Theileria annulata: TA05220
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Entry
TA05220 CDS
T00253
Name
(RefSeq) glucose-6-phosphate-1-dehydrogenase, putative
KO
K00036
glucose-6-phosphate 1-dehydrogenase [EC:
1.1.1.49
1.1.1.363
]
K01057
6-phosphogluconolactonase [EC:
3.1.1.31
]
Organism
tan
Theileria annulata
Pathway
tan00030
Pentose phosphate pathway
tan00480
Glutathione metabolism
tan01100
Metabolic pathways
tan01110
Biosynthesis of secondary metabolites
tan01200
Carbon metabolism
Module
tan_M00006
Pentose phosphate pathway, oxidative phase, glucose 6P => ribulose 5P
Brite
KEGG Orthology (KO) [BR:
tan00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00030 Pentose phosphate pathway
TA05220
09106 Metabolism of other amino acids
00480 Glutathione metabolism
TA05220
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
tan04147
]
TA05220
Enzymes [BR:
tan01000
]
1. Oxidoreductases
1.1 Acting on the CH-OH group of donors
1.1.1 With NAD+ or NADP+ as acceptor
1.1.1.49 glucose-6-phosphate dehydrogenase (NADP+)
TA05220
1.1.1.363 glucose-6-phosphate dehydrogenase [NAD(P)+]
TA05220
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.31 6-phosphogluconolactonase
TA05220
Exosome [BR:
tan04147
]
Exosomal proteins
Exosomal proteins of breast cancer cells
TA05220
Exosomal proteins of colorectal cancer cells
TA05220
Exosomal proteins of bladder cancer cells
TA05220
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
G6PD_C
G6PD_N
Glucosamine_iso
DUF4270
Motif
Other DBs
NCBI-GeneID:
3864570
NCBI-ProteinID:
XP_955253
UniProt:
Q4UBM4
LinkDB
All DBs
Position
3:complement(1222049..1224973)
Genome browser
AA seq
878 aa
AA seq
DB search
MKTSEKVLEFNEPVPEKLYTRVFRTMSTMESYASNSTINSNFCSDYNSWLKSFYSSKIND
FLEFQNTSHINSYVITMNIVLSAKSDGFDEYDDVLFEPCLLDCHTEEGFVLTASHLILHK
IRRKLSKSPDVTVKIGLSGGSTPRGIYRFLGNMKDLDIDFNRIIFFLVDERYVPSDDEMS
NIRLLRNTLLKHWPVPESNLVFPDTSLPLEECVKKYEADLEAVFGVVTTHVNSNTDPAHR
VAGKSEMSSTEFESFDHSFYKPKYSIVPDLVTLGIGEDFHIAGLFPEYLSTLDSSYVTDT
LHRVMATYTETTVVRERISCSLPFLSCAPTKLFFLKGERKKRIWNTMLQYRHYDPIRFPA
TQIFTKPGCIAVLDSSTIRKVRLKIPMDQNDFLTFILFGSGGDLARRKIYPALFHLFYLG
FLPHKFHILAISRSHIDFEEFFSQISNDIFSSINTNIFIRNPAIRFDFPSVITEFKSRCS
RICLKYDDSSFFDRFTEKVREIDRNSVTSHRMVYLATPSEAYQNILRVVTSCCKPENGWF
RVMLEKPFGRDLKSCEEIDRFLSDHVAPDETFLVDHYLGKPVVSCILSSKISTKYSRIFN
RKYIRSVHILLKEEIGSFGRDYFESYGIIRDMIQNHGMQLLSLIAMHCEHKKHLPQNKFS
VLKCVRTVQLSDLVIGQYSESEKGCSYRAEKGVPKDSLCATYCTVVLWVDNEDWEGVPFV
ITSGKGLEDKLVEIRLAFKCDPPKDICYDFVPTHLVYRIQPQPSVFWRKDFTEVKVGEVK
DSYASDLENEKYFNTEEKILVDVEASAAKRTIEGAYELLFFYAFSNKRDIFPTIKQVNEA
WRIFTPVLEEISEKKVEPFLYPRGSPGPKEADALLSLL
NT seq
2637 nt
NT seq
+upstream
nt +downstream
nt
atgaaaacatcggagaaggtcctagaatttaatgaaccagttcctgagaagctttataca
cgcgtttttaggacaatgtcaacaatggaatcttatgcctccaattccacaatcaactcc
aatttctgttcagactacaacagctggcttaagtccttttattcttccaaaatcaatgat
tttctcgaatttcaaaacacctcacatattaatagttatgtgataacgatgaatatagta
ttaagtgctaagagcgatgggtttgatgagtatgacgacgtgttgtttgagccatgtctt
ctggactgtcacacagaggaggggtttgttctaacggcatcccacttgattttgcacaag
attaggcgaaagctgtcgaagtcgcctgacgtgacggttaaaattggtctttctggagga
tctactccgagaggaatttaccgatttctgggtaatatgaaggacctggatattgacttt
aaccgtataatattcttcctagtggacgaacgttatgtaccgtcagacgacgaaatgtcg
aatatcagactcttgagaaacaccctgcttaaacactggccagttcccgagtctaactta
gttttccctgacacttcacttccattagaagaatgtgttaagaaatatgaagctgatttg
gaagctgttttcggagttgttactacacacgtgaattcaaatacagatccggctcatcga
gtggctggaaaaagtgaaatgtcgagtactgaatttgaatcatttgaccattcgttttat
aagcccaagtactcaatagtccctgatttggttacattgggaataggagaagacttccat
atcgcagggcttttcccagaatacctgtcaacactagactcatcatacgttactgacaca
ttacacagagttatggcaacttatactgagacgacagtagtgagggaaaggatctcatgt
tccctaccattcctctcatgtgcccccaccaagttattctttttgaaaggagaacggaaa
aagaggatttggaacacaatgctacaatatagacattacgacccgatccgcttcccagcc
acgcaaatctttacaaagccaggctgcatagctgttctagattcctcaaccatcaggaaa
gtgcgcctcaaaattccaatggaccaaaacgactttttaaccttcattctatttggaagt
ggaggagatcttgcccgcaggaagatctatccggcgctatttcacctgttctacctgggc
tttttaccacacaagttccacattctggcaatctcacgctcacacatcgatttcgaggag
ttcttctcgcaaatctcaaacgacatcttctcctcaataaatactaacatcttcataagg
aatccagcaattcggtttgatttcccgtcagtcattacagaattcaaaagtcgatgctca
agaatttgtttgaagtatgatgactcgagcttttttgatcgttttacggaaaaggtgcgc
gaaatcgatcgaaactcagtgacttcccacagaatggtgtacctcgcaacgccgtcagaa
gcatatcaaaacatattaagagttgtgacctcgtgttgcaagccagagaatggatggttt
agagtgatgttagaaaagccgtttggcagggatttaaaatcatgtgaagagattgaccga
tttctgagtgaccatgtggcaccagacgagacctttttggtggaccattatctggggaag
ccagtggtgagttgcatcttgtcatccaaaatctctaccaagtattctcgcatttttaat
cgcaaatatattcgaagcgtccacatactgctgaaggaggagattggctcctttggaaga
gattacttcgaatcctacgggatcataagagatatgatccaaaaccacggaatgcagtta
ttatcgctgattgcaatgcactgtgaacataagaaacacttaccgcaaaataagttttct
gttctcaagtgtgttagaactgtccagctcagcgacctagtgataggtcaatatagtgag
agtgaaaagggttgcagttacagagctgaaaaaggtgtaccaaaggattctttgtgtgca
acatattgtacagtagtgctttgggtggataatgaggactgggaaggcgtgccattcgtg
atcacatcaggcaagggccttgaagacaaactcgtcgagatcagactagccttcaaatgt
gatcctcccaaagacatctgctacgatttcgttcccacgcaccttgtctaccggatccaa
ccccagccatcagtcttctggcgaaaagacttcaccgaggtcaaggtcggcgaggtcaag
gactcctacgcctctgaccttgaaaatgagaagtacttcaacactgaggagaagattctg
gtcgatgttgaggcctcagcagctaagcgcacaattgaaggtgcctacgaattgttattc
ttctacgcgttttccaacaagagggatattttccccacgataaagcaggttaacgaggca
tggaggatattcactccagttctagaggaaatctcagaaaagaaagttgagccctttttg
tatcccagaggttctccaggtcccaaagaagctgacgctcttctatccttgctatag
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