Results 191 to 200 of about 50,954 (215)
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Light Stress Proteins in Viruses, Cyanobacteria and Photosynthetic Eukaryota
2011Plants in Nature frequently perceive environmental extremes such as light stress. To maintain their physiological functions under light stress conditions plants have developed different protection strategies that operate at morphological, anatomical and subcellular levels.
Mounia Heddad +3 more
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Evoluce skupiny Retortamonadida (Eukaryota: Excavata: Fornicata)
2010Retortamonads (Retortamonadida; genera Chilomastix and Retortamonas) are a small group of protists comprising intestinal commensals of both vertebrates and invertebrates and one free-living species of the genus Chilomastix. Molecular phylogenetic studies showed that retortamonads are closely related to diplomonads, Carpediemonas, Dysnectes ...
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Light- and Electron-microscopical Study of Belonocystis marina sp. nov. (Eukaryota: incertae sedis)
Protist, 2016BelonocystisRainer, 1968 is an enigmatic protist genus, which currently lacks any supergroup affiliation. The spherical cells of this organism move on the substratum using fine non-branching pseudopodia. The cell surface is surrounded with a spiky covering. Belonocystis marina sp. nov. was studied using light- and electron microscopy.
Vasily V. Zlatogursky +1 more
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The Elip Family of Stress Proteins in the Thylakoid Membranes of Pro- and Eukaryota [PDF]
, 2001 Early light-induced protein (Elip) family consists of low-molecular-mass stress proteins localized in the thylakoid membranes of pro- and eukaryota. Various physiological conditions, such as light stress, dehydrative processes or morphogenesis, have been reported to trigger transient induction of these proteins in different plant species.
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John Macfarlane was the first to recognize Eukaryota as a group
Nature Microbiology, 2022openaire +2 more sources
Origin of eukaryota from Cyanobacterium: membrane evolution theory
1994It has been currently estimated that the life generated about four billion years ago in the primitive sea as a result of the chemical evolution. There is no doubt that, at that time, the protoorganism was a prokaryotic monad, formed from a certain aggregate of primitive proteins, nucleic acids, and other macromolecules and wrapped with (phospho)lipid ...
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Superchromosomal organization and its cytogenetic consequences in the Eukaryota
Genetica, 1978A. Brøgger, B. Chiarelli
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GENETICS
Abstract The number of genome assemblies has rapidly increased in recent history, with NCBI databases reaching over 41,000 eukaryotic genome assemblies across about 2,300 species. Increases in read length and improvements in assembly algorithms have led to increased contiguity and larger genome assemblies. While this number of assemblies
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Abstract The number of genome assemblies has rapidly increased in recent history, with NCBI databases reaching over 41,000 eukaryotic genome assemblies across about 2,300 species. Increases in read length and improvements in assembly algorithms have led to increased contiguity and larger genome assemblies. While this number of assemblies
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