Anolis carolinensis (green anole): 100562991
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Entry
100562991 CDS
T01608
Symbol
tpo
Name
(RefSeq) thyroid peroxidase
KO
K00431
thyroid peroxidase [EC:
1.11.1.8
]
Organism
acs
Anolis carolinensis (green anole)
Pathway
acs00350
Tyrosine metabolism
acs01100
Metabolic pathways
Module
acs_M00043
Thyroid hormone biosynthesis, tyrosine => triiodothyronine/thyroxine
Brite
KEGG Orthology (KO) [BR:
acs00001
]
09100 Metabolism
09105 Amino acid metabolism
00350 Tyrosine metabolism
100562991 (tpo)
Enzymes [BR:
acs01000
]
1. Oxidoreductases
1.11 Acting on a peroxide as acceptor
1.11.1 Peroxidases
1.11.1.8 iodide peroxidase
100562991 (tpo)
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
An_peroxidase
EGF_CA
Sushi
EGF
EGF_3
FXa_inhibition
cEGF
Motif
Other DBs
NCBI-GeneID:
100562991
NCBI-ProteinID:
XP_016851147
Ensembl:
ENSACAG00000005443
LinkDB
All DBs
Position
1:161217110..161280043
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AA seq
813 aa
AA seq
DB search
MAPSYFLAFPKYLEEETRAISQAAEKMEASIQDRKEKFHSKYKRSLPPTGLLSTDVLMML
SNVSGCLRYMLPPKCLENCMTSKYRHITGACNNRDHPRWGASNTALARWLPPVYEDGLSQ
PKGWNPGFLHNGFPLPPVREVTRTIIEVSNEAVTEDEQYSDMLTVWGQYIDHDLAFTPQS
INRPSILGQADCSMTCENRNPCFPIQVFFKFCFPQVFVNDTLSIMDCLPFYRSSPACTTG
LQGVLIGNLSILNPRQQINGLTSFLDASTVYGSTTAAENKLRNLTSQEGLLRINVKYFDH
GREYLPFVNQVPSACAQDPKTDNGERIECFMAGDTRSSEVISLTAVHTLWLREHNRLAKE
LKKWNMHWSPEIIYQEARKIVGALHQIITMREYVPKIIGPEAFNQYIGPYKGYDPKIDPT
VSNIFSTAAFRFAHAAIHPTIKRLNAHYQHDPSLPNLNLHEVFFAPWRLINEGGLDPLLR
GTLATAAKLPLQNQLVNEELTKKLFVLSNNGSLDLASLDLQRGRDHGLPGFNDWRTFCDL
PILKTESELTEAIQNKKVVQNILELYGSPDNIDVWLGGIVENFLLDARTGPLFACIIGKQ
MKALRDGDRFWWENDDVFTEAQRCELRKYSLSRLICDNTGITEIPHDAFKLGKYPKDFEP
CENIPSINLEAWQETPQPELACGFPKGIEHGDYVYCSKAEKSMVTYSCHQGYKLLGEEQL
SCTNETWNSKPPICQDINECENKDNPPCHSSAKCVNLKGTFQCLCTDPYELAEDGKSCKD
SGKLSKGSLVSIILGIILISFLALLSWLVVCWW
NT seq
2442 nt
NT seq
+upstream
nt +downstream
nt
atggctcccagctactttctggcttttcccaaatacctggaagaagagactcgggctatc
tctcaagcagctgaaaaaatggaagcttcaatacaagatcggaaagaaaaatttcactca
aagtataaacgatcattgcctccaactggcctattgtccactgatgttcttatgatgctt
tccaatgtatctggatgccttcgttatatgctgccaccaaaatgtctagagaactgcatg
accagtaaatatagacatatcactggagcttgcaacaacagggaccatcccaggtgggga
gcttctaacacagctctggctagatggcttcctccagtttatgaagatggactaagtcaa
ccaaaaggatggaatcctggtttcttacataatggatttccattgcctccggtacgtgaa
gttactagaacaattattgaggtctctaatgaggctgtcactgaagatgaacaatattct
gatatgctcactgtctggggacaatacatagatcatgatcttgccttcacaccacagagt
ataaaccgaccttccatcctaggacaagcagactgcagtatgacatgtgaaaacagaaat
ccatgttttccaatacaggtattttttaaattttgttttccacaggtttttgtcaatgac
acactctccataatggactgcttgcctttctaccgttcatcccctgcatgcaccaccggc
ctccagggagtcctgataggaaatctttctatcttaaatcctagacaacagattaatggt
ctaacctccttcctcgatgcatctaccgtttatggcagcacaacagcagcagagaacaaa
ctgaggaatctgactagccaagaaggtctcctcagaataaatgtgaaatattttgaccat
ggccgtgaataccttccctttgtcaaccaagtcccttcagcttgtgctcaggaccccaaa
acagacaatggagaaaggattgaatgctttatggcaggagacaccaggtctagcgaagtc
atttctttgacagctgtacatacactttggttgcgagaacacaatcgccttgcaaaagaa
ctgaagaagtggaacatgcattggagtcctgaaatcatctatcaagaggctcgcaaaatt
gttggggctctccatcagattattaccatgagagaatatgtccccaaaatcattggccca
gaggctttcaaccaatacattggtccttataaaggctatgatcccaaaattgatcctaca
gtttccaatatattttctacagcagcttttcgctttgctcatgctgcaattcatccaaca
ataaaacggctcaatgcacattaccagcatgacccaagtctgcctaatcttaatctgcat
gaagtttttttcgcaccctggaggctcattaatgaaggtggtttggatccccttctaaga
ggaactctggcaactgctgcaaaactgccattgcaaaatcaactggtgaatgaggaatta
acaaagaagctctttgtgttgtccaataatggttcattggatttggcttcattagattta
caacggggacgtgatcatgggctgccaggtttcaatgactggcgaaccttttgtgatttg
ccaatactaaagacagaaagtgaactgacagaagcaatacaaaacaaaaaggttgtccaa
aatatcctggaactgtacggcagccctgataacattgatgtctggcttgggggtatagtg
gaaaacttccttctagatgccagaacaggtccattatttgcatgtataattggaaagcaa
atgaaagcactgagagatggtgatcgattttggtgggaaaatgatgatgtctttactgaa
gcccaaagatgtgaactcagaaaatattctttatccagactaatctgtgataacacaggc
attactgaaataccccatgatgccttcaagcttggaaaatatcctaaagattttgagcct
tgtgaaaatatacccagcattaatttagaagcttggcaggaaaccccacaaccagaactg
gcttgtggttttcccaaaggcatagaacatggtgactatgtttattgctccaaagcagaa
aaatctatggttacctattcatgccaccaaggatacaagctactaggagaagaacaatta
tcttgtaccaatgaaacatggaattcaaaaccacccatctgccaagacatcaatgaatgt
gaaaacaaagacaatccaccatgccattcctctgcaaaatgtgtaaaccttaagggaact
ttccagtgtctttgtacagatccctacgaactagcagaagatgggaaaagctgtaaagat
tctgggaagctctccaaaggttctctggtctccatcattttaggtatcattctcatcagt
tttttggcattgttaagctggcttgtggtttgctggtggtaa
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