Results 191 to 200 of about 40,941 (242)
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Chlamydomonas reinhardtii proteomics
Plant Physiology and Biochemistry, 2004Proteomics, based on the expanding genomic resources, has begun to reveal new details of Chlamydomonas reinhardtii biology. In particular, analyses focusing on subproteomes have already provided new insight into the dynamics and composition of the photosynthetic apparatus, the chloroplast ribosome, the oxidative phosphorylation machinery of the ...
Einar J, Stauber, Michael, Hippler
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Current Biology
Tulin et al. introduce Chlamydomonas, a unicellular green alga commonly used as a microbial reference system for plants and animals.
Frej, Tulin +2 more
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Tulin et al. introduce Chlamydomonas, a unicellular green alga commonly used as a microbial reference system for plants and animals.
Frej, Tulin +2 more
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Sex determination in Chlamydomonas
Seminars in Cell & Developmental Biology, 2007The sex-determination system of the unicellular green alga, Chlamydomonas reinhardtii, is governed by genes in the mating-type (MT) locus and entails additional genes located in autosomes. Gene expression is initiated by nitrogen starvation, and cells differentiate into plus or minus gametes within 6h.
Ursula, Goodenough +2 more
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Gametic Differentiation of Chlamydomonas
1996Gametogenesis of Chlamydomonas results in the conversion of vegetative cells into gametes. This biological system offers the opportunity to study sexual differentiation at the molecular level in a single cell plant organism. This differentiation is controlled by the consecutive action of the two environmental signals—nitrogen starvation and light.
Beck, C.F., Haring, M.A.
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Germination of Zygospores in Chlamydomonas
Nature, 1949STUDIES on the life-cycles of green algae have frequently been considerably hampered by the difficulty of obtaining germination of the zygospores. This obstacle was encountered here during preliminary investigations to determine the possibility of using, for genetic studies, an isogamous, heterothallic strain of Chlamydomonas Moewussi Gerloff (isolated
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Current Genetics, 1992
We report the cloning and physical mapping of the mitochondrial genome of Chlamydomonas eugametos together with a comparison of the overall sequence structure of this DNA with the mitochondrial genome of Chlamydomonas moewusii, its closely related and interfertile relative. The C. eugametos mitochondrial DNA (mtDNA) has a 24 kb circular map and is thus
E M, Denovan-Wright, R W, Lee
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We report the cloning and physical mapping of the mitochondrial genome of Chlamydomonas eugametos together with a comparison of the overall sequence structure of this DNA with the mitochondrial genome of Chlamydomonas moewusii, its closely related and interfertile relative. The C. eugametos mitochondrial DNA (mtDNA) has a 24 kb circular map and is thus
E M, Denovan-Wright, R W, Lee
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THE NATURE OF SEXUALITY IN CHLAMYDOMONAS
American Journal of Botany, 1946IN 1933 MOEWUS published the first of an extensive series of articles on the nature of sexuality in, and the genetics of, freshwater algae. The algae he has studied include Chlamydomonas, Polytoma, Stephanosphaera, Protosiphon, Monostroma, and Botrydium. There has been widespread interest in the work of Moewus, especially that on Chlamydomonas, and the
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Gamete Behaviour in Chlamydomonas
Nature, 1950Chlamydomonas Moewusii is a heterothallic species showing a difference in behaviour between the gametes of the two mating-types, of a kind not previously recorded.
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Axonemal motility in Chlamydomonas
2015Motile cilia and flagella rapidly propagate bending waves and produce water flow over the cell surface. Their function is important for the physiology and development of various organisms including humans. The movement is based on the sliding between outer doublet microtubules driven by axonemal dyneins, and is regulated by various axonemal components ...
Ken-Ichi Wakabayashi, Ritsu Kamiya
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PHOTOREDUCTION BY CHLAMYDOMONAS
American Journal of Botany, 1954termed "photoreduction" by Gaffron (1940), who has studied this process in some detail particularly in Scenedesmus (Gaffron, 1945). This process has been shown to occur also in a number of other species of green, blue-green, and red algae (Frenkel and Rieger, 1951).
Albert W. Frenkel, Ralph A. Lewin
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