Artificially Produced Chimeras between Haploids and Diploids in Japanese Anurans
スポンサーリンク
概要
- 論文の詳細を見る
An investigation was undertaken to test the validity of the hypothesis that edema is the major cause of the low viability of haploid embryos and tadpoles. Chimeras were produced by exchanging the anterior and posterior parts of haploid embryos (H) with those of diploid embryos (D) by joining them after cutting transversely at the site immediately before and behind the pronephros (p). It was found that severe edema usually found in haploid embryos at the early stage is remarkably diminished in the Dp・H and H・pD chimeras which have diploid pronephroi in the anterior and posterior diploid halves, respectively. Especially, the Dp・H chimeras which consist of anterior diploid halves with pronephroi and posterior haploid halves are comparatively good in development. Of the Dp・H chimeras, 18 (9.7%) in Rana nigromaculata and 15 (10%) in Rana japonica attained the stage immediately before or after the completion of metamorphosis.
- 広島大学の論文
著者
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Kashiwagi Akihiko
Laboratory For Amphibian Biology Faculty Of Science Hiroshima University
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Kashiwagi Keiko
Laboratory For Amphibian Biology Faculty Of Science Hiroshima University
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- Gynogenetic Diploids in Rana rugosa and their Offspring
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- Serum Transferrin Phenotypes of Rana japonica Distributed in Western Japan
- Studies on Alkaline Phosphatase Activity in Amphibians : III. Effects of Inhibitor and Temperature on Alkaline Phosphatases in Japanese Amphibians
- Artificially Produced Chimeras between Haploids and Diploids in Japanese Anurans
- Mature Haploids and their Reproductive Capacity in Rana rugosa
- Production of Triploids and their Reproductive Capacity in Rana rugosa
- Studies on Alkaline Phosphatase Activity in Amphibians : I. Alkaline Phosphatase Activity during Development in Rana japonica and Rana nigromaculata
- Distribution of Transferrin Phenotypes in Rana nigromaculata from Japan and Korea
- Phylogenetic Relationships of the Rana esculenta Group Clarified by Electrophoretic Analyses of Serum Transferrins
- Studies on Alkaline Phosphatase Activity in Amphibians : II. Changes in Alkaline Phosphatase Activity during Development in Rana catesbeiana