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what factorsinfluenceenzyme - catalyzed reactions during an enzyme catalyzed reaction the enzyme bonds with a specific substrate at the active site
the changes in enzyme activityresultwhen temperature , ph , enzyme concentration , or substrate concentration change
4 factorsmay influenceenzyme function Temperature , pH , Concentration of substrate
a contaminating enzymewould influencethe enzyme - substrate reaction under study
The electrochemical reactorcan causereaction of a substance corresponding to the substrate of the enzyme used in the enzyme electrode
equal to that used for the productive complexes(passive) was setThe dissociation rate constant of the enzyme - substrate nonproductive complex
the decreasing of substrate concentrationresultedin lower concentration of enzyme - substrate complex
changes in substrate concentrationwill influenceenzyme reaction rates
which naturally leads to more successful energetic collisionsresultingin increased enzyme - substrate reactions
several factorscan influencethe rate of enzyme reactions increasing the amount of substrate
The factors ... are 1influencingthe rate of the enzyme catalyzed reaction
The first factorinfluencesenzyme reaction rates
the factorsinfluenceenzyme reaction rates
The factorsinfluencingthe rate of the enzyme catalyzed reaction
More Factorsinfluencingthe rate of an enzyme catalyzed reaction
Factors ... : Ainfluencingthe rate of an enzyme catalyzed reaction
Factorscan influencethe rate of an enzyme - catalysed reaction
The factorsinfluencingthe rate of the enzyme catalysed reaction
the membrane - bound sequencecontributedto an increase of the enzyme - substrate affinity
A substrate for the enzyme is addedthereby causingan enzymatic reaction between the enzyme and the substrate
the product ... unlikelyto causeenzyme reaction inhibition
Which of the followingwould influencethe rate of an enzyme reaction
various chemical and physical conditions(passive) is influenced byThe rate of an enzyme reaction
his or her choiceleadsto a colorful enzyme - substrate reaction
D. A pH changecan causean enzyme to react with a different substrate
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
applying a substrate contained in the second aqueous phase to the enzymeto causea reaction between the substrate and the enzyme
Factorscontributingto the rate of enzyme reactions
a whole new conceptto designfluorogenic enzyme substrates by attaching an enzyme substrate moiety to a functional dye
The collective set of energetic advantagesresultfrom productive substrate binding to the enzyme active site
the water - soluble inorganic saltcausedinhibition of the enzyme reaction
a waycan leadto strong enzyme - substrate attraction
The formazan crystalsresultingfrom mitochondrial enzymatic activity on MTT substrate
by the presence of an organic substance or inorganic metal or biosynthetic compound(passive) influenced byenzyme - substrate activity
An environment too acidic or basiccould causehindrance for the substrate - enzyme binding
a characteristic colorresultsfrom the activity of the enzyme on the substrate
by diffusion(passive) heavily influenced byenzyme - substrate reactions
complex A non - covalent complexcomposedof a substrate bound to the active site of the enzyme
damage to proteinscausesenzyme inhibition , denaturation
L - asparagine in above 20mM concentrationcausesthe substrate inhibition of the enzyme
to the formation of an enzyme - substrate complexleadingto the formation of an enzyme - substrate complex
both the flux directionality and the rate of the reactioncan influenceboth the flux directionality and the rate of the reaction
to a reduction in the product and accumulation of the substrateleadingto a reduction in the product and accumulation of the substrate
an increase in reaction rateinitially causesan increase in reaction rate
the rate of reactioncan influencethe rate of reaction
the NAD(P ) compound to undergo its reversible reaction and thus affect the first enzyme and transfer charge to the electrode in an amount correlated with the extent of second enzyme / substrate reaction so as to permit assay of either if the other is knowncausesthe NAD(P ) compound to undergo its reversible reaction and thus affect the first enzyme and transfer charge to the electrode in an amount correlated with the extent of second enzyme / substrate reaction so as to permit assay of either if the other is known
to the formation of the productleadingto the formation of the product
to a product which is then the substrate for another enzyme which also is inhibitedleadsto a product which is then the substrate for another enzyme which also is inhibited
to this discoveryleadingto this discovery
a defined magnitude of response in a given systemcausesa defined magnitude of response in a given system
the efficacywill influencethe efficacy
it to move from the aqueous phase into the interface at an increasing ratecausesit to move from the aqueous phase into the interface at an increasing rate
the product to be formedcausingthe product to be formed
to low turnover number , which is the Kcatleadingto low turnover number , which is the Kcat
the substrate to release fluorescent productswill causethe substrate to release fluorescent products
to decreased degradation of the substrateleadsto decreased degradation of the substrate
to a pH change and a pH - sensitive polymer that changes erosion rate and concomitant insulin release in response to that changeleadsto a pH change and a pH - sensitive polymer that changes erosion rate and concomitant insulin release in response to that change
to the formation of an insoluble precipitate visualized in the form of punctate dots for the RNAscope assayleadsto the formation of an insoluble precipitate visualized in the form of punctate dots for the RNAscope assay
in increased hydrolysis of the substrate(i.e . , better cleaning performanceresultedin increased hydrolysis of the substrate(i.e . , better cleaning performance
in cleavage of the substrate moleculeresultin cleavage of the substrate molecule
the density of colour(passive) is causedthe density of colour
to the change in colorledto the change in color
optical density(passive) caused byoptical density
to defined productsleadingto defined products
alsoresultedalso
to the change in color which intensity is proportional to the amount ofledto the change in color which intensity is proportional to the amount of
to either release a source of acidity or destroy sources of alkalinity in the washdesignedto either release a source of acidity or destroy sources of alkalinity in the wash
a conformational change in the enzymecausesa conformational change in the enzyme
to react with specific analyte enzymes in the sampleare designedto react with specific analyte enzymes in the sample
to the formation of an insoluble precipitate visualized in the form of punctate dots for the RNAscope assayleadsto the formation of an insoluble precipitate visualized in the form of punctate dots for the RNAscope assay
to development of a blue colour which is indicative of the Ag - Ab reaction which has occurred in the microwellleadsto development of a blue colour which is indicative of the Ag - Ab reaction which has occurred in the microwell
to the release of a surface targeting dyeleadsto the release of a surface targeting dye
in a yellow colored product , which is measured in a spectrophotometer adjusted to a wavelength of 405 nanometers with a side band adjusted to 630 nanometerswill resultin a yellow colored product , which is measured in a spectrophotometer adjusted to a wavelength of 405 nanometers with a side band adjusted to 630 nanometers
to an acceleration ( activator ) or deceleration ( inhibitor ) of the reaction rateleadingto an acceleration ( activator ) or deceleration ( inhibitor ) of the reaction rate
in a directly or indirectly measurable changeresultingin a directly or indirectly measurable change
a change in dye(passive) caused bya change in dye
to browningleadto browning
to a detectable reactionleadingto a detectable reaction
a measurable reactioncausesa measurable reaction
reactcausereact