[Statistical analysis of the radiographic study of the effects of low concentrations of puromycin on amino acid incorporation in amphibian embryo cells cultivated in vitro].
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Amino Acids↗
Biomedical subjects
A M Duprat
Publications and source records attributed to A M Duprat.
[Effect of above-normal temperatures on the nucleolus of embryonic urodele cells cultured in vitro. Action on the morphologic differentiation of the cells].
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Amphibians↗
[Action of actinomycin D on nuclear ribonucleoproteins of differentiating amphibian cells].
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Animals↗
[Study of the behavior of Urodele embryonnic cells, cultivated in vitro in the presence of cycloheximide (actidione)].
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Animals↗
[Action of chromomycin A3 and of nogalamycin on embryonic cells of the amphibian urodele in in vitro culture. Analogy with the effects of actinomycin D].
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Animals↗
[Action of weak concentractions of puromycin on the differentiation of several types of embryonic cells of amphibians Urodeles cultivated in vitro. Combined action of actinomycin D].
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Animals↗
[Study of several effects of puromycin on embryonal cells of urodele amphibians cultured in vitro].
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Animals↗
[The action of actinomycin D on the differentiation of various embryonic cell types of the amphibian Pleurodeles Waltlii cultured in vitro].
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Animals↗
[Behavior of living embryonic cells of Pleurodeles waltlii (urodelan amphibian), cultivated in vitro in the presence of actinomycin D].
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Animals↗
[Action of actinomycin D on the nuclei of Urodela embryonal cells in culture in vitro. Formation of intranuclear inclusions].
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Animals↗
Neural induction.
The molecular mechanism of neural induction of embryonic cells is an important but poorly understood problem in neuroembryology. Glycoconjugates in the target cell plasma membrane and/or its structural organization play a key role in the reception of the inductive signal. It is the competent target tissue itself which probably contains the capacity and specificity for neuralization. However, the mechanism of transmission of the signal which leads to activation of the intracellular machinery involved in the process of neural determination remains to be elucidated. With respect to the information acquired by the target cells during neural induction, and the early events in differentiation, neuronal precursor cells have been shown to have acquired the potential to display a high degree of biochemical and phenotypic differentiation, even in the absence of further embryonic influences.
Animals↗