Anolis carolinensis (green anole): 100556121
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Entry
100556121 CDS
T01608
Name
(RefSeq) pseudouridine-metabolizing bifunctional protein C1861.05
KO
K16330
pseudouridylate synthase / pseudouridine kinase [EC:
4.2.1.70
2.7.1.83
]
Organism
acs
Anolis carolinensis (green anole)
Pathway
acs00240
Pyrimidine metabolism
acs01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
acs00001
]
09100 Metabolism
09104 Nucleotide metabolism
00240 Pyrimidine metabolism
100556121
Enzymes [BR:
acs01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.1 Phosphotransferases with an alcohol group as acceptor
2.7.1.83 pseudouridine kinase
100556121
4. Lyases
4.2 Carbon-oxygen lyases
4.2.1 Hydro-lyases
4.2.1.70 pseudouridylate synthase
100556121
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Indigoidine_A
PfkB
GFRP
Motif
Other DBs
NCBI-GeneID:
100556121
NCBI-ProteinID:
XP_008108730
Ensembl:
ENSACAG00000029506
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All DBs
Position
5:15443876..15485260
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AA seq
815 aa
AA seq
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MIGKPSFILGSCTSTALRHVVHMKRYLCGGDFIVHPYVKEALDSGRPVVALESTIITHGM
PYPDNLRVAREVEETVQTNGSVPATIGVINGCIHVGLQDEELEILAKSKNVVKVSRRDFP
YVLSQGLSGGTTVAGTMFVAHKARIPVFVTGGIGGVHREGEKTLDVSADLTELGRTPVAV
ISAGVKSILDIGRTLEYLETQGVCVATFGESREFPAFFLQHSGFQAPFQVKNEKDAAQMI
ARSLALQLGSGVLIGVPCPKDHAASGHQIEGAIQQALEEAQGKGILGKELTPFLLQRVNE
LSNGESLKANIALIKNNARVGSRIAVALNKIQRAQGSRNTLLPNENVSAVSRPVVIGGIN
VDIIAKAKDATILHGGQTNPSTVRQSFGGVGRNLADCLSRLGKTPFFISVMGKDEHSESV
MRYCRHMDMGGVLQLEGHNTATYCAVITGSGELTLGLGDMDIHQQITEQYVSKFKENLCL
APLICIDGNVPISTIQYVCEIAKKNNLAVCYEPTDVDKASKPFVSDSWRALAYISPNLRE
LRAINRTLGHPVPADLPTKLEDIVDIAAKLAGPLLKELHCVVVTLGQHGVLVCGRNESGT
ISLHSRACNKSPTNVWYATHYPAIPVPAEKIMNVSGAGDRLMGDWLGKYWLLRKTLQRLG
EPGGVLTHSLKEIERPKLKSRSPAECGRQQEKPKLVMTITAKLQTSHGWKAVSRRQVPGE
KCPSFPLQKLKTKGFKPIWKTMDSLILTRMPVLGFAQRPAENLQTATAAWASIPASCHEG
SATSKQFLCKQLASPRASEADCICTAHRPIQIIPG
NT seq
2448 nt
NT seq
+upstream
nt +downstream
nt
atgattgggaagccttcctttattttaggaagctgcacctcaactgcacttcgtcatgtt
gtccatatgaaaagatatttgtgtggtggtgacttcattgttcatccctatgtgaaggag
gctttggacagcgggaggcctgttgttgctttggagagcaccattattacacatggcatg
ccgtatcctgataatctgagggtggcacgagaggtggaagaaactgtacaaacaaatgga
tctgtaccagcaacaattggtgttataaacggatgcatccatgtgggcctccaggatgaa
gaacttgaaatactggccaagagcaaaaatgttgttaaggtgtcccgaagagattttccc
tatgttctcagccagggcttatctggggggacgactgtggcaggaactatgtttgtggca
cataaagcaaggatccctgtgtttgtgactggaggaattggaggagtccaccgtgaagga
gagaagactttggatgtgagtgcggacctgacagagttgggccgtactccagttgctgtg
atctctgcaggtgtcaagtctatacttgatattggtaggacgctggaatatttggaaacc
caaggcgtctgtgtggccacttttggagaatcaagggagttcccagctttcttcttacag
catagtggtttccaagcaccatttcaggtgaagaatgagaaagatgctgctcaaatgatt
gccaggtccttggcattgcagttgggcagtggggtgttgatcggagtgccctgcccaaag
gaccatgctgcttctggacaccaaattgaaggagcaatccagcaggctttggaagaggct
cagggaaaaggtatcctgggaaaggaactcacacccttcctgctgcagagggtgaacgaa
ttatccaatggagaatctctgaaagccaatattgctttgatcaagaacaatgccagagtg
ggcagccgtatagctgtagccctgaataagattcagagagcccaggggtcaagaaatact
ttgcttccaaatgaaaatgtatctgctgtgtcaagaccagtggtcattggtggcatcaat
gttgacatcatcgctaaggcaaaagatgcaacaatactgcatggtggacagacaaatccc
tcaacagtgagacaatcttttggaggtgtgggaagaaatctcgcagattgcttaagtcgt
cttgggaagactccattcttcatctcagtcatggggaaagatgaacattcagaatctgtc
atgcgttactgcaggcatatggatatgggaggtgtcttgcaactggaaggacacaacaca
gccacttactgtgctgtaatcactggcagcggagaactaacgcttggcttgggcgacatg
gacattcaccagcagatcactgagcaatatgtttccaaattcaaggagaacctctgctta
gccccactaatttgcattgatgggaatgtgccaatatccaccattcaatatgtctgtgaa
attgccaaaaagaataacctagcagtgtgttacgagccaacagatgtggacaaggcctcc
aagccattcgtttcagacagttggagagccctggcttatatctctcccaatctacgggaa
ctcagagcaattaaccggacactgggacatcctgtgcctgcagacctgccaaccaagctg
gaagatattgttgacattgctgccaaactggctggtcccttgctgaaggaattgcactgt
gtggtggtaacacttggccagcatggagttttggtatgtggccggaatgagagtggaacc
atctctcttcactccagagcttgcaacaagagccctacaaatgtgtggtatgccactcat
tacccagcaatccccgttccagcggagaagatcatgaacgtctcaggagctggtgacagg
ctgatgggagattggttgggaaagtactggttgctgaggaagactctccaaaggttggga
gaaccaggaggagttttgacacattccctgaaggagatagagaggccgaaactgaaaagc
agaagtccagcagaatgcggaaggcaacaagagaagccaaagctggtgatgacaatcaca
gcaaagcttcaaacaagccatggctggaaagcagtaagcagaaggcaggtgccaggagaa
aaatgtcccagcttcccccttcaaaaactaaaaaccaagggtttcaagcctatttggaag
accatggacagtttaatactgacacgtatgcctgtcctgggattcgctcaaagacctgca
gaaaaccttcagactgcgacggctgcttgggcctctatacctgcaagctgccacgaggga
agtgcaacctcaaagcagtttctctgcaaacagctagcttctcccagagcatctgaagca
gactgcatttgtactgcacaccgacctatccaaatcattccgggataa
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