Assertion: vitellogenic oocyte | /r/HasProperty | en
Facets:
Source sentences:
text: A, oogonia (OG), with basophilic chromosomes condensed in the nucleus (N); B, previtellogenic oocyte (PR), having bluish cytoplasm and without yolk granules; C, endogenous vitellogenic oocyte (EN), with some eosinophilic components (*); D, early exogenous vitellogenic oocyte (EX), showing eosinophilic cytoplasm with many small yolk granules (YG); E, later EX, showing the large yolk granules (YG) and lipid droplet (LD) in cytoplasm; F, nearly mature oocyte (NO); G, mature oocyte (MO), with many large yolk globules (YG); H, free mature oocyte (FMO), which was separated from the follicle cells.
text: Stage II: the ovary appeared light yellow or tan in colour, dominated by endogenous vitellogeic oocytes (EN, 69.3%).
text: I: the ovary appears thin ribbon-like and translucent, dominated by oogonia (OG) and previtellogenic oocytes (PRO); Stage II: the ovary appears milk white or buff, dominated by endogenous vitellogenic oocytes (EN); Stage III: the ovary appears orange or light brown, dominated by exogenous vitellogenic oocytes (EX); Stage IV: the ovary appears crimson red or brown and ovarian lobes occupy most available body cavities.
text: : Gametocytes were classified into six categories: oogonia (OG), previtellogenic oocyte (PR), endogenous vitellogenic oocyte (EN), exogenous vitellogenic oocyte (EX), near-mature oocyte (NO) and mature oocyte (MO).
text: A, oogonia (OG), with basophilic chromosomes condensed in the nucleus (N); B, previtellogenic oocyte (PR), having bluish cytoplasm and without yolk granules; C, endogenous vitellogenic oocyte (EN), with some eosinophilic components (*); D, early exogenous vitellogenic oocyte (EX), showing eosinophilic cytoplasm with many small yolk granules (YG); E, later EX, showing the large yolk granules (YG) and lipid droplet (LD) in cytoplasm; F, nearly mature oocyte (NO); G, mature oocyte (MO), with many large yolk globules (YG); H, free mature oocyte (FMO), which was separated from the follicle cells.