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the substitutioninfluencesenzyme 's activity
by process of blood degradation(passive) caused byenzyme activities
by preparation and storage conditions(passive) caused byenzyme activities
microbial community structures(passive) are influenced byEnzyme activities
to demonstrateinfluencesenzyme activities
protein nitrationinfluencingenzyme activities
various factors(passive) are influenced byEnzyme activities
by excessive fermentation(passive) caused byenzyme activities
many other factors , such as gene expression(passive) can be influenced byEnzyme activities
the predictionwould influenceenzyme activities
the genetic variationcan influenceenzyme activities
the concentration and composition of lignocellulose preparations(passive) are also influenced byEnzyme activities
some factorsmay influenceenzymes activity
using frequencies in the optical spectral range ( 1014 range ) and(passive) can be influencedEnzyme activities
by compounds of the present application(passive) caused byenzymatic activity
using frequencies in the optical spectral range ( 1014 range ) and extremely low frequency ranges ( 10 Hz range(passive) can be influencedEnzyme activities
structural changesinfluenceenzymatic activity
enzyme induction(passive) is caused byenhanced enzyme activity
also(passive) was ... influencedL. Enzyme activity
Factorsinfluencingenzyme activity enzymes
by various types of respiration(passive) influenced byLysosomal enzyme activity
This variantcausesMTHFR enzyme activity
Factorsinfluencingextracellular enzyme activity
various types of respiration during extracorporeal circulation(passive) influenced byLysosomal enzyme activity
The rich enzyma concentrationcan leadheightened enzyme activity
COMT Val158Metinfluencesthe COMT enzyme activity
by grapefruit juice(passive) caused byCYP3A4 enzyme activity
by a substitution or modification , or a mutation of a promoter sequence of an enzyme gene(passive) caused byan enzyme activity
This increase in the pHcausesfaecal enzyme activity
by nongenetic factors such as concomitant drugs(passive) caused byCYP2C19 enzyme activity
nongenetic factors such as concomitant drugs(passive) caused byCYP2C19 enzyme activity
temperature , pH , and the concentration of substrate(passive) is influenced byEnzyme activity
by homozygous mutations of the tyrosinase gene(passive) caused bythe enzyme activity
Other factors ... pH and temperatureinfluenceenzyme activity
further increase in substrate concentrationdid ... influencethe enzyme activity
gene is knownto influenceenzyme activity
by 677 T allele of MTHFR gene(passive) caused byenzyme activity
Factors ... : substrate concentration and inhibitorsinfluencingenzyme activity
by a mutation in the PAH gene(passive) caused byenzyme activity
Change in hydrogen ion concentrationinfluencesthe enzyme activity
to enhanced Aleadingto enhanced A
EDcausingED
paincausepain
50 % inhibition of NBT reduction.[28 ] Catalase ( CAT ) activitycaused50 % inhibition of NBT reduction.[28 ] Catalase ( CAT ) activity
National ovulation prostaglandinsleadNational ovulation prostaglandins
in an accumulation of oleic acidresultsin an accumulation of oleic acid
in increased homocysteine methylation ... forming methionine and thus lowering plasma homocysteinemay ... resultin increased homocysteine methylation ... forming methionine and thus lowering plasma homocysteine
to mild hyperhomocysteninemialeadingto mild hyperhomocysteninemia
to accumulation of heparan sulfate ( HSleadsto accumulation of heparan sulfate ( HS
from the inappropriate loss of the riboflavin cofactorresultingfrom the inappropriate loss of the riboflavin cofactor
to accumulation of heparan sulfate ( HS ) in the brain and other organs as well asleadsto accumulation of heparan sulfate ( HS ) in the brain and other organs as well as
to rapid glucoseleadingto rapid glucose
in decrease of serum LDL levelsresultingin decrease of serum LDL levels
to high pain sensitivityleadsto high pain sensitivity
to disease statescan leadto disease states
to clinical symptoms , including neurodevelopmental delay and seizuresleadsto clinical symptoms , including neurodevelopmental delay and seizures
to clinical symptoms in humans , including neurodevelopmental delay and seizuresleadsto clinical symptoms in humans , including neurodevelopmental delay and seizures
the liver to metabolize fatcausesthe liver to metabolize fat
to fatty acidsleadingto fatty acids
to inflammatory digestive , respiratory , and cardiovascular conditionscan leadto inflammatory digestive , respiratory , and cardiovascular conditions
in fatigueresultsin fatigue
to an increase in the half - life of calcitriolleadingto an increase in the half - life of calcitriol
to the buildup of abnormal amounts of heparan sulfate ( HS ) in the brain and other organsleadsto the buildup of abnormal amounts of heparan sulfate ( HS ) in the brain and other organs
vegetables to lose nutrients and change texturecausesvegetables to lose nutrients and change texture
in increasedresultingin increased
changes in flavor and texture during storagecan causechanges in flavor and texture during storage
the liver to metabolise fatcausesthe liver to metabolise fat
undesirable changes in flavor and texture during storagecan causeundesirable changes in flavor and texture during storage
to increased metabolic activityleadsto increased metabolic activity
texture change and nutrient losscausestexture change and nutrient loss
changes in the flavour and texture during storagecan causechanges in the flavour and texture during storage
accumulation of BCAAs , allo - isoleucine , and branched - chain ketoacids ( BCKAs ) in tissues and plasmacausingaccumulation of BCAAs , allo - isoleucine , and branched - chain ketoacids ( BCKAs ) in tissues and plasma
food to spoilcausesfood to spoil
food to spoilcausesfood to spoil
the food to spoilcausesthe food to spoil
undesirable changes in flavour and texture during storagecan causeundesirable changes in flavour and texture during storage
to long lived high drug levelsleadingto long lived high drug levels
to the buildup of abnormal amounts of HS in the brain and other organsleadsto the buildup of abnormal amounts of HS in the brain and other organs
in increased concentrations of haloperidolmay resultin increased concentrations of haloperidol
in increased haloperidol concentrationsmay resultin increased haloperidol concentrations