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elbthwtkns01 elbthwtkns01
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4 years ago
After reading the paragraph below, answer the questions that follow.

Lipase is an enzyme released by the pancreas that digests fats in the small intestine; however, lipase is also found in bacteria. Researchers examined lipase function in two species of bacteria, species X and species Y. Data regarding the activity of lipase as a function of temperature are shown below for the lipase from bacteria X (white circles) and the lipase from bacteria Y (black circles). Use this information to answer the following three questions.


Lipase activity as a function of temperature.


What is true regarding the function of lipase?

▸ Lipase lowers the activation energy required to hydrolyze proteins.

▸ Lipase raises the activation energy required to hydrolyze proteins.

▸ Lipase raises the activation energy required to hydrolyze fats.

▸ Lipase lowers the activation energy required to hydrolyze fats.
Textbook 
Campbell Biology: Concepts and Connections

Campbell Biology: Concepts and Connections


Edition: 8th
Authors:
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Va97001Va97001
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wrote...
4 years ago
After reading the paragraph below, answer the questions that follow.

Lipase is an enzyme released by the pancreas that digests fats in the small intestine; however, lipase is also found in bacteria. Researchers examined lipase function in two species of bacteria, species X and species Y. Data regarding the activity of lipase as a function of temperature are shown below for the lipase from bacteria X (white circles) and the lipase from bacteria Y (black circles). Use this information to answer the following three questions.


Lipase activity as a function of temperature.


What can you conclude from data in the figure?

▸ The lipase from bacteria X is insensitive to changes in pH.

▸ Bacteria X likely lives in an environment that undergoes large changes in temperature.

▸ Only the lipase from bacteria Y denatures at high temperatures.

▸ The lipase from bacteria Y is more active than the lipase from bacteria X at 20°C.
wrote...
4 years ago
Bacteria X likely lives in an environment that undergoes large changes in temperature.
wrote...
4 years ago
This helped my grade so much
wrote...
4 years ago
Perfect
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