G2/M transition of mitotic cell cycle
The mitotic cell cycle transition by which a cell in G2 commits to M phase. The process begins when the kinase activity of M cyclin/CDK complex reaches a threshold high enough for the cell cycle to proceed. This is accomplished by activating a positive feedback loop that results in the accumulation of unphosphorylated and active M cyclin/CDK complex.
GO:0044772
mitotic cell cycle phase transition
is_a
GO:0044839
cell cycle G2/M phase transition
is_a
mitotic G2/M transition
exact
SPAC8E11.02c SPACUNK12.02c SPCC1322.08 SPCC18B5.03 SPAC2F7.03c SPCC320.13c SPAC31F12.01 SPAPB18E9.02c SPBC23G7.04c SPCC338.08 SPBC11B10.09 SPBC649.05 SPAC24H6.05 SPBC25D12.02c SPAC1D4.06c SPAC23D3.02 SPAC227.07c SPAC14C4.13 SPBC30D10.10c SPBC887.10 SPAC1782.09c SPBC16H5.07c SPBC725.02 SPBC29A10.15 SPBC342.05 SPAC11E3.09 SPBC776.12c SPBC6B1.09c SPCC297.03 SPAC694.06c SPAC17A2.13c SPAC23C11.16 SPBC216.05 SPAC664.07c SPCC18B5.11c SPBC409.07c SPCC4G3.05c SPAC19G12.06c SPAC1952.07 SPAC22E12.14c SPCC550.13 SPAC57A10.02 SPCC1259.13 SPBC660.14 SPCC162.10 SPAC11E3.11c SPBC1539.08 SPAC24B11.11c SPAC24B11.06c SPAC10F6.16 SPAC644.06c SPAPB1A10.09 SPAC23C4.18c SPCC622.08c SPAC23A1.06c SPCC4B3.12 SPACUNK4.14 SPBC216.07c SPBC582.03 SPAPYUG7.02c SPBC776.02c SPAC20G4.04c SPAC19E9.02 SPBC14C8.07c