Question

50. A rare mutation in calmodulin that causes it to be in a permanent activated state in smooth muscle cells, will directly lead to: a. unchanged levels of the activated myosin light chain kinase b. decreased levels of the activated myosin light chain kinase c. increased levels of the activated myosin light chain kinase d. all the above e. none of the above

          50. A rare mutation in calmodulin that causes it to be in a permanent activated state in
smooth muscle cells, will directly lead to:
a. unchanged levels of the activated myosin light chain kinase
b. decreased levels of the activated myosin light chain kinase
c. increased levels of the activated myosin light chain kinase
d. all the above
e. none of the above

50. A rare mutation in calmodulin that causes it to be in a permanent activated state in
smooth muscle cells, will directly lead to:
a. unchanged levels of the activated myosin light chain kinase
b. decreased levels of the activated myosin light chain kinase
c. increased levels of the activated myosin light chain kinase
d. all the above
e. none of the above

Added by Dana I.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert James Kiss

04/04/2024

Step 1

It activates myosin light chain kinase (MLCK). Show more…

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50. A rare mutation in calmodulin that causes it to be in a permanent activated state in smooth muscle cells, will directly lead to: a. unchanged levels of the activated myosin light chain kinase b. decreased levels of the activated myosin light chain kinase c. increased levels of the activated myosin light chain kinase d. all the above e. none of the above