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Embryotoxic activity of indole derivatives
13. L. Bellamy, Infrared Spectra of Complex Molecules, Wiley, New York (1958) [Russian translation, Moscow (1963), pp. 590-593]. 14. E . A . Bed'mina and N. M. Furer , in: Multivolume Handbook of…
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[The action of serotonin and its analogs on the in vitro maturation of amphibian oocytes].
Indolylalkylamines (5-HT, 5-chlorotryptamine, 5-ethyltryptamine) suppress or block the progesterone-induced oocyte maturation in Bufo viridis and Xenopus laevis and disturb cytoskeletal…
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[THE RESTORATION OF REGENERATIVE CAPACITY OF THE EXTREMITIES IN THE AXOLOTL, INHIBITED BY X-IRRADIATION, BY MEANS OF NUCLEIC ACIDS].
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VARIATION IN THE CONTENT OF NUCLEIC ACIDS IN THE EXTREMITIES OF AXOLOTLS AFTER IRRADIATION WITH X-RAYS AND AFTER RE-ESTABLISHMENT OF THE ABILITY TO REGENERATE THE EXTREMITIES
TLDR
The results show that irradiation slows down the regenerative ability of the limbs and that the RNA contert drops from a normal value of 400 to 230 mu g per 100 mgs dry weight, while the DNA content drops.
VARIATION IN THE CONTENT OF NUCLEIC ACIDS IN THE TISSUES OF AXOLOTL EXTREMITIES FOLLOWING THEIR X-RAY TREATMENT AS AGAINST NORMAL REGENERATION
[Changes in nucleic acid concentration in tissues of injured organs with different regenerative capability in mammals].
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THE ROLE OF PROTEINS AND OF THE NUCLEIC ACIDS IN RESTORING THE REGENERATIVE CAPACITY OF THE EXTREMITIES IN SALAMANDERS (AXOLOTLS), WHICH HAD BEEN SUPPRESSED BY X-RAY IRRADIATION
TLDR
Biochemical analysis showed that the content of RNA in the irradiated limb fell from a normal of 400 gamma to l30 gamma per 100 mg of dry material, and the RNA content rises sharply when new limb growth takes place.
[DYNAMICS OF CHANGES OF THE NUCLEIC ACID CONTENT FOLLOWING ROENTGEN-IRRADIATION AND DEPRESSION AND RESTORATION OF REGENERATIVE CAPACITIES OF AXOLOTL EXTREMITIES].
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REGENERATION ABILITY RESTORED WITH THE AID OF NUCLEIC ACID IN AXOLOTL EXTREMITIES, INHIBITED BY X-RAY IRRADIATION
VARIATION IN THE CONTENTS OF SULFHYDRYL GROUPS IN EXTREMITY TISSUES OF AXOLOTL, ACCOMPANYING INHIBITION OF THEIR REGENERATION CAPACITY BY X RAY IRRADIATION, AND OF ITS RESTORATION.
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