Consider the actin-myosin contractile cycle. Based on this
cycle, explain how a decrease in myosin's ATPase...
Consider the actin-myosin contractile cycle. Based on this
cycle, explain how a decrease in myosin's ATPase activity could
affect muscle's ability to contract.
Consider an ATP-driven molecular motor like myosin applying a force
on an actin cable in the cytoskeleton of the cell. Explain how the
concept of allostery could help understand the mechanism of such a
molecular motor.
1.What are the steps in the myosin/actin contraction cycle? Why
is Ca2+ important?
2.Enzymes can effect which free energy change in a reaction? How
does this change/effect the whole reaction?
3. A monomeric form of hemoglobin would have what kind of
binding curve?
5. Discuss how myosin II walks along an actin filament. Be sure
to include the details of the following steps: a) Attached b)
Released c) Cocked d) Force-generating e) Attached
Explain how actin capping and actin severing could increase cell
migration. Rubric (4): cell migration is linked to actin
capping (2) and severing of microfilaments (2).
1. For a single cycle computer system, how to calculate the
cycle time based on with/without pipeline? CPI (Cycle per
instruction), there is standard formula equation, please explain
it
2. What about multi-cycle systems?
3. For currently, do the instruction sets used for quantum
computer use pipeline design?