Template:Pincus1935 table 1: Difference between revisions
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| colspan=4|Table 1 - Progressive Changes in Maturing Ovarian Eggs during the Time Interval between Capulaticm and Ovulation | | colspan=4|Table 1 - Progressive Changes in Maturing Ovarian Eggs during the Time Interval between Capulaticm and Ovulation | ||
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! Time elapsed since copulation (hrs.) | ! Time elapsed since copulation (hrs.) | ||
! No. of cases observed | ! No. of cases observed | ||
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| Egg fully grown. Nucleus vesicular, in some cases vesicular tetrads present | | Egg fully grown. Nucleus vesicular, in some cases vesicular tetrads present | ||
| Average diameter 970 p.. The follicular epithelium forms a spider web. In some cases the egg is in a cumulus | | Average diameter 970 p.. The follicular epithelium forms a spider web. In some cases the egg is in a cumulus | ||
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| 2 | | 2 | ||
| 9 | | 9 | ||
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| Vesicular membranes have disappeared. Only traces present. Tetrads free in cytoplasm type | | Vesicular membranes have disappeared. Only traces present. Tetrads free in cytoplasm type | ||
| Average diameter 1045 um. Follicular epithelium changing from spider web to cumulus | | Average diameter 1045 um. Follicular epithelium changing from spider web to cumulus | ||
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| 6 | | 6 | ||
| 6 | | 6 | ||
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| First polar body extruded in many cases. The remaining chromatin moves sideways | | First polar body extruded in many cases. The remaining chromatin moves sideways | ||
| As in preceding type | | As in preceding type | ||
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| 8 | | 8 | ||
| 10 | | 10 |
Revision as of 09:52, 4 January 2018
Table 1 - Progressive Changes in Maturing Ovarian Eggs during the Time Interval between Capulaticm and Ovulation | |||
Time elapsed since copulation (hrs.) | No. of cases observed | Condition of the egg | Condition of the follicles |
---|---|---|---|
0 | 10 | Egg fully grown. Nucleus vesicular, in some cases vesicular tetrads present | Average diameter 970 p.. The follicular epithelium forms a spider web. In some cases the egg is in a cumulus |
2 | 9 | The vesicular nucleus present in most cases. In all cases tetrads present | Spider web arrangement of granulosa. Liquor folliculi increasing in amount. Disintegration of follicle cells adjacent to
corona begins |
4 | 7 | Vesicular membranes have disappeared. Only traces present. Tetrads free in cytoplasm type | Average diameter 1045 um. Follicular epithelium changing from spider web to cumulus |
6 | 6 | Chromatic material decreases very much in size and forms the first spindle. No trace of nuclear membrane left | Most follicles in cumulus type. The liquor folliculi becomes increasingly viscous |
7 | 4 | First polar body extruded in many cases. The remaining chromatin moves sideways | As in preceding type |
8 | 10 | First polar body present in all cases | Average diameter 1125 um |
9 | 4 | First polar body present. Second spindle in place and ready to form the second polar body | Average diameter 1310 um. Egg almost free in follicle |