Theileria annulata: TA11105
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Entry
TA11105 CDS
T00253
Name
(RefSeq) glutamate dehydrogenase, putative
KO
K15371
glutamate dehydrogenase [EC:
1.4.1.2
]
Organism
tan
Theileria annulata
Pathway
tan00220
Arginine biosynthesis
tan00250
Alanine, aspartate and glutamate metabolism
tan01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
tan00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
TA11105
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
TA11105
00220 Arginine biosynthesis
TA11105
09106 Metabolism of other amino acids
00430 Taurine and hypotaurine metabolism
TA11105
Enzymes [BR:
tan01000
]
1. Oxidoreductases
1.4 Acting on the CH-NH2 group of donors
1.4.1 With NAD+ or NADP+ as acceptor
1.4.1.2 glutamate dehydrogenase
TA11105
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Gene cluster
GFIT
Motif
Pfam:
ELFV_dehydrog
GDH_2nd
Bac_GDH_CD
GDH2_N
ELFV_dehydrog_N
Motif
Other DBs
NCBI-GeneID:
3862877
NCBI-ProteinID:
XP_953507
UniProt:
Q4U8H1
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All DBs
Position
4:complement(1728514..1732114)
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AA seq
1170 aa
AA seq
DB search
MEDVPVYSDRFAINDGLSDVHDEQCTQLLSDRYCVQFSEVSELIRSMKTFSDDKIIEIMH
DYYNELGLNEYYFSSSPTALIANNVISVMSAKILHENSGSNFFPTIEQITEDSAFIIART
SSLNRKSSENYLVEQRVEGKYFNLDDDRKTCWRMQCFRSSGSVFKETEHIFDRLKTYFLQ
KPKFEIDNPDPDETDLGNLLDREFYLNKRNTITEQIFYNLNKKLVESKTGLGLVINYEPR
SDNVFRLDIAFKRGHVHRDLYSRISDAITFHDLYSKSKYIDPLSNRVCIFTSFLTCLPPS
QSNIDLPIKERMSSLVDSIILSSIVPSSKISILNVDRVLSFYESTYSYCVSTFIQHFSGS
VGPYVSTVDNMAKNNQVSQSELHEIKSKLKIQPYTPLQIYTAISNNPEIVKMLYKHFETI
HNPKLQSDKENVVSMEGPVFASKFSKDNYNTNNVDDSENQSTLESNKTNQNSVDVSSPEN
SSVENAVESDRDFDSSTEYSYSTVPVRGKNVIEAENLAKKIIRTIKQLDNLEEIDILLYF
IKFNNHTLRTNFFVPNKISLSFRFNCGFLSKLDYPKVPYGIALIIGPHFMGFHIRFSEIS
RGGVRVVQSFSEEAYTRNKLQIFDEAYNLSFTQSLKNKDIPEGGSKGVILLEKTSTKYKA
DLYTRTSFMCYIDGILDLILPNKHIVDLLGKDDIYFLGPDEFTGTGGLMDWASQYAKFKG
LKYWRSFTTGKAPQLGGIPHDIYGMTTTSIEAYVTGILNKYGLKEEEVTRFLTGGPDGDL
GSNAIKVSNTKTLTVLDKSGVLHDPNGLDLNELRRLAFLRDTTHNTTTDSQTTSLNHTNS
GLQRAGSLDADEELLGARLKTCSMGYDKRLLSSKGFMVPEEAINVVLPDGFVVKNGYKFR
DEFHLSSYAKADLFCPCGGRPSSITPFNVNKLFDEKGKCRFKFIVEGSNVYITQNARRFL
ESKGVILFKDASTNKGGVTSSSYEVLLSLVLDDETYERVAVERDGYVPEFRKKYVNDIME
IIRKNATMEFEALWSEGLRTGIPRCDLTDILSDKINALKSRIKSSNTLFNDKELVYSVLS
RCVPESLLELVTVEKIMKRLPQIYLRSLFASYLASNFYYTEKFSDDTSVFAFYEYITSLK
QPFAHKNSCKEEFSDDSPFSNMGLKLTNHH
NT seq
3513 nt
NT seq
+upstream
nt +downstream
nt
atggaggacgtacctgtctactcggatagatttgcaataaacgatggcttgtctgatgta
catgatgaacaatgtacgcagctgttgagtgatcgctactgcgtgcagttttctgaggtc
tcggagctgatcagatcaatgaagacgttctcagatgacaagatcatcgagattatgcac
gactattacaatgaactggggctcaacgagtactattttagctcttcaccaacggccctg
attgcgaataacgtaatctcagtgatgtcggcgaagattttgcacgaaaactccggctca
aacttcttcccaaccattgaacagatcaccgaagactcagcattcataattgctagaact
tcgtcactgaataggaaatcatctgagaattatctagtcgagcaacgagtcgaaggaaag
tattttaacctggacgatgataggaaaacctgctggcgtatgcagtgcttccgttcatca
ggctcagtgtttaaggaaactgagcatatttttgatagactcaaaacatactttttacag
aaaccgaaatttgaaatagataaccctgatccagatgaaactgacctcggaaatttgctt
gacagagaattttacctaaataagagaaatacaattactgagcagattttttataattta
aataaaaaattagtggagtcgaagaccggtttaggattagtaataaattatgagccaaga
agtgataacgtttttaggcttgatattgcatttaaaagaggtcacgttcaccgtgattta
tactctagaatctcagacgcaatcacttttcatgacctctactccaaatccaagtatatc
gacccactttcaaatagagtttgtatctttaccagttttctaacatgtttgccaccaagc
caatcgaatattgatttaccaataaaggaacgaatgagtagtttagtggattcaataatt
ttatcgagtattgtaccaagttccaagatatcaattttgaatgtggatagggttctgagt
ttctacgagtcaacctacagctactgtgtatcaacctttattcagcactttagtggaagt
gtaggtccctacgtttcaacagttgataatatggccaagaacaatcaagtttcacagtct
gaactgcacgaaatcaagtcgaaactcaaaatccaaccctacacaccacttcagatttat
accgcaatttcaaataaccctgaaattgtgaaaatgttatataaacactttgaaacaata
cataatcccaaattacaatcagataaagaaaatgtagtaagtatggaaggcccagttttc
gccagtaaattctcaaaagataattataacacgaataatgtggatgattccgaaaaccaa
agtacacttgaaagtaacaaaacaaaccaaaattcagtagacgttagctcacctgagaat
agttcggtagaaaatgcagttgaaagtgaccgtgattttgacagtagcacagaatacagt
tattccacagtcccagttcgcggaaaaaatgtaatagaggccgaaaatttggcaaagaaa
ataataagaacaattaaacagctggataatttagaagaaatcgatatattactctacttc
ataaagttcaataatcataccttgagaacgaacttctttgtgccaaataaaatatcgctc
tcattcagattcaactgcggatttctgtccaaactggattatccaaaggtgccgtatggt
atagcactaataatcgggcctcacttcatgggattccatattaggttttcagagatttca
agaggtggtgttcgggtagtgcaatcattctcagaggaagcatacacaaggaacaagtta
cagatcttcgacgaggcgtataatctaagttttacacaaagtttgaaaaataaagatata
cccgagggtggtagtaaaggagttatcctattggagaaaaccagtactaaatacaaggcg
gatctgtacacgcgcacgagttttatgtgctacattgacgggatacttgacttaatattg
cccaataagcacatagtagacttgttagggaaggatgatatatatttcctaggccctgac
gagtttactggcacaggaggtttgatggattgggcatctcagtatgcgaaattcaaggga
ctcaagtattggagaagtttcacaacgggaaaggcaccccaattgggaggaataccgcac
gatatctacggaatgaccacgacatcaattgaagcatacgtaactggaatacttaacaag
tatggcttgaaagaagaagaagtaacgagattcttaactggtgggcctgacggtgacttg
ggaagcaatgcaatcaaggtttccaacaccaaaaccctaactgttctggataaaagtggt
gtgttgcatgatccaaatggcctggatctcaacgaactaaggagattagcatttctacgt
gacaccactcataacacaacaacagatagtcagactacctccttaaatcatacaaactca
ggccttcagagagctggttcattagatgctgacgaggaactattaggagccagattaaaa
acgtgttctatggggtatgataagagattattatcaagtaagggatttatggttcctgaa
gaagcaataaatgtggtcttgcctgacgggtttgtggttaaaaacggctacaaatttagg
gacgagtttcatttgagtagttacgcgaaggctgacttgttttgcccttgtggaggtaga
cccagctcaattacaccctttaacgtgaacaagttgtttgatgaaaagggcaaatgccga
ttcaagttcattgtcgaagggagtaacgtctacatcacacagaatgcgagaaggttccta
gagtcaaagggggtcattttgtttaaagacgcctcaactaataagggtggagtaacaagc
agtagctatgaagtcttactatcactagtattggacgatgagacttacgagagggtagca
gttgagcgtgacgggtatgttcctgagtttagaaaaaagtacgtcaatgatatcatggaa
atcataaggaagaatgcaacaatggagtttgaagcgctttggtcagaaggtttaagaacc
ggaattccaaggtgtgacctgaccgacattctatccgacaaaatcaacgcactgaaatcc
agaattaaatcttcaaatacactgtttaatgacaaggaattagtttactcagtgttaagt
cgttgtgttcccgaatcattattggagttggtgacggtggagaaaataatgaaacggtta
cctcagatatatctgaggtcactattcgcctcttatttagcttcgaatttctattatacg
gaaaaattctccgacgacacttccgtctttgcgttctacgagtacattacttctttgaag
caaccgtttgcccataagaatagctgtaaagaggaattctcagacgactcacccttttct
aacatgggcttaaaactcactaaccaccactaa
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