1.14.11.55: ectoine hydroxylase
This is an abbreviated version!
For detailed information about ectoine hydroxylase, go to the full flat file.
Word Map on EC 1.14.11.55
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1.14.11.55
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2-oxoglutarate-dependent
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halophil
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5-hydroxyectoine
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halomonas
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salexigens
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ironii
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non-heme-containing
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hydroxylases
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alaskensis
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sphingopyxis
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elongata
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stereo-specific
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osmostress
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mechanosensitive
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tetrahydropyrimidine
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ectabc
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stutzeri
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osmolarity
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virgibacillus
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co-substrate
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halotolerant
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maritimus
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chassis
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salina
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region-selective
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thermoregulated
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nitrosopumilus
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chromohalobacter
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thermoprotection
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alkaliphilic
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hydrothermalis
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sitting-drop
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synthesis
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extremophiles
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prop
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apo-form
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monosodium
- 1.14.11.55
-
2-oxoglutarate-dependent
-
halophil
- 5-hydroxyectoine
-
halomonas
- salexigens
-
ironii
-
non-heme-containing
- hydroxylases
- alaskensis
-
sphingopyxis
- elongata
-
stereo-specific
-
osmostress
-
mechanosensitive
-
tetrahydropyrimidine
-
ectabc
- stutzeri
-
osmolarity
-
virgibacillus
-
co-substrate
-
halotolerant
- maritimus
-
chassis
- salina
-
region-selective
-
thermoregulated
- nitrosopumilus
-
chromohalobacter
-
thermoprotection
-
alkaliphilic
- hydrothermalis
-
sitting-drop
- synthesis
-
extremophiles
-
prop
-
apo-form
-
monosodium
Reaction
Synonyms
Csal_3003, ectD, EctE, ectoine dioxygenase, HELO_4008, REctD, Sala_2952, SCATT_10620, ThpD
ECTree
1.14.11.55 ectoine hydroxylaseAdvanced search results
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results (Expression
Expression on EC 1.14.11.55 - ectoine hydroxylase
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EXPRESSION 
ORGANISM
UNIPROT
LITERATURE
ectoine production is linearly correlated with the salinity of the growth medium. The formation of 5-hydroxyectoine is primarily a stationary growth phase phenomenon. The transcript levels of the ectABC and ectD genes increase as a function of salinity
enzyme expression increases in the presence of up to 10-15% (w/v) NaCl
expression of isoform EctE is always stress factor RpoS-dependent regardless of the growth phase and osmotic or heat stress conditions
osmoregulated expression of ectD at exponential phase, and the thermoregulated expression of ectD at the stationary phase are dependent on the general stress factor RpoS. AraC-GlxA-like EctZ transcriptional regulator under exponential growth acts as both a transcriptional activator of osmoregulated EctD expression and a repressor of isoform EctE transcription
enzyme expression increases in the presence of up to 10-15% (w/v) NaCl
enzyme expression increases in the presence of up to 10-15% (w/v) NaCl
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expression of isoform EctE is always stress factor RpoS-dependent regardless of the growth phase and osmotic or heat stress conditions
expression of isoform EctE is always stress factor RpoS-dependent regardless of the growth phase and osmotic or heat stress conditions
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