细胞周期和细胞凋亡类基因
G0 G1 转变 (G0 to G1 transition) 1: mdm4
G1/S 特异转录，有丝分裂细胞周期 (G1/S-specific transcription in mitotic cell cycle) 1: gfi1
G1/S 转变, 有丝分裂细胞周期 (G1/S transition of mitotic cell cycle) 19: bcat1 ccnd1 ccne1 cdc34 cdc7 cdca5 cdk4 cdkn3 cul1 cul2 cul3 cul4a cul5 gspt1 lats2 pml ppp6c rcc1 skp2
G1/S 转变检控点 (G1/S transition checkpoint) 4: dlg1 hus1 nbn pura
G1 期 (G1 pha) 2: cdc42 rb1创业路上
G1 期, 有丝分裂细胞周期 (G1 pha of mitotic cell cycle) 10: anapc2 cdc23 cdk6 cdkn1c dnaja2 e2f1 map3k11 taf1 taf1l tbrg4
G1 特异转录，有丝分裂细胞周期 (G1-specific transcription in mitotic cell cycle) 1: gfi1b
田姓男孩起名G2/M转变, 有丝分裂细胞周期 (G2/M transition of mitotic cell cycle) 10: anapc10 anapc4 anapc5 birc5 ccnb1 cdk2 dnm2 khdrbs1 lats1 tpd52l1
G2/M转变DNA 损伤检控点 (G2/M transition DNA damage check-point) 1: brsk1
培训的重要性
G2 期, 有丝分裂细胞周期 (G2 pha of mitotic cell cycle) 4: cenpf ches1 gt1 kpna2
M期 (M pha) 2: ilf3 rb1
M期, 有丝分裂细胞周期 (M pha of mitotic cell cycle) 4: cdc25b dlg7 mphosph6 mphosph9
M期特异微管过程 (M pha specific microtubule process) 1: kpna2
S-M检控点 (S-M checkpoint) 1: appbp1
幼儿园消毒记录表S 期, 有丝分裂细胞周期 (S pha of mitotic cell cycle) 1: cdk2ap1
S 期特异转录，有丝分裂细胞周期 (S-pha-specific transcription in mitotic cell cycle) 1: abl1
胞裂蛋白环组装 (ptin ring asmbly) 1: nubp1
胞质分裂 (cytokinesis) 16: arhgef11 aurkc cecr2 dctn3 diaph2 espl1 myh10 prc1 rasa1 rock2 pt2 pt3 pt4 pt5 pt6 pt7
不对称细胞分裂 (asymmetric cell division) 1: pard3
凋亡程序 (apoptotic program) 10: bad bik casp2 casp7 casp8 casp9 mcl1 pdia2 pn2 vdac1
凋亡核改变 (apoptotic nuclear changes) 2: dedd2 ndufa13
凋亡染色体浓缩 (apoptotic chromosome condensation) 1: acin1
凋亡线粒体改变 (apoptotic mitochondrial changes) 4: bak1 bax bcl2l1 bid
动粒组装 (kinetochore asmbly) 2: cenpe cenpf
炸鸡米花纺锤体组织和生物发生 (spindle organization and biogenesis) 7: aurka bub1b cks2 kntc2 spag5 ube2c zwint
分裂间期, 有丝分裂细胞周期 (interpha of mitotic cell cycle) 1: katna1
陆游的故事减数分裂 (meiosis) 30: boll c8orf1 ccna1 ccnb3 cspg6 dmc1 dmwd dusp13 exo1 h2afx mre11a msh4 msh5 nek2 rad50 rad51 rad54l rec8l1 smc1l1 smc1l2 spo11 stag2 stag3 sycp1 sycp2 top3a tsga2 utp14c xrcc2 zw10
减数分裂纺锤体组织和生物发生 (meiotic spindle organization and biogenesis) 1: tubg1
减数分裂前期I (meiotic propha I) 1: sycp2
减数分裂前期II (meiotic propha II) 1: msh5
减数分裂染色体凝集 (meiotic chromosome gregation) 1: sgol1
减数分裂重组 (meiotic recombination) 19: atm chek1 dmc1 klhdc3 lig3 mlh3 mre11a msh4 msh5 rad21 rad50 rad51 rad51l1 rad51l3 rad52 rad54b rec8l1 spo11 sycp1
姐妹染色单体凝集 (sister chromatid gregation) 1: lats1
二年级音乐姐妹染色单体连接 (sister chromatid cohesion) 3: cspg6 pols rec8l1
excel查找重复项跨越开始控制点, 有丝分裂细胞周期 (traversing start control point of mitotic cell cycle) 6: cdc2 cdc25c cdc6 cdc7 cdk10 cdk2
联会复合体形成 (synaptonemal complex formation) 4: sc65 stag3 sycp1 sycp2
内S DNA 损伤检控点 (intra-S DNA damage checkpoint) 1: nek11
确立有丝分裂纺锤体定位 (establishment of mitotic spindle localiz-ation) 1: espl1
确立有丝分裂纺锤体取向 (establishment of mitotic spindle orient-ation) 1: pafah1b1
染色体凝集 (chromosome gregation) 13: espl1 pn1 pn2 pttg1 rad21 riok3 sgol2 smc1l1 smc1l2 srpk1 stag1 stag2 stag3
染色体浓缩 (chromosome condensation) 1: hils1
染色体组织和生物发生 (chromosome organization and biogenesis) 8: pttg1 pttg3 rad50 smc1l1 smc1l2 smc2l1 smc5l1 smchd1
染色体组织和生物发生(见于真核生物) (chromosome organization and biogenesis (nsu Eukaryota)) 82: abtb2 ard1a atrx cbx4 cenpa chd1 chd2 chd3 chd4 cspg6 egf h1f0 h1fx h2afb1 h2afb3 h2afv h2afx h2afy h2afy2 h2afz h2bfm h2bfs h3f3a h3f3b hist1h1b hist1h1c hist1h1d hist1h1e hist1h2ab hist1h2ac hist1h2ae hist1h2ag hist1h2ak hist1h2aps4 hist1h2ba hist1h2bb hist1h2bc hist1h2bd hist1h2bh hist1h2bj hist1h2bk hist1h2bl hist1h2bm hist1h2bn hist1h2bo hist1h3f hist1h4g hist2h2aa hist2h2ac hist2h2bc hist2h2be hist2h3c hist3h2bb hist3h3 hmga1 hmga2 loc340096 loc340549 loc347376 loc388177 loc391405 loc391769 loc391770 loc442461 loc653604 prm1 prm2 pn1 pn2 rad21 rad21l1 rec8l1 rp11-196g18.6 rp5-998n21.6 smc4l1 tnfrsf7 tnp1 tnp2 top3a top3b twist1 znf238
