We are analyzing https://link.springer.com/article/10.1007/bf00375889.

Title:
Lineage analysis of transplanted individual cells in embryos of Drosophila melanogaster | Discover Developmental Biology
Description:
In this paper experiments concerning some aspects of the development of pole cells and midgut progenitors in Drosophila are reported. Cells were labelled by injecting horseradish-peroxidase (HRP) in embryos before pole bud formation and transplanted at different stages into unlabelled embryos, where the transplanted cells developed together with the unlabelled cells of the host. The hosts were then fixed and stained at different ages in order to demonstrate the presence of HRP in the progenies of transplanted cells. The main conlusions of the study are as follows. The gonads are the only organ to the formation of which pole cells normally contribute; those pole cells which do not participate in the formation of the gonads are finally eliminated or degenerate. Since the number of primordial germ cells in the gonads is the same irrespective of the number of pole cells present in the embryo, an (unknown) mechanism must exist regulating the final number of pole cells in each of the gonads. After their formation and before reaching the gonads, pole cells have been found to divide only up to two times. With respect to the midgut progenitors, the cells of both anlagen have been found to be committed to develop into midgut, although they behave as equivalent in that they do not apparently distinguish between the anterior and posterior anlage. Midgut progenitors have been found to divide a maximum of three times and to produce two different types of cells, epithelial cells of the midgut wall and spindle-like cells located internally in the gut.
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Keywords {🔍}

cells, drosophila, google, scholar, melanogaster, biol, pole, cell, dev, rouxs, article, camposortega, transplanted, midgut, arch, embryos, progenitors, technau, analysis, germ, privacy, cookies, lineage, formation, gonads, embryogenesis, early, illmensee, mahowald, content, publish, search, biology, individual, download, development, fate, embryonic, hartenstein, springer, york, data, information, journal, research, developmental, iii, number, found, open,

Topics {✒️}

embryonic cell divisions campos-ortega ja primordial germ cells campos-ortega rights neural cell progenitors germ line transplantation embryonic development privacy choices/manage cookies pole cells present cells located internally transplanted individual cells transplanted cells developed wildtype drosophila melanogaster drosophila melanogaster meigen campos-ortega germ plasm early gastrula stage european economic area main content log springer berlin heidelberg peripheral nervous system scanning electron microscopy developmental biology aims drosophila embryogenesis conditions privacy policy adult drosophila midgut early embryogenesis developmental fate cell biol 70 pole bud formation accepting optional cookies injecting horseradish-peroxidase cell lineage pole cells article technau midgut progenitors journal finder publish cell sci 61 fate-mapping fate map fate mapping cell differentiation transplanted cells drosophila melanogaster search search technau gm article cite unlabelled cells epithelial cells intestinal cells

Schema {🗺️}

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         headline:Lineage analysis of transplanted individual cells in embryos of Drosophila melanogaster
         description:In this paper experiments concerning some aspects of the development of pole cells and midgut progenitors in Drosophila are reported. Cells were labelled by injecting horseradish-peroxidase (HRP) in embryos before pole bud formation and transplanted at different stages into unlabelled embryos, where the transplanted cells developed together with the unlabelled cells of the host. The hosts were then fixed and stained at different ages in order to demonstrate the presence of HRP in the progenies of transplanted cells. The main conlusions of the study are as follows. The gonads are the only organ to the formation of which pole cells normally contribute; those pole cells which do not participate in the formation of the gonads are finally eliminated or degenerate. Since the number of primordial germ cells in the gonads is the same irrespective of the number of pole cells present in the embryo, an (unknown) mechanism must exist regulating the final number of pole cells in each of the gonads. After their formation and before reaching the gonads, pole cells have been found to divide only up to two times. With respect to the midgut progenitors, the cells of both anlagen have been found to be committed to develop into midgut, although they behave as equivalent in that they do not apparently distinguish between the anterior and posterior anlage. Midgut progenitors have been found to divide a maximum of three times and to produce two different types of cells, epithelial cells of the midgut wall and spindle-like cells located internally in the gut.
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         dateModified:
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         sameAs:https://doi.org/10.1007/BF00375889
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            Cell lineages
            Embryogenesis
             Drosophila
            Developmental Biology
            Evolutionary Biology
            Zoology
            Animal Genetics and Genomics
            Cell Biology
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ScholarlyArticle:
      headline:Lineage analysis of transplanted individual cells in embryos of Drosophila melanogaster
      description:In this paper experiments concerning some aspects of the development of pole cells and midgut progenitors in Drosophila are reported. Cells were labelled by injecting horseradish-peroxidase (HRP) in embryos before pole bud formation and transplanted at different stages into unlabelled embryos, where the transplanted cells developed together with the unlabelled cells of the host. The hosts were then fixed and stained at different ages in order to demonstrate the presence of HRP in the progenies of transplanted cells. The main conlusions of the study are as follows. The gonads are the only organ to the formation of which pole cells normally contribute; those pole cells which do not participate in the formation of the gonads are finally eliminated or degenerate. Since the number of primordial germ cells in the gonads is the same irrespective of the number of pole cells present in the embryo, an (unknown) mechanism must exist regulating the final number of pole cells in each of the gonads. After their formation and before reaching the gonads, pole cells have been found to divide only up to two times. With respect to the midgut progenitors, the cells of both anlagen have been found to be committed to develop into midgut, although they behave as equivalent in that they do not apparently distinguish between the anterior and posterior anlage. Midgut progenitors have been found to divide a maximum of three times and to produce two different types of cells, epithelial cells of the midgut wall and spindle-like cells located internally in the gut.
      datePublished:
      dateModified:
      pageStart:489
      pageEnd:498
      sameAs:https://doi.org/10.1007/BF00375889
      keywords:
         Pole cells and midgut progenitors
         Cell lineages
         Embryogenesis
          Drosophila
         Developmental Biology
         Evolutionary Biology
         Zoology
         Animal Genetics and Genomics
         Cell Biology
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                  name:Institut für Entwicklungsphysiologie der Universität zu Köln
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      name:Institut für Entwicklungsphysiologie der Universität zu Köln, Köln 41, Germany

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