A molecule that reduces the activity of an enzyme by binding to a site other than the site at which the substrate normally binds is termed a/an _____.   Question options:   transcription factor   allosteric activator   hormone   competitive inhibitor   noncompetitive inhibitor

Please, please I do not understand this question for Biochemistry. Can you help me? Steps leading to the correct answer would be helpful!

True or False: In eukaryotes, transcription is generally regulated by a combination of many factors which determines the expression of any given gene. False True

Which of the following is true of nuclear regulatory effects, as compared to cytosolic regulatory effects? they begin faster, they have a longer duration of effect they have a shorter duration of effect they are the same. it's not known

Fill in the blanks and answer the question:   A. The enzyme ATCase (aspartate transcarbamoylase) uses _________________control to regulate its activity. The molecule ATP is an allosteric _____________ of ATCase and because it is a molecule different from the substrate of this enzyme it produces an _________________ effect in the enzyme’s activity.   B. Is it appropriate to study the enzymatic activity of ATCase with the Michaelis Menten approximation? Justify your answer.

There are several types of enzyme regulators which can either be positive ("turn on") or negative ("turn off") regulators. Why would you ever want to "turn off" an enzyme?

Which feature of an enzyme, distinct from non-enzyme proteins, relates specifically to their catalytic activity?   Question 2 options:     Stereospecific     High specificity     Rate enhancement     Ability to be regulated

QUESTION 6 If a drug is built to bind to the active site of the enzyme, it will prevent substrate binding. This drug would be classified as a(n) allosteric activator. O allosteric inhibitor. noncompetitive inhibitor. competitive inhibitor.

1st answer choices: yes, no 2: yes, no 3:increase, decrease 4: a lot of mRNA or very little mRNA 5: less mRNA, more mRNA, or the same amount of mRNA

What are the correct terms that go with the definition?