KEGG   Helianthus annuus (common sunflower): 110912270
Entry
110912270         CDS       T05101                                 
Name
(RefSeq) copper-transporting ATPase RAN1 isoform X1
  KO
K17686  P-type Cu+ transporter [EC:7.2.2.8]
Organism
han  Helianthus annuus (common sunflower)
Pathway
han04016  MAPK signaling pathway - plant
Brite
KEGG Orthology (KO) [BR:han00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04016 MAPK signaling pathway - plant
    110912270
Enzymes [BR:han01000]
 7. Translocases
  7.2  Catalysing the translocation of inorganic cations
   7.2.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.2.2.8  P-type Cu+ transporter
     110912270
SSDB
Motif
Pfam: E1-E2_ATPase HMA Hydrolase Hydrolase_3 DUF6286 DUF6747
Other DBs
NCBI-GeneID: 110912270
NCBI-ProteinID: XP_022012649
Position
15:112038171..112054550
AA seq 1006 aa
MTPIFKNLQLTEVNGRSRGGVRDATAIDIGGNLEDVRLLDSCDDGYGVEKTGVARIQMRI
TGMTCAACSNSVEGAIRSLNGVVSASVALLQNKADVVYYPNLVNDGDIKNAIEDAGFEAE
ILQEQPTTKAKSHETLVGQFIIGGMTCAACVNSLEGILRKLPGVKRAIVALATSLGEVEY
DPLIISKNEIVNAIEDAGFEASLAQSSGQDRITLGVNGIYSNLDVHMLNDMLYNMKGVRQ
FTFNKTSSELDVLFDTEILGPRALVDAINEESSSDFKVHVKNPHIRMVSQNIEESTRMLH
HVLLSLSLGIPIFAMRFICPYIPFLNTILVLQIGPFQLGDWLRVVLAGLVQFVVGKRFYL
AAFRALRNRATNMDVLVALGTSAAYFYSVYALLYGAITGFWFQTYFETSPMLITFVLFGK
YLENLAKGKTSDAIKKLVELAPSTALLLIQDKGGSVIGEREIDALLIQPGDLLKIVPGSK
VPVDGFVVSGSSYVNESMVTGESAPVLKKASSLVIGGTINLHGSLYVQATKIGSDTVLSQ
IISLVETAQMTKAPIQKFADFVASIFVPTVVALSMTTFMVWYFSGVVGSYPQDWLPQNGT
YFDFALMFSISVVVVACPCALGLATPTAVMVATGVGANNGVLIKGGDALERAQKIRYVVF
DKTGTLTQSKAAVTTVKVFTRMDRGEFLTLVASAEANSEHPISKAILEYACNFHFFEDPC
VTKDSLIEISDAKMTGWLLDTVDFYTIPGKGIQCYINEKQILVGNRSLLGERGVNIPIDV
ENVLVDLEENAKTGILVAYDSQLIGVMGVADPIKREAAVVVEGLFKMGVRSIMVTGDNWR
TAKAVAQEAGIQDVRAEVLPAGKADVIRSLQKDGSIVAMVGDGINDSPALAAADVGMAIG
AGTDIAIEAADYVLMKSNLEDVITAIDLSRKTFARIRLNYVFAMAYNVIAIPVSAGILFP
WLNIKLPPWVAGACMALSSVSVVCSSLLLRRYRKPRLTAILEITLE
NT seq 3021 nt   +upstreamnt  +downstreamnt
atgactccgatattcaaaaacctccagctgacggaggttaacggccggagtcgcggcgga
gttcgcgatgcgacggcgattgacatcggcggaaacctagaggacgttaggcttttagat
tcttgtgacgacggttacggtgtggagaaaacaggcgttgcgagaattcagatgagaatc
accgggatgacgtgtgcagcgtgttcgaattccgttgaaggagcgattaggagcctaaac
ggcgtcgttagcgcctctgttgctttgttgcagaacaaagctgacgtcgtttattatcct
aatttggttaatgatggtgatattaagaatgcaatagaagatgcaggattcgaggcagag
attctacaagaacagccgaccacaaaggcaaagtcacacgaaactctagtagggcagttc
ataatcggaggaatgacatgtgcagcttgtgttaattctcttgaaggcatcttaagaaag
cttcctggtgttaaacgtgctatcgttgctctcgctacttcacttggggaagtagagtac
gatcccttaataatcagcaagaatgaaatcgtaaatgcaattgaagatgccggttttgag
gcttctcttgcacaaagcagtggacaggatcgaatcacgttaggagttaatggaatatac
agtaatttggatgtacatatgttaaatgacatgctatacaacatgaaaggagtgagacag
tttacttttaacaagacatcaagtgagttagatgtgctctttgataccgagatcctaggt
cctagagccttagttgatgcaattaatgaagaaagttcctcagattttaaagtacatgta
aagaaccctcatattaggatggtttctcaaaatatagaagaatccacacgcatgttgcac
catgttctactcagtttgtctctcggtattcctatctttgcaatgcggttcatatgtcca
tatataccttttcttaataccatattggttttgcaaatcgggccgttccaacttggtgat
tggctacgtgtggtgttggccgggctcgttcagtttgttgttgggaagcgtttttatctt
gcagcgttcagagcactacgtaatcgtgcaacaaacatggatgttttggtggcactcgga
acctcagctgcatacttctattctgtttatgcactgttatatggtgcaatcacagggttt
tggtttcaaacgtattttgaaacaagtcccatgttaataacttttgtattgttcgggaag
tacttggaaaatctagcaaaagggaaaacatcagatgctataaaaaagttggtggaactt
gcaccttcaacagctttgctgcttatccaagacaaaggtggaagtgttattggagaaagg
gaaatagatgcattacttatccaacctggtgacttattaaagattgttcccggttcaaag
gttccagttgacggtttcgttgtatcgggttcaagttatgtgaatgagagtatggttacg
ggtgaatccgcacctgttttgaagaaggccagttctttagtgattggaggtacgataaac
ttacatggctccctctatgttcaagctacaaaaataggttctgacaccgttttgagccag
ataatttcactggttgagaccgcacaaatgacgaaagctcctattcagaagtttgccgac
tttgttgcaagcatttttgtccctacagttgttgcgttgtcaatgacaacattcatggtg
tggtactttagtggagttgttggatcgtaccctcaagactggctacctcaaaatggcacc
tactttgattttgcactcatgttctcgatttcggtggtggttgttgcatgtccttgtgct
cttggcctagccacgccaactgctgtcatggttgcaactggggtcggagcaaataatggc
gtgttgatcaaaggaggagacgcgttagagcgggctcaaaagattcgttatgtggtattt
gataaaaccgggactctaactcagagtaaagctgcagttaccactgtcaaagtgttcact
agaatggaccgtggagaatttttgacattggttgcttctgctgaggctaacagtgagcat
cctatatcaaaagcaatactggaatacgcttgcaatttccatttctttgaggatccttgt
gtaaccaaagattctctaattgagataagtgatgctaaaatgacgggatggcttcttgat
acggtggatttctatacgattccaggaaaaggcattcagtgttacatcaatgagaagcag
attttggttggaaacagaagtttactgggcgagagaggggttaatattccaatagatgtt
gaaaatgtgctggtggatcttgaagaaaacgcaaagactgggatattggtggcatatgat
tctcaactcattggtgttatgggagttgcagatcctataaaacgagaagcagctgttgtt
gttgaaggccttttcaaaatgggtgtccgatccatcatggttaccggagacaattggcgt
actgccaaagccgttgcacaagaggctggcattcaagacgtaagggcagaggttttgcca
gctgggaaagctgacgtcatccgttcattacaaaaagacggaagcatagtggctatggtg
ggtgacggcatcaacgactccccagccttggcggcagcagacgttggcatggcgattggg
gctggaaccgacattgccatagaggctgctgactatgtattaatgaaaagcaacttggaa
gatgtgatcacagccattgatctttcacgaaaaacatttgcccgcattcgtttaaattac
gtgtttgccatggcctacaacgtgatcgcgattcctgtatcagccgggattctattccca
tggttaaatatcaaattgccaccgtgggttgcaggtgcctgtatggcactctcatctgta
agtgttgtttgctcttctttgcttctgagacggtatagaaaaccaaggcttactgctata
ctggaaataaccctagagtga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (11)   
   KEGG ORTHOLOGY (1)   
   RefGene (7)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (26)   

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