Answer:
<h2>Catabolite repression
</h2>
Explanation:
1. Catabolite repression: it is the positive control of the lac operon.
2. It results in an increase in the rate of transcription. Here, the CAP protein is activated by cAMP which then bind to the lac operon and facilitate the binding of RNA polymerase to the promoter to transcribe the genes for lactose utilization.
3. Role of glucose in catabolite repression is that It stimulates transcription from the lac operon, causing an increase in cAMP levels in the cell. Glucose decreases the levels of cAMP in the cell, result in repressing transcription from the lac operon.
Energy is stored in the form of <span>ATP, or </span>adenosine triphosphate, during cellular respiration.
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A human starts with” 1 “cell and by the time they are an adult, they have “ 50 trillion “ cells
Malfunctioned?
denaturation is a permanent change, an enzyme cannot function again once it's denatured.
but enzymes are not living things , they cannot be killed.
(not sure)
There is a 48% chance it will come back positive when the patient doesn't have the disease. This is because 52+48=100 that is the 100% total because it is correct 52% of the time it is incorrect 48% of the time
