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Amoeboid properties of cells during early morphogenesis and the nature of a possible protozoan ancestor of Metazoa
TLDR
Data analysis reveals that cells of most of the metazoans at the early stages of morphogenesis demonstrate amoeboid properties i.e. ability to form pseudopodia, to move by means of pseudopsodia and to phagocyte, and there are reasons to suppose that ability of cell aggregation was inherited by the Metazoan genome from theAmoeboflagellate ancestors. Expand
[The basic types and forms of the fine structure of mitochondrial cristae: the degree of their evolutionary stability (capacity for morphological transformations)].
TLDR
It is undoubtedly that the principle of morphological concervatism in the organization of mitochondrial cristae may be used for purposes of systematics and phylogeny, however only after a thorough comparative organellological analysis of the fine structure in numerous species of the examined taxon. Expand
[Bacteria-cortical symbionts of Thichonympha turkestanica, a protozoan from the gut tract of the termite Hodotermes margabicus].
TLDR
Intracellular symbioticacteria of the flagellate Trichonympha turkestanica located in the surface cortical part of the animal cell are described and a possible functional significance of symbiotic bacteria for the operation of flagella is discussed. Expand
[Eukaryotes devoid of the most important cellular organelles (flagella, Golgi apparatus, mitochondria) and the main task of organellology].
TLDR
It is proposed to single out a special division of cytology--organellology (organoidology)--as an individual science whose main purpose may be investigation of the origination, evolution and disappearance of organelles. Expand
CRITICAL SURVEY OF THE MODERN CONCEPT OF AMEBOID MOVEMENT
Basic problems in the study of protozoan physiology
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