Q. In enzymatic mechanism the substrate bind to enzyme active site to produce

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Q. Number of substrate molecules converted into product by one molecule of enzyme active site per unit time is called

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Q. The substrate concentration that produces exactly half of the maximum reaction rate can be described by

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Q. HaeIII and AluI are restriction enzymes that cut straight across the double helix producing

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Q. Zinc-finger nucleases is

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Q. Sticky ends are overhanging pieces of single stranded

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Q. Restriction enzymes are also called

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Q. RNA molecules that act as enzymes are called as

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Q. Ribozymes are also termed as

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Q. The first ribozyme was discovered in

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Q. If the enzyme change the active site the rate of reaction will

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Q. The number of models that represent enzyme-substrate model are

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Q. Bond specificity is also called

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Q. Enzymes binds with chemical reactant called

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Q. Enzymes showing substrate specificity are specific to only

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Q. Glucose oxidase and peroxidase are two enzymes found in the medicine named as

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Q. Enzymes are very

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Q. Proteases enzyme only act with

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Q. The enzyme in pawpaw have optimum temperature of

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Q. Rate of enzyme reaction depends on

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