Внешняя среда и развивающийся организм - Баранов В.С.
Скачать (прямая ссылка):
Curtis S. G. 1060. CorliCHl grafting ill Xe-nopus laevis.— J. Embryol. and Exptl Morphol., 8, p. 163—173.
Devillers С. H. 1961. Structural and dynamic aspects of the development of the teleostean egg.— In: Advances in morphogenesis, v. 1. N. Y.— London, Acad. Press, p. 370—428.
Dziadek J/.. Dixon К. E. 1975. Mitosis in presumptive primordial genu cells in postrblafltula.—J. Exptl Zool., 192, p. 285-292.
Flic kinder П. A. 1970. Effect of actinomy-cin D on Llano and protein synthesis in regions of developing frog embryos.— Experientia, 26, p. 773—779.
Goldschmidt R. li. 1954. Different philosophies of genetics.— Science, 119, p. 703— 710.
Gordon S. A., Shcn-Mlller J. 1971. Simulated weightlessness studies by compensation.— Tn: Gravity and the organism. S. A. Gordon, M. J. C<ihnn (Eds). Chicago, Univ. Press, p. 415—126.
Grant P., Young D. P. 1974. Cell divisions and determination of the dorsal lip in Rana pipiens embryos.— J. Exptl Zool., 190, p. 289-290.
Gnerrier P. 1958. Origine et stability de la polaritri nnimale-vegiUal.ive chez quel-ques spiralia.—Ann. embryol. el. morphol., 1, p. 119—139.
Gtiriviisch A. G. 1904. Zerstorbarkeit and Restiliitionsffihigkeit des Protoplasmas des Amphibieneies.— Verb. AnaU Ges. Anat, Anz., 25, S. 115—147.
Gurwitsch A. G. 1909. tJbor die Pr&missen und anstoOgebendc Faktoren dor Fur-chung und Zellverrnehrung.— Arch. Zell-forsch., 2, S. 495—548.
Gustafson Т., Wolpert L. 1961. Tlie forces that chapc the embryo.— Discovery, November.
Jticrtwiq O. 18S5. Wclchen Einfluss iibt die Schwerkraft anf die Teilung der Zel-len? - Jenaisch. Z., 18, S. 175—205.
HerUotg O. 1899. Reitrage zur experimen-lellen Morphologic und Entwieklungs-geschichte. IV.—Arch, mikroslc. Anat,,
53, S. 415—«3.
Ilertwig O. 1904. Weitere Versuche iiber den Einfluss der Zenl.rifugalkraft auf die Entwicklung tierischer Eier.— Arch, mikrosk. Anat., 63, S. 643—658.
Hollfreter 1. 1943. A study of the mechanics of gastridation. I.—J. Exptl Zool., 94, p. 261-318.
Jager G. -1870a. Usher das Langenwach-stnm der Knochen.— Jenaisch. Z. Med. und Naturwiss., 5, S. 1—42.
J tiger G. 1870b. Ueber Wachstumsbedingnn gen.— Z. wiss. Zool., 20, S. 565—590.
Jenkinson J. W. 1915. On the relation between the structure and the development of the centrifuged egg of the frog.— QuarU J. Mikrosc. Sci., (JO, p. 61—158.
KaShariner L. 1901. Ueber die bedingte IJnabhangigkeit der Entwieklung des po-lar differenzierten Eies von der Schwerkraft.— Arch. Entwicklungsmech. Org.v
12, S. 597-609.
Kalhariner L. 1902. Weitere versuche iiber die Selbstdifferen/ierung des Fio-scheies.— Arch. Entwickliungsmech.
Org., 14, 290—299.
Keller R. E. 1975. Vital dye mapping of the gastrula and neunila of Xenopus laevis. I. Prospective areas and morphogenetic movements of the superficial layer.— Developm. Biol., 42, p. 222—241.
Keller R. E. 1976. Vital dye mapping of the gastrula and neurnla of Xenopus laevis. II. Prospective areas and morplio-genic movements of deep cells. — Dcve-lopm. Biol., 51, 118—137.
Kiebel F. 1П02. Bemerk ungen zu Roux’s Aul'satz «Das Nichtnotigsoin i!*r Schwerkraft fur dio Entwieklung des Fro-scheies».— Anat. Anz., 21, S. 581—591.
К lag J. J., (Jbbels G. A. 1975. Regional morphological and cytochemical differentiation in l.lie fertilized egg of Dis-coglossus pictus (Anura).— Differentiation, 3, p. 15—20.
Konopacka R. 1908. Die Geslaltungsvor-gange der in verschiedcnen Entwiek-lungstadien zenlrifugierten Froschkci-me.— Bull. Acad. sci. (Cracoviw), p. 689— 741.
Kosher R. .4., Searls R. L. 1973. Sulfated mucopolysaccharide synthesis during the development of Rana pipiens.— Developm. Uiol.. 32. p. 50—68.
Kubota T. 1969. Studies of the frog egg.— T. Ernbriol. and Exptl Morphol., 21, p. 19-29.
Larsen P. 1902. Ceotropism. An inf reduction.—In: llandbuch der Pflanzenphy-siologie. Berlin, Springer — Veil.
Lovtrup S. 1965. Morphogenesis in an amphibian embryo. Determination of the site оГ invagination.—Acta, zool., 46, p. | |q—165.
Levtrup S. 1975. Fete maps and gastrula-tion in Amphibia —a critique of current views.— Canad. J. Zool., 53, p. 473—479.
Malactnski G. M.% Hertford H., Ho e-Moon C. 1975. Association of an ultraviolet irradiation sensitive cytoplasmic localization with the future dorsal side of the am-phibien egg.—.1. Exptl Zool., 191, p. 97— 10».
McClendon J. P. 1909. Cylological and chemical studies of centrifuged frog eggs.— Arch. Entwicklungsmech. Org.,- 27, S. 247—257.
McClendon J. F. 1910. On «lift effect. of centrifugal fore© on the frog’s egg.— Arch. Zellforsch., 5, S. 385—393.
Melton C. G.t Jr., Smorril R. P. 1974. Functional volume of frog eggs: ©q«iivalence of metabolite diffusion space iп chemically demem branaled embryos and aqueous phase (non yolk) volume.— J. Exptl Zool., 187, p. ^539—247.
Morgan Т. H. 1895. Half-cinbjyos and whole-embryos from one of the first two blastomeres of the frog egg.— An at. Anz., 10, S. 623-628.
Могцап Т. ft. 1902a. 'I'ho relation between normal and abnormal development of I Ilf- embryo of the frog as determined by injury of yolk portion of the egg.— Arch. Entwicklungsmech. Org., 15, S. 238—313.
