Understanding physiological adaptations of the model yeast Saccharomyces cerevisiae grown in reduced gravity conditions

Agriculture & Biology

• gravity 100%
• Saccharomyces cerevisiae 77%
• yeasts 61%
• flocculation 48%
• microgravity 43%
• cells 29%
• space flight 21%
• genetic conjugation 17%
• spores 13%
• conception rate 13%
• transcriptomics 10%
• cell growth 9%
• agar 8%
• liquids 8%
• drugs 7%
• microorganisms 7%
• tropomyosins 7%
• orbits 7%
• cables (equipment) 7%
• genetic variation 7%
• bakers yeast 7%
• systems biology 7%
• glucose 7%
• proteasome endopeptidase complex 6%
• pentoses 6%
• structural proteins 6%
• tricarboxylic acid cycle 6%
• DNA microarrays 6%
• ribosomal proteins 6%
• selection pressure 5%
• sporulation 5%
• factories 5%
• proteome 5%
• haploidy 5%
• shears 5%
• biotechnology 5%
• meiosis 5%
• immune system 5%
• actin 5%
• cell viability 5%
• human health 5%
• proteomics 5%
• ultrastructure 5%
• eukaryotic cells 5%
• buds 4%
• diploidy 4%
• survival rate 4%
• anti-infective agents 4%
• culture media 4%
• phosphates 4%
• genes 4%
• mutation 3%
• proteins 3%
• gene expression 3%
• fungi 3%
• nutrients 3%
• organisms 3%