Oncorhynchus kisutch (coho salmon): 109881152
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Entry
109881152 CDS
T09179
Name
(RefSeq) eosinophil peroxidase
KO
K00431
thyroid peroxidase [EC:
1.11.1.8
]
Organism
oki
Oncorhynchus kisutch (coho salmon)
Pathway
oki00350
Tyrosine metabolism
oki01100
Metabolic pathways
Module
oki_M00043
Thyroid hormone biosynthesis, tyrosine => triiodothyronine/thyroxine
Brite
KEGG Orthology (KO) [BR:
oki00001
]
09100 Metabolism
09105 Amino acid metabolism
00350 Tyrosine metabolism
109881152
Enzymes [BR:
oki01000
]
1. Oxidoreductases
1.11 Acting on a peroxide as acceptor
1.11.1 Peroxidases
1.11.1.8 iodide peroxidase
109881152
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Gene cluster
GFIT
Motif
Pfam:
An_peroxidase
EGF_CA
Sushi
D_CNTX
EGF_3
Adeno_E3_CR2
EGF_MSP1_1
Motif
Other DBs
NCBI-GeneID:
109881152
NCBI-ProteinID:
XP_031688693
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All DBs
Position
LG10:complement(5799146..5852260)
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AA seq
904 aa
AA seq
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MRATRWCSTLEYLLLALLEYWNEPRHTLSAAACLLRNALGVPYLPSTLVEEALKRALERT
NAAYAHTKERVKTSLSEGALRPSDLLAQFKQIGPQTRRHISAAELLDNTVELIREMVYTS
TMAQSSLPDPLSEADMQVLLQATGCSSEMQRPLCKTGCLSERYRSFTGECNNRQHPKWGA
ANTPYSRWLPPEYEDIRGVPRGWDPEHTYYNYTLPPVRLISQNVLYTHNENISLDSSLSH
LLVEWGQWIDHDFALTPQSPSTAAFRTGADCTRTCSRDTPCFPIQIPLSDPRTGIQSCMP
FFRSAPSCVRSEAFTGATPHHHREQLNAITSFVDASMVYGSSSPMAAALRNHSSPLGVLA
LNDQASDQGLAYMPYLPRLQGRLDPCGPRSGSGANSTGATSASDTSATAPTEQENITSCF
QAGDSRANEHLGMIALHTLFLREHNRLVSELHLLNPHWSPDTLYQEARKIMGAIHQILTW
EHYLPRVLGETPTSLLMPPYKGYDPEIDPSIANVFSAAAFRFAHVTVQPMVARLGPGYSL
APQHPPLPLHHSLFASWRVVQEGGIDPVLRGLLLSPAKLQMPGQMMVEELTERLFQAQGG
MPLDLGALNLQRGRDHGLPGYSSWRGLCGLSVPNTTSDLAGILGNPGLAEKFLLLYGTSQ
NIDVWVGAISEPPLPGGRVGPLLACLLAKQFRALRDGDRFWWEREAVFTSTQRAQLHTVS
LSRIICDNTHITRVPSDPFSRTVSPEDMLACSHPLIPHLNLSAWKEPDTDPSCGPIPRLQ
SGFSLLCDSVIYYQCGPGYQLIGPSSVTCDPNSYQWSPAPPICHDVDECADQPTPCPQNT
DCLNTPGSYMCTDLDLSSLSTVSVISAVIAVVGGVAILFVILTCCRRYFPKKPESINGTD
KRNR
NT seq
2715 nt
NT seq
+upstream
nt +downstream
nt
atgcgcgccaccaggtggtgcagcactttggagtacctattgctagcattgttagagtat
tggaacgaaccccggcacacgttgagtgcagctgcttgcctgttacgcaacgctctgggg
gttccctatctgccctctacgttggtagaggaggctctgaaaagggctttagaacgtact
aatgctgcttacgcccacaccaaggagagggtgaagacatctctgtcggagggtgctctg
agacccagcgacctcctggctcagttcaagcagatcggaccgcagaccaggaggcacatc
agcgcagctgagctgctggacaatacagtggaactgatcagagagatggtctacaccagt
accatggcccagtccagtctacctgacccgttgagtgaggcggacatgcaggttctactg
caggctacaggctgttcctctgagatgcagagacccctctgtaagactggctgtctgtct
gaacgctaccgttcattcaccggggagtgcaacaacagacagcaccctaagtggggtgcg
gccaacaccccgtactcccgctggctccccccagagtacgaggacatcagaggggtccct
aggggctgggaccctgaacacacctactataactacaccttgcccccggtgcgcctgata
tcccagaacgttctctacacgcacaatgagaacatctctctggactcatctctgtcccac
ctgctggtggagtggggtcagtggatcgaccatgacttcgctctgacccctcagagtccc
agcacagctgccttcaggaccggggctgactgtacccgcacatgcagccgggacactccc
tgcttccctatacagatcccgctgtcagaccctcgtactggtatacagagctgcatgcct
ttcttccgctcggcgcccagctgtgtcaggagcgaagccttcaccggggccacaccccac
catcaccgggagcaactgaacgccatcacctcattcgtggacgccagtatggtgtacggt
agctcctcccccatggctgcggccctgaggaaccactcctctccactgggtgttctggcc
ctcaatgaccaggcctcagaccagggtctcgcctacatgccctacctgcctcgcctacag
ggacgcctggatccctgtgggccacgaagcgggtctggggccaactccactggagccaca
agtgcctctgacacatctgctactgcaccaacagaacaggagaatattacatcctgtttc
caagcaggtgactcacgggccaatgagcacctggggatgatagcactccacacgttgttc
ctgagggaacacaacaggctggtcagcgagttgcacctcctcaaccctcactggagccca
gacaccttgtaccaggaggccaggaagatcatgggggctatccaccagatactgacctgg
gagcactacttgcccagggtcctaggtgagacccccacctccctcctgatgcctccgtac
aagggctacgaccctgagattgaccccagcatcgctaacgtcttctcagccgccgccttc
cgctttgcccacgtcaccgtgcagccaatggtggcccgcctgggccccgggtacagcctc
gccccacagcacccacctctgcccctacaccactccctcttcgcatcctggagagtcgta
caggagggtggtatagacccagtgctgcgtggcctcctcctttccccagccaagctccag
atgccaggccagatgatggttgaggagctaactgagagactgttccaggcccagggtggg
atgccactagacctgggtgccctcaacctgcagcgaggtcgagaccatggcctgcctggt
tacagctcgtggcgtgggctctgtggcctctctgttcccaacaccacctctgaccttgca
ggtatcctgggtaaccctggtctggctgagaagttcctgttgttgtacgggacgtcccag
aacatcgacgtatgggtgggggccatctcagagcctcctctacctgggggccgggtggga
cccctcctggcctgtctactggccaagcagttcagagcactgagagacggagacaggttc
tggtgggagagagaggctgtgttcaccagcacccagagagcacagcttcacactgtgtcc
ctgtcacgtatcatctgtgacaacacgcacatcacacgtgttccctccgacccattcagc
cgtacggtcagcccagaagacatgctggcctgcagccaccccctcatccctcaccttaac
ctctctgcctggaaggagcctgacacagatcccagttgtggtccaatccccaggttacag
tcaggcttctctctgctctgtgactccgtcatctactaccagtgtggtccaggctatcag
ctgattgggccatcctctgtgacctgtgaccccaacagctatcaatggagccctgctccc
ccaatctgccacgatgtcgatgagtgtgccgatcagccaaccccgtgcccccaaaacacg
gactgcctcaacacacccgggtcatatatgtgcacagacctggacctgtcctccctgtct
acagtctctgtaatctctgcagtaatagctgtggttggtggtgtggccatcttgtttgtg
atactgacctgttgtagaaggtattttccaaagaagccagaatcgataaacggaactgat
aaacggaaccgataa
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