KEGG T03449: 103863808

Brassica rapa (field mustard): 103863808

Entry

103863808         CDS       T03449

Name

(RefSeq) calcium-transporting ATPase 8, plasma membrane-type isoform X1

K01537

P-type Ca2+ transporter type 2C [EC:7.2.2.10]

Organism

brp Brassica rapa (field mustard)

Brite

KEGG Orthology (KO) [BR:brp00001]
09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    103863808
Enzymes [BR:brp01000]
7. Translocases
  7.2  Catalysing the translocation of inorganic cations
   7.2.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.2.2.10  P-type Ca2+ transporter
     103863808

SSDB

Motif

Pfam:

Cation_ATPase_C E1-E2_ATPase Cation_ATPase Cation_ATPase_N Hydrolase DUF6232 EptA_B_N

Other DBs

NCBI-GeneID:

103863808

NCBI-ProteinID:

XP_009139813

Position

A01:8876778..8884450

AA seq 1020 aa
MKSPQRSSDDMEAGGDVPKSRNHSRRRGRGIFVAVDASIRFKSAMGCEKEIELGSHDQPT
ATDVALSQSEEQPVQVEIELPASYQDEFGIRLEELVSISRDGGLSVLKRFDGVSGLSPLL
HTDLDKGICGSHEDIRRRRNTFGSNEYPLKKERNFWMFLGEASRSFTLIVLVLAALASLL
LQIKTKTISHGWYDEAGIIVAVILVIFVTAISNYNQSLQFEKLNDEKRNICIEVTRNGRL
VEVPIYDVVVGDIIPLKSGDQVPADGVLVSGYSLQIAEYESMGTNRTVHKDTDIDPILIS
GSKVEDGIGRMLVTSVGMNTQWRMPACIPLYTGEETPLQVGLNRVVTAFGLISISVALVV
FLIESCLCFMGRTKNTDGSPMFDAGKTTSDEKIDMVIKFIILGVTMVVVAVPEGLPLAVT
LNIAYMTRKLLGEKVLVQKLSACEAMGSATMIVCHKTGILTLNQMEVVDVCAGRVRTQNL
AELSPLLISLITEGIALNTNGSVYHPEGQSEPEVFGSATERAILNFGVKLGMNFDEIKSK
STIFSVSPFNSRRKRRGVAVQLHDSQVRVHWKGAAKTILASCQWYMDKDNIAAMDQERIF
HFEKIIDEMSKEGLRCAALAYRTFTDEAFPDIPESNLVLLAIIGIKDSCRPGISQAIQQC
RNAGVKVCMVTGDDLLTAKAIAMQCGILRGTLDEPANTAILASEFASMSEADREEIAENI
VVMGRSSPDENLLLLEALRKKGHVVAATGKGIRDAPSLRQANISLAMGIGGTAIVKECSD
IIILEDNFTSIVKVIQWGRFLYTNAQRFLQFRLTVNASALIICVVVAVHSHEIPLNVAEL
LWINLLNDTFGAWALASEPPMDNLMRRPPVRKGAPFITKLMRAKFVAQVSFQVSALLYLN
FHGESILKLENKSLDQANKVKNTVIFNCFVFCQVFNEVECRTSYQGNTFSGILKNHLFLG
TILVNVILQIIVIECLGIFFYTARLNLKQWLISIGIGFFSQVIGRFPFPAFPYLRNEDHI

NT seq 3063 nt +upstreamnt +downstreamnt
atgaaatcacctcagcgcagctctgatgatatggaagccggcggcgatgttcccaagtcc
cggaaccactctcgccgccgcggcagaggtatttttgttgcggttgatgcttctatacgt
tttaagtctgctatgggttgcgaaaaggaaattgagctcggatctcatgatcaacctact
gcaacggatgttgcactatctcagtcagaggaacaaccagtacaagttgaaattgaactc
ccagcctcgtatcaagatgaatttggtatcagattggaggaacttgtttctatatcccga
gatggtggtctaagtgttctaaagcgatttgatggggttagcggattatcacctctgttg
cacaccgatctggacaagggtatctgtggtagtcatgaagacatacggagacgaaggaac
acatttggatccaacgaatatcctttgaagaaagaaaggaacttttggatgtttctcggg
gaagcaagcagaagttttactttgatcgtgttggttcttgctgcactggcttctctgctg
ctgcaaataaaaactaagactatcagtcatggatggtatgacgaagctggcatcattgtt
gcagttatccttgtcatctttgtgacagctatcagtaattacaaccagtctcttcagttt
gaaaagttgaatgatgagaagagaaatatatgtatcgaggttactagaaatggaagactg
gtcgaagttccgatttatgatgtagttgttggcgatattatacctcttaaaagtggtgac
caggtgcctgcagatggtgtcttagtttctgggtactcacttcagatagccgaatatgaa
agcatgggaactaacagaacggttcacaaagatacagatatagacccaattctaatatcc
ggatctaaagtggaagatggcatcggtagaatgctggttactagtgtcgggatgaacacc
caatggaggatgccagcttgtatcccactatatactggtgaagagacacccttgcaggtg
ggcctgaaccgagttgttactgcgtttggcctaatcagtatctcggttgctttggttgtt
tttcttatcgagtcatgcctatgcttcatgggccgaaccaaaaatacagatggtagtccg
atgtttgatgctgggaaaactacgtcagatgaaaaaatagacatggtgattaagtttata
attttgggggttaccatggtagtcgtggccgtgcctgaaggtcttccgttagctgttact
ttgaacattgcctatatgacgagaaaacttctaggagagaaggttttggtgcaaaagctc
tctgcctgtgaagcgatggggtctgcaacaatgattgtatgccacaagaccgggatttta
accttaaatcagatggaggttgttgatgtttgtgccggacgagtaagaacgcagaatttg
gcagagttgtctccccttctaatctcgttgatcaccgaaggaattgccctgaacacgaat
gggagtgtatatcatcctgagggacagtctgaaccagaggtctttggatcagcaacagaa
cgtgccattcttaatttcggtgtcaagttaggaatgaattttgacgaaataaagtcaaaa
tcaacaatttttagcgtttcacctttcaattcaaggagaaaacgtagaggtgttgcagtc
caattgcatgattctcaagtccgtgttcattggaaaggcgctgccaagactattctagct
tcttgccagtggtacatggacaaggacaacatagcagctatggaccaagaaagaatattt
cattttgaaaaaatcattgatgaaatgtccaaagaaggattgcgctgtgctgcccttgcc
taccgaacttttactgacgaagcattcccagacatacctgaaagcaacctcgtgctattg
gctatcattggtataaaggattcttgtcggccaggcataagtcaggcaatccaacaatgt
cgtaatgctggagtaaaggtgtgcatggtgacaggcgacgaccttctgactgccaaagca
atagcgatgcagtgcgggatactgagaggaaccttagacgagcctgcgaatacagcaatc
ttagcaagtgaatttgcttcgatgtcagaagcagacagagaagaaattgctgaaaatatt
gtagtgatgggtcgatcttctcctgatgaaaaccttcttctacttgaagcactgagaaag
aagggacacgtggttgcagcaactggaaagggaatccgagatgctccgagcctgcgccag
gcgaatatcagtcttgcaatgggcattggggggactgcaattgttaaagaatgctctgat
atcattatattggaggacaattttacttcgattgtcaaggtcatccaatggggacgtttt
ttatacacaaatgctcaaagatttctccagttccggctaactgtcaacgcatcagctcta
attatatgtgttgtggtggcggtccattctcacgaaattcccctaaatgttgcggagctt
ctgtggattaatcttctcaatgatacttttggagcatgggccttggcgtcagaaccacca
atggacaacttaatgcgaaggcctccggttcgtaaaggagcaccctttataaccaaactc
atgcgggcgaagtttgttgcacaggtttctttccaagtgagtgcattgctttacctaaac
tttcatggagagagtatactaaaactggagaacaaaagtctagatcaagctaacaaagtc
aagaacacagttatattcaattgctttgtcttctgccaagtatttaacgaggttgaatgt
cgaacttcataccaaggaaatacattcagcgggatcctaaagaaccatttgttccttgga
acaattcttgtaaatgttatacttcagataatcgtgatagaatgccttggcatattcttt
tacacagccaggcttaatttgaagcagtggctgatctcgattggaatcggttttttcagt
caagtcattggtcgttttcctttcccagcatttccttacctccggaacgaagatcatata
taa

All links

Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (7)   
   Pfam (7)   
All databases (21)   

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