Summary
It is shown with the electron microscope that in the cytoplasm of different animal types globular particles occur. The organ-forming polarplasm ofTubifex contains particles of 30–100 mµ diameter. From this population seem to develop two different populations of particles, one in the somatoblast 2d with small globules and the other one in the somatoblast 4d, which contains also rather large bodies (600 × 300 mµ). The plasmalemma ofAmoeba proteus seems to be a film, mainly formed by small globular particles, whereas in the ectoplasm a three-dimensional network occurs, containing chains of larger globules.
References
H. Holter, Pubblic. Staz. Napoli21, Suppl. 60 (1949).
A. Claude, Biol. Symposia10, 111 (1943).
R. Jeener, Exper.2, 458 (1946).
J. Brachet, Pubblic. Staz. Napoli21, Suppl. 77 (1949).
F. E. Lehmann, Rev. Suisse Zool.54, 246 (1947).
A. Bairati, Boll. Soc. Ital. Biol. sperim.25, (1949).
F. O. Schmitt, Federation Proc. (USA.)8, 530 (1949).
F. E. Lehmann undR. Biss, Rev. Suisse Zool.56, 264 (1949).
A. Bairati, loc. cit.
S. O. Mast, J. Morphol.41, 347 (1926).
H. Nitschmann, Helv. chim. acta32, 1258 (1949).
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Ausgeführt mit Hilfe von Arbeitsbeschaffungskrediten des Bundes und einer Subvention der Stiftung Dr. J.De Giacomi der SNG. Dem Stab der Abteilung für Elektronenmikroskopie am chem. Institut der Universität Bern, insbesondere Herrn Dr.H. Studer, sei für Rat und Mithilfe herzlich gedankt.
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Lehmann, F.E. Globuläre Partikel als submikroskopische Elemente des tierischen Zytoplasmas. Experientia 6, 382–384 (1950). https://doi.org/10.1007/BF02178936
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DOI: https://doi.org/10.1007/BF02178936