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For a steady state condition, the change of substrate concentration (dCs/dt) is
The application of the steady-state assumption makes the implicit assumption that there is an initial transient during which the substrate concentration remains approximately constant, equal to the initial substrate concentration, while the enzyme-substrate complex concentration builds up.
The application of the steady-state assumption makes the implicit assumption that there is an initial transient during which the substrate concentration remains approximately constant, equal to the initial substrate concentration, while the enzyme-substrate complex concentration builds up.
See lessThe immobilized technique involving chemical method is
Covalent immobilization of enzymes to polymeric supports is a well-known chemical immobilization method used to develop enzymatic biosensors. In this case, biocatalysts are bound to the surface through the functional groups that they contain.
Covalent immobilization of enzymes to polymeric supports is a well-known chemical immobilization method used to develop enzymatic biosensors. In this case, biocatalysts are bound to the surface through the functional groups that they contain.
See lessDuring the enzymatic reaction of an immobilized enzyme, the rate of substrate transfer is
During the enzymatic reaction of an immobilized enzyme, the rate of substrate transfer is equal to that of substrate consumption.
During the enzymatic reaction of an immobilized enzyme, the rate of substrate transfer is equal to that of substrate consumption.
See lessdisadvantage to the adsorption method of immobilization?
Disadvantages of Adsorption: Modest yield. Surface area for enzyme binding is small. The enzyme gets desorbed from its carrier.
Disadvantages of Adsorption:
See lessModest yield.
Surface area for enzyme binding is small.
The enzyme gets desorbed from its carrier.
The immobilized enzyme produced by micro encapsulation technique provides
The microencapsulation method is determined by the categorization of enzymes around a microporous membrane. This immobilization type provides the inclusion of semipermeable, globular polymeric membranes with porous control
The microencapsulation method is determined by the categorization of enzymes around a microporous membrane. This immobilization type provides the inclusion of semipermeable, globular polymeric membranes with porous control
See lessassumption in the distributed model?
The assumption is that each -value in a particular conditional distribution is independent from every other -value in that same distribution. Normality: This assumption indicates that every one of the conditional distributions of -values is normally distributed.
The assumption is that each -value in a particular conditional distribution is independent from every other -value in that same distribution. Normality: This assumption indicates that every one of the conditional distributions of -values is normally distributed.
See lessFunctional groups of the nonessential amino acid residues that are suitable for the immobilization process are
The functional groups of enzymes that bind to support materials should be nonessential amino acid residues, which must not be at the active sites. The groups that are suitable for the immobilization process can be free amino, carboxyl, hydroxyl, and sulfhydryl groups.
The functional groups of enzymes that bind to support materials should be nonessential amino acid residues, which must not be at the active sites. The groups that are suitable for the immobilization process can be free amino, carboxyl, hydroxyl, and sulfhydryl groups.
See lessWater insoluble enzymes can be prepared by using multifunctional agents that are bifunctional in nature and have
Some common water-insoluble supports used for covalent immobilization of enzymes are synthetic supports such as acrylamide-based polymers, maleic anhydride-based polymers, methacrylic acid-based polymers, styrene-based polymers, and polypeptides, and natural supports such as agarose, cellulose, dextRead more
Some common water-insoluble supports used for covalent immobilization of enzymes are synthetic supports such as acrylamide-based polymers, maleic anhydride-based polymers, methacrylic acid-based polymers, styrene-based polymers, and polypeptides, and natural supports such as agarose, cellulose, dextran, glass,
See lessA typical tubular centrifuge has a bowl of 2 to 5 inch in diameter and 9 to 30 inch in height with a maximum rotating speed of
8-10% of the capital cost. Q4 ⇒ A typical tubular centrifuge has a bowl of 2 to 5 inch in diameter and 9 to 30 inch in height with a maximum rotating speed
8-10% of the capital cost. Q4 ⇒ A typical tubular centrifuge has a bowl of 2 to 5 inch in diameter and 9 to 30 inch in height with a maximum rotating speed
See lessThe correlation often employed to correlate adsorption data for protein is (where Ymax is the maximum amount of solute adsorbed per mass of adsorbent, X is the mass fraction of solute in the diluent phase in solute-free basis, KL is a constant and Y is the equilibrium value of the mass of solute adsorbed per mass of adsorbent)
y* = YmaxX. KL +X where Ymax is the maximum amount of solute adsorbed per mass of adsorbent, and KL is a constant. Adsorption Operation
y* = YmaxX. KL +X where Ymax is the maximum amount of solute adsorbed per mass of adsorbent, and KL is a constant. Adsorption Operation
See less