a mutant alleleis causingdecreased activity of an enzyme involved in heme biosynthesis
the presence of an organic substance or inorganic metal or biosynthetic compound due to their covalent or non - covalent interactions with enzyme active site resulting in a decrease , reduction or termination of the enzyme activity during biological reaction(passive) influenced byenzyme - substrate activity
Factorsinfluencingenzyme activity Types of enzyme inhibition
by the presence of an organic substance or inorganic metal or biosynthetic compound(passive) influenced byenzyme - substrate activity
Bronidoxcausesinhibition of enzyme activity in bacteria
Covalent binding and protein loadingcan influencethe activity retention of enzyme
a characteristic colorresultsfrom the activity of the enzyme on the substrate
the oxidative damage(passive) could be ... caused byexpression due to attenuated enzyme activity
metabolismcausingdeficient activity of the enzyme
something in royal jellyinfluencesthe activity of the methylation enzyme
the cell(passive) is influenced byactivity of an enzyme
different gene mutations(passive) caused byresidual enzyme activity
To testpromptedlowered enzyme activity
by grapefruit juice(passive) caused byCYP3A4 enzyme activity
to arrest of DNAleadsto arrest of DNA
to arrest of DNA synthesis and cell deathleadsto arrest of DNA synthesis and cell death
to arrest of DNA synthesis and cell deathleadsto arrest of DNA synthesis and cell death
to an increase in the content of noradrenaline and serotonin in the brain , which in turn eliminates the biochemical cause of depressionleadsto an increase in the content of noradrenaline and serotonin in the brain , which in turn eliminates the biochemical cause of depression
thereforemay ... influencetherefore
the efficacy of these drugswill influencethe efficacy of these drugs
the efficacywill influencethe efficacy
the substrate to release fluorescent productswill causethe substrate to release fluorescent products
to decreased degradation of the substrateleadsto decreased degradation of the substrate
to severe health effectsleadingto severe health effects
to the production of HDL cholesterolcontributesto the production of HDL cholesterol
in fewer carbs being broken down into simple sugars allowing blood sugar to stay more stableresultsin fewer carbs being broken down into simple sugars allowing blood sugar to stay more stable
urea to break downcan causeurea to break down
a measurable reactioncausesa measurable reaction
to a marked drop in the initial reaction rate and the maximum yield , possibly caused by the substrate inhibition at high concentrations of substrateledto a marked drop in the initial reaction rate and the maximum yield , possibly caused by the substrate inhibition at high concentrations of substrate
Allosteric Enzymes(passive) are influenced byAllosteric Enzymes
to the deterioration of foods qualitycan leadto the deterioration of foods quality
in an accumulation of oleic acidresultsin an accumulation of oleic acid
to disease statescan leadto disease states
In Antiproliferative And Anti - Inflammatory EffectsResultingIn Antiproliferative And Anti - Inflammatory Effects
to rapid glucoseleadingto rapid glucose
in decrease of serum LDL levelsresultingin decrease of serum LDL levels
to degradationcan leadto degradation
to increased mineralization of organic matter and improved resistance against pests and diseasesleadingto increased mineralization of organic matter and improved resistance against pests and diseases
in risk stratification of subjectscan contributein risk stratification of subjects
to slow progression of the diseasemight leadto slow progression of the disease
from microorganisms actively growing in a culture mediumresultingfrom microorganisms actively growing in a culture medium
to disease statescan leadto disease states
to slow progression of the disease and result in the so - called cardiac or renal variants with delayed presentationmight leadto slow progression of the disease and result in the so - called cardiac or renal variants with delayed presentation
in risk stratification of subjects with variant ACADM genotypescan contributein risk stratification of subjects with variant ACADM genotypes
to fatty acidsleadingto fatty acids
in fatigueresultsin fatigue
to an increase in the half - life of calcitriolleadingto an increase in the half - life of calcitriol
to tumor formation and inflammatory digestive , respiratory , and cardiovascular conditionsleadsto tumor formation and inflammatory digestive , respiratory , and cardiovascular conditions
to the deterioration of foods qualitycan leadto the deterioration of foods quality
to accumulation of heparan sulfate ( HS ... in the brain and other organs as well as progressive brain atrophy with cortical gray matter volume lossleadsto accumulation of heparan sulfate ( HS ... in the brain and other organs as well as progressive brain atrophy with cortical gray matter volume loss