图3. DF和SF颗粒细胞中差异表达基因GO分析
1：RNA加工;2：RNA拼接;3：核酸代谢过程;4：含碱基化合物的代谢过程;5：核糖核蛋白复杂生物合成;6：细胞大分子代谢过程;7：核糖体生物合成;8：杂环代谢过程;9：细胞芳香族化合物的代谢过程;10：细胞氮化合物代谢过程;11：基因表达;12：RNA代谢过程;13：核糖体小亚基生物合成;14：核糖体RNA加工;15：大分子代谢过程;16：氮化物代谢过程;17：ncRNA加工;18：ncRNA代谢过程;19：有机循环化合物代谢过程;20：核糖体RNA代谢过程;21：下拨核内腔;22：细胞核部分;23：细胞核;24：细胞内的细胞器;25：细胞器;26：细胞膜内腔;27：细胞内细胞器内腔;28：细胞器内腔;29：细胞内细胞器的部分;30：细胞内的;31：细胞内的部分;32：细胞器的部分;33：细胞内膜上细胞器;34：膜上细胞器;35：核质;36：核糖核蛋白复合体;37：胞质核糖体小亚基;38：胞质核糖体;39：核质部分;40：大分子复合体;41：RNA结合;42：mRNA结合

Fig. 3. GO analysis of differentially expressed genes in DF and SF granulosa cells
1: RNA processing; 2: RNA splicing; 3: nucleic acid metabolic process; 4: nucleobase-containing compound metabolic process; 5: ribonucleoprotein complex biogenesis; 6: cellular macromolecule metabolic process; 7: ribosome biogenesis; 8: heterocycle metabolic process; 9: cellular aromatic compound metabolic process; 10: cellular nitrogen compound metabolic process; 11: gene expression; 12: RNA metabolic process; 13: ribosomal small subunit biogenesis; 14: rRNA processing; 15: macromolecule metabolic process; 16: nitrogen compound metabolic process; 17: ncRNA processing; 18: ncRNA metabolic process; 19: organic cyclic compound metabolic process; 20: rRNA metabolic process; 21: nuclear lumen; 22: nuclear part; 23: nucleus; 24: intracellular organelle; 25: organelle; 26: membrane-enclosed lumen; 27: intracellular organelle lumen; 28: organelle lumen; 29: intracellular organelle part; 30: intracellular; 31: intracellular part; 32: organelle part; 33: intracellular membrane-bounded organelle; 34: membrane-bounded organelle; 35: nucleoplasm; 36: ribonucleoprotein complex; 37: cytosolic small ribosomal subunit; 38: cytosolic ribosome; 39: nucleoplasm part; 40: macromolecular complex; 41: RNA binding; 42: mRNA binding