(4 points) The diagram below summarizes the mitotic cell cycle, including the Cyclins and Cdks important for each phase of the cycle. On the left, proteins regulating the

(G_(2))/(M)

checkpoint are listed. On the right side, regulators of the

(G_(1))/(S)

checkpoint are listed. Pointy arrows indicate positive regulation (activation); flat\ Given your answer in Question 3, argue whether

Cu(SBCM)_(2)

is more likely to affect the activity of the checkpoint protein

p53

or Wee1. Does

Cu(SBCM)_(2)

activate or inhibit its target?\ It is more likely to affect P53 because if PS3 is active it innibits the cell Pope in Sphase bo did Q3 show figicanth\ inhibit = block or prevent\ you said "increases S phase"... That's the opposite. inhibition

( 4 points) The diagram below summarizes the mitotic cell cycle, including the Cyclins and Cdks important for each phase of the cycle. On the left, proteins regulating the G2/M checkpoint are listed. On the right side, regulators of the G1/S checkpoint are listed. Pointy arrows indicate positive regulation (activation): flat-tan Given your answer in Question 3, argue whether Cu(SBCM)2 is more likely to affect the activity of the checkpoint protein p53 or Wee1. Does Cu(SBCM)2 activate or inhibit its target? It is more likely to affect P53 because if PS3 is active it innibits the cell POPc in S phase. do did Q3 shificanth atter it) in hibit = block or prevent you said "increases S phase"... That's the oppositeo inhibition