Ficedula albicollis (collared flycatcher): 101806615
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Entry
101806615 CDS
T02815
Symbol
HEPH
Name
(RefSeq) hephaestin
KO
K14735
hephaestin [EC:
1.16.3.1
]
Organism
fab
Ficedula albicollis (collared flycatcher)
Pathway
fab00860
Porphyrin metabolism
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00860 Porphyrin metabolism
101806615 (HEPH)
Enzymes [BR:
fab01000
]
1. Oxidoreductases
1.16 Oxidizing metal ions
1.16.3 With oxygen as acceptor
1.16.3.1 ferroxidase
101806615 (HEPH)
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Gene cluster
GFIT
Motif
Pfam:
Cu-oxidase_2
Cu-oxidase_3
Motif
Other DBs
NCBI-GeneID:
101806615
NCBI-ProteinID:
XP_005045821
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Position
4A:complement(6664894..6687118)
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AA seq
1155 aa
AA seq
DB search
MGSVWWLLLCLPMLSPTLAGGVIRVYYLGIHEVDWNYAPTGKNVLANQIIASNRQASAFL
QSGKDRVGSTYKKSVYKQYTDSTYTTEIPKPVWLGFLGPIIRAEVGDTIQVHLKNFATRP
YTIHPHGVFYEKDSEGSLYPDMSPQDQKKDDAVFPGKNYTYTWTVPEDHSPTDDDPNCLT
WIYHSHIDAPRDIASGLIGPLLTCKTGTLTGSSQRRWDVDVDFFLMFSVVDENLSWYLDD
NIASFCTDPGSVDKEDEEFQESNKMHAINGYAFGNLPELKMCAGDSVAWYLFGMGNEIDV
HTAYFHGETLKIRGHRTDVASLFPATFVTADMIPRNPGRWLLSCQVNDHIQAGMGALYEV
RPCSRQAAAPSLEGRVRKYFIAAKDVQWDYAPSALDRLTGRQLSHTGGPAEQYFKRSLDR
IGGVYWKAKYVEYTDESFREEKQQSAEEKHLGILGPVIKAEVGDTILVTFFNKASWPFSI
QPHGVSYGKESEGMWYHDGLSQSGVAVAPLHNFTYRWTVPKHVGPTPSDPPCLTWMYSSA
VNPVKDSSSGLVGPLLICKSGTLDDNNKQKGIDKEFFLLFNVFDENLSWYLNANIKYYLR
MEETSVNKDDGFEESNRMHAINGFMFGNLPGLDVCEGDRVSWHLLGLGSEADVHGAVFQG
NTMEMNGMRRDSASLFPHTFATAFMQPDHSGTFEIYCQTSNHYQSGMRQQYKVSRCGRAG
SASARRYAGVRTFYIAAEELLWDYAPDRSWERERHNHSAHSYADVFLSNENGLLGSRYKK
AIYREYTDGTFQTPKARMSRDEHLGILGPFLWAEVGEILNIVFKNNASRPYSVHAHGVLE
QQAGHPQVANPGDIVTYRWEVPERSGPGPNDSACVPWIYYSAVDPVKDMYSGLIGPLKVC
RRGALRSSGTRKDVKREFALLFLVFDENQSWYLEENVERFSKGNHEEINLLDEKFVESNK
MHAINGRLYATLPGLTMYQGERVSWYLLGMGNEVDVHTVHFHAETFLYKNGKSYRADVVD
LFPGTFEMVEMLVGNPGTWLLHCHVSDHIHAGMEILFTVLPRGESELEDLTAIPGLPLKD
EDESQKLMLFGSKVTQEQIEATVISLAVVGVLLLLAAGVLLGAVIHLERQRRLRRNRRSI
LDDGFKLMSQKNSGL
NT seq
3468 nt
NT seq
+upstream
nt +downstream
nt
atgggatcagtctggtggttgctgctctgcctgcccatgctgtcacccacacttgctggg
ggtgtcatcagagtctattacctggggatccatgaggtggactggaactatgctccaaca
gggaagaatgtgctcgctaaccagattattgcaagtaaccgccaggcctcagcattcctg
cagtctgggaaagacagggtgggaagcacatacaagaaatctgtctataagcagtacacg
gactccacgtacaccactgagattcccaaacctgtctggctggggttccttgggcccatc
atccgagcagaagtgggggacaccattcaagtacacctaaaaaattttgctactcgaccg
tatacaatccatcctcatggtgttttctacgaaaaggactctgaaggatccctgtatcct
gatatgtccccccaggatcagaagaaggatgatgctgttttcccagggaagaattacacc
tatacttggactgtccctgaagatcacagtccaactgatgatgacccaaactgcttgacc
tggatctaccactctcatattgatgcaccaagggacattgcatctggattaattgggcct
ttgcttacatgtaaaacgggaacgctgactggcagctctcaaagacgctgggatgtggat
gttgatttctttctgatgttcagtgtggtggatgagaacctaagctggtatctggatgac
aacattgcatcattctgcacagatcctggctctgtagacaaagaagatgaggaatttcag
gaaagcaacaaaatgcatgctattaatggttatgcgtttggcaacctccctgagctgaag
atgtgtgctggggattctgttgcgtggtacctcttcgggatgggcaatgaaattgatgtt
cacacagcctacttccatggagagacgctcaaaatccggggccacaggacagatgtggcc
agcctcttcccagccacttttgttacagcagatatgatccccaggaaccctgggagatgg
ctgctgagctgccaggtcaatgatcacatacaagctgggatgggggcactctatgaagtc
cggccctgctctcggcaagctgcggcccccagcctggaagggagagttcggaaatacttc
atagctgccaaggacgtgcagtgggactacgcgccctcggcgctcgaccgcctcactggg
cggcagctcagccacacgggcggtcctgctgagcagtatttcaagcgtagcctcgaccga
atcgggggtgtctattggaaggcaaagtatgtggaatatactgatgagagcttccgtgag
gaaaagcagcaatcagcagaagagaaacaccttggaatacttggtccagtgatcaaagct
gaagttggagacaccatcctggtgacattttttaacaaagcctcctggcccttcagcatc
cagccacatggagtgtcctatgggaaggaatcagaagggatgtggtaccatgatggcctg
tcccagagtggggttgctgtggcaccactgcacaacttcacataccgctggactgtgcca
aagcacgtggggcccacacccagcgaccctccctgcctcacctggatgtacagctcagct
gtgaatcctgtcaaagactccagctcaggcttagtggggcctctgctcatctgcaagtca
ggtactttggatgacaacaacaagcagaaagggatcgacaaagagttttttcttctcttc
aatgtgtttgatgagaacctcagctggtatttaaatgccaacataaagtactacttgagg
atggaagagacttctgtgaataaggatgatggctttgaggaatccaacaggatgcacgcc
atcaatggatttatgtttggtaacttgcctgggctggatgtgtgtgaaggagacagagtg
tcctggcacctcctgggcttgggcagcgaagcggacgtgcacggagctgtgtttcaggga
aacaccatggagatgaacggcatgcggagagattcagccagtctgttcccccacacattt
gccactgctttcatgcagcctgatcacagtgggacttttgagatctactgccagacgagc
aaccactaccagtctgggatgaggcagcagtacaaggtttccaggtgtgggagggcgggc
agcgcctctgcccggcgctacgcgggcgtgcggacgttctacatcgcggccgaggagctg
ctgtgggactacgcgcccgaccgcagctgggagagggagcgccacaaccactctgcacac
agctatgctgacgtgtttctgagcaacgagaacggactgctcggctccaggtacaagaaa
gccatttacagggagtacacagatggcactttccaaacccctaaggccaggatgagtcgt
gatgaacacctagggatattgggcccttttctgtgggcggaagtgggcgagattctcaac
atcgtgttcaagaacaacgcctcgcgaccctactctgtccatgcacacggggtgctggag
cagcaggctggacatccccaggtggcaaaccctggtgacattgtgacataccggtgggaa
gttcctgagagatctggtccagggccaaatgattcagcctgtgttccttggatctactac
tctgcagtggacccagtaaaggatatgtacagtgggctgatcgggcccctgaaggtctgc
cggagaggggccctgcggtccagcggcaccaggaaggatgtaaagagggagtttgctctg
ctcttcctggtttttgatgaaaatcagtcctggtacttggaggagaatgtggaacgtttc
agtaagggaaatcatgaggagatcaacctgctggatgagaaatttgtggaaagcaacaaa
atgcacgcaatcaatggcaggctctatgccaccttgcctgggctgaccatgtaccaggga
gagagggtgagctggtacctgctgggaatggggaatgaggttgatgtccacacagtccat
tttcatgctgagaccttcttatacaagaatggcaaaagctacagagcagatgttgtggat
ctgttccctgggacctttgaaatggtggagatgctggttgggaaccctgggacatggctg
cttcactgtcatgtgtctgaccatatccatgctggcatggagatcctcttcactgttctg
cccagaggagagtcagagctggaagacttgactgccatcccagggttgccacttaaggat
gaggatgagtcccagaagctgatgctttttggatctaaggtgacccaagagcagatagag
gccacagtcatctctctggctgttgtaggagtcctgctgctcctggctgctggtgtcctc
ctgggagcagtcatccatctcgagaggcagaggaggttacgacgcaatcgcagatccatc
ctggatgatggattcaaactcatgtctcaaaagaattctggtctctga
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