2.7.1.39: homoserine kinase
This is an abbreviated version!
For detailed information about homoserine kinase, go to the full flat file.
Word Map on EC 2.7.1.39
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2.7.1.39
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keratitis
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herpes
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simplex
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corneal
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herpetic
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horseshoe
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immunopathological
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keratoplasty
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opacity
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virus-1
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immunoinflammatory
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isthmus
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trigeminal
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hsv-specific
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acyclovir
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anti-hsv
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phosphomevalonate
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agriculture
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slit-lamp
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aspartokinase
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drug development
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nephrolithotomy
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transperitoneal
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stone-free
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mckrae
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medicine
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lithotripsy
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hsv-infected
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hsv-1-induced
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lactofermentum
- 2.7.1.39
- keratitis
-
herpes
- simplex
- corneal
-
herpetic
-
horseshoe
-
immunopathological
-
keratoplasty
- opacity
-
virus-1
-
immunoinflammatory
-
isthmus
-
trigeminal
-
hsv-specific
- acyclovir
-
anti-hsv
- phosphomevalonate
- agriculture
-
slit-lamp
- aspartokinase
- drug development
-
nephrolithotomy
-
transperitoneal
-
stone-free
-
mckrae
- medicine
-
lithotripsy
-
hsv-infected
-
hsv-1-induced
- lactofermentum
Reaction
Synonyms
CglThrB, CThrB, DMR1, homoserine kinase, homoserine kinase (phosphorylating), HSK, kinase (phosphorylating), homoserine, kinase, homoserine (phosphorylating), Thr1, Thr1p, ThrB
ECTree
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Application
Application on EC 2.7.1.39 - homoserine kinase
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agriculture
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expression of Escherichia coli homoserine kinase in Solanum tuberosum plants with targeting to chloroplast and cytosol. Both approaches result in up to 11fold increase in total enzyme activity. Transgenic plants exhibit reduced homoserine levels while methionine and threonine do not accumulate significantly. Plants with elevated levels of cytosolic enzyme exhibit a reduction in transcript levels of the endogenous homoserine kinase, as well as of threonine synthase, cystathionine beta-lyase, and methionine synthase. In all plants, cystathionine gamma-synthase expression remains unchanged, while S-adenosylmethionine synthetase expression increases. Excess of plastidial localized homoserine kinase does not influence the de novo synthesis of methionine and threonine
drug development
molecular modeling and simulation study of homoserine kinase as an effective leishmanial drug target
medicine
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potential target for antibiotics due to the fact, that the pathway is not found in mammals