Iocasia fonsfrigidae: GM661_00765
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Entry
GM661_00765 CDS
T07718
Name
(GenBank) 2',3'-cyclic-nucleotide 2'-phosphodiesterase
KO
K08693
2',3'-cyclic-nucleotide 2'-phosphodiesterase / 3'-nucleotidase / 5'-nucleotidase [EC:
3.1.4.16
3.1.3.6
3.1.3.5
]
Organism
ifn
Iocasia fonsfrigidae
Pathway
ifn00230
Purine metabolism
ifn00240
Pyrimidine metabolism
ifn00760
Nicotinate and nicotinamide metabolism
ifn01100
Metabolic pathways
ifn01110
Biosynthesis of secondary metabolites
ifn01232
Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:
ifn00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
GM661_00765
00240 Pyrimidine metabolism
GM661_00765
09108 Metabolism of cofactors and vitamins
00760 Nicotinate and nicotinamide metabolism
GM661_00765
Enzymes [BR:
ifn01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.5 5'-nucleotidase
GM661_00765
3.1.3.6 3'-nucleotidase
GM661_00765
3.1.4 Phosphoric-diester hydrolases
3.1.4.16 2',3'-cyclic-nucleotide 2'-phosphodiesterase
GM661_00765
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GFIT
Motif
Pfam:
5_nucleotid_C
Metallophos
PGA_cap
NadN_nucleosid_C
Motif
Other DBs
NCBI-ProteinID:
QTL96606
UniProt:
A0A8A7K4I6
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Position
132545..135994
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AA seq
1149 aa
AA seq
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MIKFNKTWKSAILLLVFLLSFTALILAADKEVHITILGTTDVHGNIMNYDYYGVHTYSQG
FAMVNTMVKRIKSENPNTILIDAGDLIQGTPLTYYYGKKMKPDKNYPMTKIMNLMGYSAG
AVGNHEFNYGQDTLHKIIDTADFPVLSANIIKESDSSLEFTPYTIIDVKGVKVAILGLTT
QATTASEIEGLRILNPLDVAKEYVKKLKEEEKVDLVFISAHFGLDPEEREGNYARPIAQE
VPGVDGILTGHDHAFVDIEEMGPGGYTVPILMPYKWGRALARYDFYLKRDNAKWVIDRDK
TEHQVYDLRKMELEPDQEILLAGQSYHQETLEYTGTVIGTATADFKKGYQDEIKGISQGK
LQDTPLVNLVNAVQMKYAEADISLAAEFAATANIKKGDITINDLSSIYIYENYLYGIKIT
GSELKKLLEFEARYYRQVKDGDATIAFNDSIPGYNYDMFKGITFDIDLSKPAPESAADLE
DGKQFRIYNLKKDGKLVKDNDKFILALNDYRFQSWGKKMHGGFLYAMGIKSKEEAMKRVV
FSSQEKYGDEGQVRNLMISYVKGKGTISPLVDDNWHLTGFDFSDLVGRDEMVQLINEGII
SVPTKGRFGVNYQAINLYEKPEKEEISLISEKTNIPVKLLEKFQTKGELYKNVVILRDNY
KKVSILSINDFHGALAQGGSNIGSSRLAGAIKSEKVKNPDGTIIVSAGDNYQGSAMSNLL
YGEPVSAAFREMGIEASAVGNHEFDWGDDRINRWGEEGGFPFVAANIYDKRTGEPVSWAK
PYVFIERKGAVIAFIGIATPETAYKTLKANVENYEFRDPVETLKTWVPILQMAGSDAMVA
LTHCGAFQDKDGSITGEAVDLTYVKGVDAVISAHTHQKVSGYVNGKPLVQAYKYGRTLGK
LEFIFDQNDRLISAKPSIDNLYKRQDELKDDPETLRIYNKYNNEMKPVLERVIGKTTVNL
RHDRYEGPSLLGEWATEVMKEKASVQIAMTNGGGLRTSIPAGEITVGKMYEVMPFDNTLF
TMKLSGADIRANIEHGILNEDIGWIQVSGVKVVYNPDEETGNRIISITLEDGTPLEMDKY
YTVVTNDFMATGGDDYKFENARKAVNTFIPLRETLIEAVEKSGTLSPVKKNWIIELKKIT
LLTHLKIAG
NT seq
3450 nt
NT seq
+upstream
nt +downstream
nt
atgattaaatttaataagacctggaagtcagcaattttgctattggtttttttattaagt
tttacggctttaattttagctgctgataaagaagtacatattactattcttgggaccaca
gatgtacatggaaatataatgaattacgattattacggggttcatacttattcacagggc
tttgctatggttaatacaatggtaaagagaatcaaaagtgaaaatcctaatactattttg
attgatgcaggggatcttattcagggtacccctcttacctattattatgggaaaaagatg
aagccagataaaaactacccaatgactaagattatgaatcttatgggttatagtgccgga
gctgtaggtaaccatgaatttaattatggtcaggataccctccacaagataattgacaca
gcagattttcctgtattatctgccaatattattaaggaatctgatagttctttagaattc
actccctatactattatagatgtaaaaggtgttaaagtagctattttgggtttaactact
caggcgactactgcttcagagattgaaggactaaggatcttgaatccactggatgtagcg
aaagagtatgttaaaaaattaaaggaagaagaaaaggttgacctggtctttatttcagcc
cattttggtctggatcctgaagaaagagaagggaattatgccaggcctatagcccaggaa
gttcctggggtagacgggattttaacaggccatgaccatgcttttgttgatatagaagag
atgggtccagggggatatactgttccgatacttatgccttataaatggggtagagccctt
gctagatatgacttttatttaaaaagagataatgctaaatgggttatagatagggataag
acagaacatcaggtatatgacttaaggaaaatggaacttgaacctgaccaagaaatatta
cttgccgggcaaagttaccaccaggaaacattagaatatacaggtacagttataggtaca
gctactgctgactttaaaaaaggttatcaggatgagataaaaggtatttctcagggtaaa
cttcaggatactcctttagttaatctagtaaatgctgttcagatgaaatatgctgaagca
gatatttctttggcggctgaatttgctgcaacagcaaatattaaaaaaggtgatattaca
attaatgatttatcatcaatttatatttatgaaaactatctttatggtatcaaaattact
ggaagtgaattaaaaaaattattagaatttgaggcccggtattaccgacaggttaaagat
ggagatgctaccattgcttttaatgatagtattcctggttataattatgatatgtttaag
ggtattacttttgatattgacctttctaagcctgctcctgaaagtgctgctgacttagaa
gatggtaaacagtttaggatttacaacctaaaaaaggatgggaaattggttaaagataat
gataaatttatccttgccctaaatgattatagattccagagttggggaaaaaagatgcac
ggtggtttcctttatgctatgggaatcaaaagtaaggaagaagccatgaaaagggttgta
tttagttctcaggagaaatatggtgatgaaggacaggtaaggaacttgatgattagctat
gttaaaggaaaagggactatctcccctctagtagatgataattggcatttgactggtttt
gatttttctgacctagtgggtagagatgaaatggttcagctcatcaatgaaggtataatt
agtgtcccaactaaaggtaggtttggagttaactatcaagcaataaatctttatgaaaaa
ccagaaaaagaagaaattagtttgatttctgaaaagacgaatattcctgtgaaactacta
gaaaaattccagactaaaggagaactctataaaaatgtagttattttaagggataactat
aaaaaggtaagcatcttatccattaatgacttccatggcgccctggctcaagggggttca
aatattggttcttccagactggctggtgctattaagagtgaaaaggttaaaaatcctgat
ggtactattatagtatcagctggagataattatcagggtagtgccatgtccaatctacta
tatggtgaacctgtgtcagctgcttttagagaaatgggtattgaggcatcagcagtgggt
aaccatgaatttgactggggtgatgacaggattaaccggtggggagaagaagggggattc
ccctttgtagcggctaatatttatgataagaggactggcgaacctgtttcctgggcaaaa
ccctatgtctttattgagagaaagggagctgttattgcctttattggtattgccacaccg
gagacagcttacaaaacacttaaagctaatgtagaaaattatgagtttagggatccggtt
gaaacacttaaaacctgggtgcctatattacagatggctggttctgatgctatggttgcc
ctgacacattgtggtgcttttcaggataaggacggtagtataactggtgaagctgttgat
ttaacatatgtaaagggagtagatgctgtaatatcagcacatacccatcagaaggtaagt
ggttatgtgaatggtaaaccactggtacaggcttataaatatggcaggacactaggaaaa
ttggaatttatctttgatcaaaatgataggttgattagtgccaagccttcaatagacaat
ctttataaaaggcaggatgagcttaaagatgacccggagacgttgagaatatataataag
tataataatgaaatgaaacctgtattggaaagggttatagggaaaacgactgttaattta
cggcatgacagatatgaaggcccatctttacttggagaatgggcaaccgaggtaatgaag
gaaaaagctagtgttcaaatagctatgaccaatggtgggggtttaagaaccagtatacct
gctggagaaataacagtaggtaaaatgtatgaggtaatgccttttgataataccctattt
accatgaaattatctggggctgatatcagggccaatattgaacatgggatattaaatgaa
gatataggttggattcaggtctctggtgtgaaggtagtctataatcctgatgaagaaaca
gggaacaggattatttcaataacactggaagatggtacaccactggagatggataagtat
tatactgtggtaacaaatgattttatggctactggaggagatgactataagtttgaaaat
gccagaaaagcggtgaatacttttattcccttaagggaaactttgatagaagcagtagag
aagtctgggactttatctccagttaaaaagaattggattatagagttgaaaaaaattact
ttgcttactcacttgaagattgctggataa
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