KEGG   Anser cygnoides domesticus (swan goose): 106045552
Entry
106045552         CDS       T04896                                 
Symbol
HEPH
Name
(RefSeq) hephaestin isoform X1
  KO
K14735  hephaestin [EC:1.16.3.1]
Organism
acyg  Anser cygnoides domesticus (swan goose)
Pathway
acyg00860  Porphyrin metabolism
Brite
KEGG Orthology (KO) [BR:acyg00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00860 Porphyrin metabolism
    106045552 (HEPH)
Enzymes [BR:acyg01000]
 1. Oxidoreductases
  1.16  Oxidizing metal ions
   1.16.3  With oxygen as acceptor
    1.16.3.1  ferroxidase
     106045552 (HEPH)
SSDB
Motif
Pfam: Cu-oxidase_2 Cu-oxidase_3 DUF5849
Other DBs
NCBI-GeneID: 106045552
NCBI-ProteinID: XP_013051559
Position
Unknown
AA seq 1174 aa
MYWASDLAYLPKEYSLLATMELFWLLLFCIHLPKPTFAGGITRVYYLGIREVDWNYAPTG
KNVFSNQSIAHSLKASVFLQPGKDRVGSTYKKSVYKQYTDSTYTTEIPKPGWLGFLGPII
RAEVGDTIKVHLKNFASRPYTIHPHGVFYEKDSEGSLYPDMSPQDQKKDDAVPPGGNYTY
TWTVPEDHSPTADDPNCLTWIYHSHIDAPKDIASGLIGPLLTCKEGILTGTSQRRRDVDV
DFFLMFSVVDENLSWYLDENIVSFCTDPGSVDKEDEEFQESNKMHAINGFVFGNLPVVTM
CAGDHVSWHLFGMGNEIDVHTAYFHGETLNIRGHRTDVASLFPATFVTADMIPSNPGRWL
LSCQLNDHIQAGMGAFYEVRPCSRQALEPALKGKVRKYYIAAKELQWDYGPSGRDQSSGK
QLSEAGSPAEKYFKRSLYRIGGVYWKAKYVEYTDESFREEKQQSEEEKHLGILGPVIKAE
VGDTILVMFVNKASWPFSIQPHGVSYGKAWEGMRYHDGLSQHGVSVAPLQNFTYRWTVPK
HVGPTSSDPPCLTWLYSSAVDPVKDSSSGLVGPLVICKPGTLDDNNKQKGIDKEFYLLFS
VFDENLSWYLNANIKYYLRMEETSVKKDDGFEESNRMHAINGFMFGNLPGLDVCEGDNVS
WHLLGLGSEADVHGAVFQGNTLQMNGMRRDSTSLFPHTFATAFMQPDNKGVFEIYCQTSN
HYQAGMREHYSVSKCGKRDLAPAPPYRGVRTYYIAAEEVEWDYAPDRSWERERHSHSTES
YADIFLSNENGLLGSRYKKAVYREYTDGTFKTPKARMNGDEHLGILGPFLGAEVGEILNI
VFKNNATRPYSIHAHGVLERQTGQPQVANPGDIVTYQWEVPERSGPGPNDSACIPWIYYS
MVDPVKDMYSGLIGPLKVCRKGALQTDGVRKDVKREFALLFLVFDENQSWYLEENVQRYS
KGNHKDIDLLDERFVESNKMHAINGRLYANLPGLTMFQGEWVNWYLLGMGQEIDVHTVHF
HAETFIYKNGKSYRADVVDLFPGTFEMVEMLAGNPGTWLLHCHVSDHIHAGMEILFEVLP
KPEPVLEVLNYNEGTPLENMDESQKVRLFGAKLPVGQVEAAVICLAVAGLVLLLIAAVLL
GVVIYLERQRRLRRNRRSILDDGFKLMSQKNSGL
NT seq 3525 nt   +upstreamnt  +downstreamnt
atgtattgggcatcagatctggcttatcttccaaaagagtattcacttctggccacaatg
gaattgttctggttgttgctgttttgcatccatttgccaaaacccacgtttgctggaggc
atcacccgagtctattacctggggatccgtgaggtggactggaactatgctccaacggga
aagaacgtgttcagtaatcaaagcattgcacatagcctaaaggcctcagtgttcctgcag
cctggcaaagacagggtgggaagcacatacaagaaatctgtgtacaagcaatatacagac
tccacctacaccactgagattcccaaacctggctggctggggttccttgggcccatcatc
cgagcagaagtgggggataccattaaagtacacctaaaaaactttgctagtcggccatat
acaatccatcctcatggtgtcttctatgaaaaggactctgaaggatccctgtatcctgat
atgtccccccaggatcagaagaaggatgatgctgtccccccaggagggaattacacctat
acttggactgttcctgaagatcacagcccaactgctgatgatccaaactgcttgacctgg
atctaccactctcatattgatgcgccaaaggacattgcatctgggttaattgggccgtta
cttacatgcaaagaaggaatactgactggcacttctcaaagacgccgggatgtggatgtt
gatttctttcttatgttcagtgtggtggatgagaacctaagctggtacttggatgagaac
attgtgtcattctgcacagatccaggctctgtagacaaagaagatgaagagttccaagag
agcaacaaaatgcacgctattaatggttttgtgtttgggaatctccctgtggtgacgatg
tgtgctggggatcacgtttcatggcatctctttggaatgggcaatgaaatcgatgttcat
acagcctacttccatggagaaacactcaacattcgaggccacaggacagatgtggccagc
ctcttcccagccacttttgttacagcagacatgatccccagtaaccctgggagatggctc
ctgagctgtcagctcaatgatcacatacaagctgggatgggggctttctacgaagtccgg
ccctgttctcggcaagctctggaacctgccctgaaggggaaagttcggaaatactacata
gctgcaaaggagttgcagtgggactatggaccttcaggacgtgaccaaagcagcgggaaa
cagctgagtgaggcaggcagccctgctgagaagtatttcaagcgtagcctctaccgaatt
gggggagtctattggaaggcaaagtatgtggaatatactgatgagagcttccgtgaggaa
aagcagcagtcagaagaagaaaaacaccttgggatacttggtcctgtgataaaagctgaa
gttggtgacaccatcctggtgatgtttgttaacaaagcctcctggccgttcagcatccag
cctcatggagtgtcttatgggaaggcatgggaagggatgcggtaccatgatggtctgtcc
cagcatggggtttctgttgcacctctgcagaactttacgtacagatggactgtgccaaag
catgttgggccgacatccagtgaccctccctgcctgacctggttgtacagctctgctgtg
gaccctgtcaaagactccagttcaggcttggtaggccctctggtcatctgcaagccaggc
actttggatgacaacaacaaacagaaaggtatcgacaaagaattttaccttctcttcagt
gtgtttgatgagaacctcagctggtatttaaatgcaaacataaagtactatttgaggatg
gaagagacttctgtgaaaaaggatgatggctttgaggaatcaaacaggatgcatgccatc
aacggatttatgtttggtaacttgcctgggctggatgtttgtgaaggagacaatgtgtcc
tggcaccttctgggcttgggcagtgaagcagatgtacatggagctgtgtttcagggaaat
accctgcagatgaacgggatgcggagagattcaaccagcctgttcccccacacatttgct
actgccttcatgcaacctgataacaagggggtttttgagatctactgccagacgagcaat
cactaccaggctgggatgagggaacactactctgtttccaagtgtggcaagagggatctg
gctcctgcccctccgtacaggggggtgcgcacctattacatcgcggcggaggaggtggag
tgggactacgcgccggaccggagctgggagagggagcggcacagccactccacagagagc
tacgccgatatatttttgagcaacgagaatgggctgcttggctcccggtacaagaaagca
gtttacagggagtacactgatgggactttcaagactcctaaggccaggatgaacggtgat
gaacacctggggatactaggtccttttctgggggcagaagtgggagagattcttaacatt
gtgttcaagaacaatgccacacgaccctactccattcatgcacacggggtgctggaaagg
cagacagggcagccacaagtagcaaaccctggtgacatagtgacataccaatgggaagtt
cctgagaggtctggtccagggccaaatgattcagcctgtataccttggatctactactcc
atggtggaccctgtaaaggatatgtacagcggtctgattggacccctgaaggtctgccgg
aaaggggcgctgcaaactgacggagtcagaaaggatgtaaagagggagtttgctctgctg
ttcctggtttttgatgaaaatcagtcctggtacttggaagagaatgtgcaacgttacagt
aagggaaatcacaaggatattgacctactggatgaaagatttgtggaaagcaacaaaatg
catgcgatcaatgggaggctctatgcaaacttgcctgggctgaccatgttccaaggagag
tgggtgaactggtacctgctgggaatgggtcaggagattgatgtccacacagtccatttt
catgctgagaccttcatatacaagaatggcaaaagctacagagcagatgtcgtggatctg
ttccctgggacctttgaaatggtggagatgttggcggggaaccctgggacatggctgctt
cactgtcatgtatctgatcatattcatgctggcatggagatactcttcgaagtcttgcct
aaaccagagccagtgcttgaagttctaaactacaatgaagggacaccactggagaatatg
gatgagtcccagaaggtcaggctttttggagctaagttgcctgtagggcaggtagaagct
gcagtcatctgtctagctgttgcaggcttggtcctcctcctgattgctgctgtccttctg
ggagttgtcatctaccttgagaggcaaaggaggctaagacgcaacaggaggtctatcctg
gatgatggattcaaactcatgtctcaaaagaattcagggctataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (3)   
   Pfam (3)   
All databases (30)   

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