12/3 Cell Cycle Regulation

A. A protein that fluctuates in concentration during the cell cycle and helps trigger transitions between phases.

B. An enzyme that must bind a specific cyclin to become active and push the cell cycle forward.

C. A control point in the cell cycle where conditions are assessed before allowing progression.

D. A gene/protein that normally prevents uncontrolled cell division; when mutated or inactive, can lead to cancer.

E. A gene/protein that normally promotes cell division; if overactive or unregulated, can drive excessive division and cancer.

A. A protein that fluctuates in concentration during the cell cycle and helps trigger transitions between phases.

B. An enzyme that must bind a specific cyclin to become active and push the cell cycle forward.

C. A control point in the cell cycle where conditions are assessed before allowing progression.

D. A gene/protein that normally prevents uncontrolled cell division; when mutated or inactive, can lead to cancer.

E. A gene/protein that normally promotes cell division; if overactive or unregulated, can drive excessive division and cancer.

A. A protein that fluctuates in concentration during the cell cycle and helps trigger transitions between phases.

B. An enzyme that must bind a specific cyclin to become active and push the cell cycle forward.

C. A control point in the cell cycle where conditions are assessed before allowing progression.

D. A gene/protein that normally prevents uncontrolled cell division; when mutated or inactive, can lead to cancer.

E. A gene/protein that normally promotes cell division; if overactive or unregulated, can drive excessive division and cancer.

A. A protein that fluctuates in concentration during the cell cycle and helps trigger transitions between phases.

B. An enzyme that must bind a specific cyclin to become active and push the cell cycle forward.

C. A control point in the cell cycle where conditions are assessed before allowing progression.

D. A gene/protein that normally prevents uncontrolled cell division; when mutated or inactive, can lead to cancer.

E. A gene/protein that normally promotes cell division; if overactive or unregulated, can drive excessive division and cancer.

A. A protein that fluctuates in concentration during the cell cycle and helps trigger transitions between phases.

B. An enzyme that must bind a specific cyclin to become active and push the cell cycle forward.

C. A control point in the cell cycle where conditions are assessed before allowing progression.

D. A gene/protein that normally prevents uncontrolled cell division; when mutated or inactive, can lead to cancer.

E. A gene/protein that normally promotes cell division; if overactive or unregulated, can drive excessive division and cancer.