Ficedula albicollis (collared flycatcher): 101810020
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Entry
101810020 CDS
T02815
Symbol
HEPHL1
Name
(RefSeq) hephaestin like 1
KO
K14735
hephaestin [EC:
1.16.3.1
]
Organism
fab
Ficedula albicollis (collared flycatcher)
Pathway
fab00860
Porphyrin metabolism
fab04081
Hormone signaling
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00860 Porphyrin metabolism
101810020 (HEPHL1)
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04081 Hormone signaling
101810020 (HEPHL1)
Enzymes [BR:
fab01000
]
1. Oxidoreductases
1.16 Oxidizing metal ions
1.16.3 With oxygen as acceptor
1.16.3.1 ferroxidase
101810020 (HEPHL1)
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Gene cluster
GFIT
Motif
Pfam:
Cu-oxidase_3
Cu-oxidase_2
Motif
Other DBs
NCBI-GeneID:
101810020
NCBI-ProteinID:
XP_016151827
UniProt:
A0A803VB58
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Position
1:complement(82843203..82875520)
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AA seq
1164 aa
AA seq
DB search
MPPAQRGGRLRALAFLCLWALVEARTRTYYLGIVEENWDYAPSGKNLITGQSLLEDKFAS
VYATRGANRIGRVYKKAIFRQFTDDTYSQEIPKAAWLGFLGPVLKAEEEDVFIIHLKNFA
SRPYSVHPHGVFYDKDSEGALYPDGTGGKSKEDDFVVPGGNYTYTWPVRKDYSPTLADSN
CLTWIYHSHIDTPRDIASGLIGPLLVCKKGTADETTIEGTGAANAFALMFSIVDENFSWY
LDENINTFCLEPDTVDKEDEGFQTSNRMHAINGYIYGNLPGLETCADTSVSWHLFGMGSE
IDIHAAYFYGHTFSSRDQRADVVGLFPATFITAEMTPGSPGRWLITCQVNEHLRGGMEAL
YDVQICQKNLSQPSPISHTRRYYIAAEEVLWNYGPDGYDKFTGQGLNATGSESATYFTQG
TDRIGGQYWKVHYVGYTDATFSKKTWSEDLKHLGILGPVIKAEVGDTLLVTFANKARRSY
SIMAHGVSFSKLSEGAPYLDGYLKPGAHVRPGETFTYKWRVPENGGPTESDPPCLTYLYY
SATDAVKDTNSGLVGPLLVCRKDALNHDGTQKGIDREFYLLFSIFDENDSWYLNKNIEAF
TGDPSKVDEKDADFMESNKMHAVNGYLYGNLPGLAMCKNDKVSWHLIGLGSHYDMHGVHF
QGNTIDLRGTTRDGLALFPHLSGTALMQPDRVGTFKVVCRTFDHFVGGMKHLYEVSSCHN
TTQAQQQRGAMRLYYIAAEEIEWDYASNKSSAPKIYNISSYEESYGHVFLSQEEDQIGSK
YKKVVYREYTSGNFTQHKARTEEEEHLEILGPLLHAEVGDSVLIVFKNKASRPYSISAHG
IEEVGCEEQPETPITLPGEINTYRWNVPERSGPGKTDPNCITWVYYSTANFVKDTYSGLI
GPLVVCRKGTLDERGLRKDIDREFTLLFMVFDENQSWYLKDNIETYLHKNPDDFNSTENF
VEGNSKHAINGKIYNNLLGLTMNEGDRTNWYLIGMGNEVDIHTVHFHAQTFIFKTDKDHR
GDVYDLFPGTFQTVELVAENPGTWLLHCHVADHIHAGMETTYTINKSERREWEVPSEGGH
TTGAFNTTTATNGTTTKDDDNRVGNFFGKTLSPGEASLILAAFFCIGLVLLSTALIFFCF
ITHQGNRIHYTALHDKSAFLADSL
NT seq
3495 nt
NT seq
+upstream
nt +downstream
nt
atgcctcccgctcagcgcggtggccgcctccgtgccctggccttcctctgcctctgggca
ctggtggaagcaaggaccaggacttactacctcggcattgtggaggagaactgggactac
gcaccgtctgggaaaaacctgatcacggggcaaagcctcttagaggacaagtttgcgagc
gtgtacgctacaagaggagccaaccggataggacgtgtgtacaaaaaggcaatttttagg
cagttcacagatgacacttactcccaggagatccccaaagcagcatggctggggttcctt
ggcccagtcctgaaggcagaagaagaggatgtctttatcattcatctgaaaaactttgct
tcccgcccatactctgtgcacccacatggggtcttctatgacaaggactctgaaggagca
ctttaccctgatggaactggcggtaaaagcaaagaggacgactttgttgttcccggtgga
aattacacatacacatggccagtaaggaaagattattccccaactttggcagactcaaac
tgcttgacttggatttaccattctcacattgacacaccaagagatattgcatctggttta
attgggcctctgctggtgtgtaaaaaaggaactgcagatgagaccacaatagaagggact
ggtgctgctaatgcttttgccctgatgtttagcattgtagatgaaaacttcagctggtac
cttgatgagaatataaacaccttctgcttagaaccagacacagttgacaaagaggatgaa
ggtttccagaccagcaaccgaatgcatgctattaacggttacatctacggcaacctgccc
ggcctggagacgtgcgctgacacctccgtgtcctggcacttgttcggcatggggagcgag
atcgacatccacgctgcctatttctacgggcacacgttcagcagcagggaccagagggcc
gatgtggtgggtctcttcccggccacgttcatcacggcggagatgacgcccggcagcccc
gggaggtggctgataacctgccaggtcaacgagcacttgcgaggtggcatggaggcacta
tatgatgttcagatctgccaaaaaaacctgtctcagccttcgccaatcagtcacacgaga
agatattacatcgctgctgaggaagtgctctggaattatggacctgacggttatgataaa
ttcactgggcagggtttgaacgccactggcagtgaatctgcaacatatttcacccaaggg
acggacagaataggagggcaatactggaaagttcactatgtgggatacactgatgcaacg
ttcagtaagaagacttggtcagaggacttgaagcacctgggaatacttggccctgttata
aaagctgaagtgggagatacattgctggttacttttgccaacaaagccagaagaagctat
agcattatggcccatggtgtaagcttcagcaagctgtcagaaggtgctccctacttagat
ggctacctgaagccaggagcccacgtcaggccaggtgaaaccttcacctacaaatggagg
gtgcctgagaatggaggtccaacagagagtgaccccccgtgcctgacctacctgtactat
tcagccactgatgctgtcaaggacaccaactctggcctcgtgggacctttgctggtctgt
cggaaggacgccctgaatcacgacgggacacagaaaggaatagacagagaattttacctc
ctcttttcaatctttgatgagaatgacagctggtatctgaacaagaatattgaagcattt
actggagacccttcaaaagtagatgaaaaagatgctgatttcatggaatccaacaaaatg
cacgctgtcaatggttacttgtatggcaatctgccaggcctggccatgtgcaagaatgac
aaagtctcctggcacctcattgggctgggcagccactacgacatgcacggggttcatttc
caaggcaacaccatcgacttgagagggacgacaagggacgggctggccttgtttcctcat
ttatcagggactgcactaatgcagccagaccgtgtgggcacgttcaaagtggtttgcagg
acttttgatcactttgttggtgggatgaaacatctctacgaggtcagcagctgccacaac
accacccaagcccagcagcagcgtggggccatgaggctctactacattgctgcagaggaa
attgagtgggactatgcctcaaataagagctcagcaccaaagatttacaacatcagcagc
tatgaggaaagctatgggcatgtttttctgagccaagaagaggaccagattggttcaaaa
tacaagaaggtggtttacagggagtacacaagtggcaacttcacacagcacaaagcgagg
acagaagaggaggaacacttggaaatcctggggccattactccatgccgaggtcggtgac
tctgtactcattgtctttaagaacaaagccagcaggccttactcaataagtgcacatggt
atagaagaagtgggttgtgaagaacagcctgagacaccaattaccctccctggggaaata
aacacctacaggtggaacgtcccagaacgatctggtcctggtaaaacagatccgaattgt
atcacttgggtttattattcaacagcaaattttgtcaaggacacatacagtggtctgatt
gggcctcttgtagtttgcagaaaaggaactttagatgaaagaggtctaaggaaagacatc
gatcgtgaatttactcttctgtttatggtgttcgatgaaaatcagtcctggtatttgaaa
gacaatattgaaacataccttcacaagaatcctgatgattttaattccactgagaacttt
gtagaaggcaacagcaagcatgcaatcaatgggaagatttacaacaatctcttgggtcta
acgatgaatgaaggtgataggacaaactggtacttgataggaatgggcaatgaagtggat
atccacacagttcacttccatgcacagaccttcatcttcaagacagataaggaccacaga
ggagacgtatatgaccttttccctgggactttccagacagttgagctcgtagcagagaac
cctggaacgtggcttctgcactgtcatgtggccgatcacatccacgctggcatggagaca
acctacaccatcaataaatcagagagaagagagtgggaagttccttcagaaggaggacac
acaactggagcattcaatacaactactgcaacaaatggaaccactacaaaggatgatgac
aacagagtgggcaattttttcggcaaaactttgagtcctggagaagccagcctgatactt
gcagcttttttttgcatcggacttgttctactgtcaacagcattaatcttcttctgcttc
atcacccaccaaggaaatagaatccattacacagctctgcatgacaaaagtgcttttctg
gcagattccctgtaa
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