We are analyzing https://link.springer.com/article/10.1007/bf00330366.

Title:
Meiosis in the foetal mouse ovary | Chromosoma
Description:
The identification and progression of the prophase stages of meiosis in the mouse foetal ovary are reported, from d 13 of gestation to d 1 postpartum. Air-dried Giemsa-stained oocyte preparations are compared with surface-spread silver-stained cells. The latter method allows a more detailed quantitative analysis of the pachytene stage. Numbers of synaptonemal complexes can be counted, and the degree of synapsis determined. The progression of cells appears to be relatively synchronous, in agreement with previous reports. The activity of nucleolar organisers, in particular one associated with the shortest synaptonemal complex (chromosome No. 19) is described. At late pachytene the lateral elements of the No. 19 bivalent desynapse precociously with apparent nucleolar involvement.
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Keywords {🔍}

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Topics {✒️}

surface-spread silver-stained cells month download article/chapter related subjects detailed quantitative analysis apparent nucleolar involvement shortest synaptonemal complex synaptonemal complex karyotyping privacy choices/manage cookies full article pdf human meiotic oocyte human fetal oocyte germ cells foetal mouse ovary mouse foetal ovary lateral elements article chromosoma aims light microscope analysis european economic area scope submit manuscript check access molecular regulatory mechanisms cambridge university press protective colloidal developer factor influencing translocation population cytogenetics unit western general hospital instant access conditions privacy policy premeiotic dna synthesis deoxyribonucleic acid synthesis synaptonemal complex surface-spreading published controlled silver-staining diplotene chiasma frequencies silver-staining technique meiotic arrest light microscope level fetal mouse ovaries accepting optional cookies nucleolar organisers nucleolus organizer-regions quantitative evaluation meiotic prophase chromosomes meiotic chromosome pairing preimplantation mouse embryos mount electron microscopy maternal age effect main content log journal finder publish article speed

Schema {🗺️}

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