESINQLMEKLVDSRIELHPVLGTARGRAKDLLFLDISLASAIKTTMERGLKDLNFSHPPEIMFFISLLLESLCLSVVNNEDLIYCTKDWYRVSESYITNDAQWALQAKAILDRLQLVLAERSQTYQKKFQPSVKYLGCLLGVEKYAIDNFTEELVRAQSEAVLSILINRFEPVLRKVANLGCWQVISPVEVCGFITSVNELITLQNKVYRRPTIIIASRITGEEEIPVGVVAVLTPDMPDVLSHVSIRARNNKVCFATCFDQNILRNLRLKEGKAVSIRLKSTNLIISDISSSNLSLSSSALPSIPRGITFKRKIFRGKYAVSVEDFTPDMVGAKSCNIKFLRERVPSWIKIPTSVAIPFGAFETVLSENINKDIANKISRLYKFINGGDLSKLQEIQEAVLQMSAPLSLIYELKNKMRSSGMPWPGDEGWNLAWRSIKKVWASKWNERAFISCRKANLNHDNLCMAVLIQETICGDYAFVIHTKNPLSGDNSEIYTEIVKGLGETLVGAYPGRAMSFVTKKNNLKSPIVTCYPSKLIGLYGKPSIIFRSDSNGEDLEKYAGAGLYDSVIMNDPEKVVLDYSRDPMVGDKSFQTSVFSKIAETGKIIESLYGYPQDIEGVLKDGLIYVVQARPQM