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Q: Can enzymes cause lysis in substrates?
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Related questions

What do cells have of enzymes to act as biological catalyst?

enzymes are protein molecules that act as biological catalysts


Is it true or false that Enzymes interact with specific substrates?

True. Enzymes are highly specific in their interactions with substrates. Each enzyme is designed to interact with a particular substrate based on the shape and chemical properties of both the enzyme and the substrate. This specificity allows enzymes to catalyze specific reactions efficiently.


What can enzymes react with?

Substrates


How does an enzymes interact with a substance?

Enzymes interact with substrates by binding only with specific substrates. Enzymes will then alter the shape of the substrate in order to induce reaction.


What to enzymes do?

Enzymes attach to things called substrates to help speed up the reaction. Only certain enzymes match the shape of certain substrates.


What are molecules that are acted upon by enzymes called?

These molecules are called substrates.


Enzymes specially interact with?

Substrates


Do all enzymes have the same shape as their substrates?

Yes.


What is the region where enzymes attach to their substrates?

The active site.


What do enzymes and substrates look like?

Enzymes are typically proteins that have specific shapes that allow them to bind with substrates, which are the molecules that enzymes act upon. Enzymes can have specific binding sites that fit the shape of the substrate molecule, enabling them to catalyze chemical reactions. Substrates are usually smaller molecules that are acted upon by enzymes to produce a specific product.


Where is the region where enzymes attach to their substrates called?

The active site.


What is enzyme affinity?

Enzyme affinity refers to the strength of binding between an enzyme and its substrate. It determines how readily an enzyme can bind to its substrate and catalyze a reaction. Enzymes with high affinity have a strong binding interaction with their substrates, leading to efficient catalysis.