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Showing 1 to 5 of 5 for “"phenotype switching"”.

  1. RNA EXPORT FACTOR ELF1 MAINTAINS GENOME STABILITY IN FISSION YEAST

    … prions or other epigenetic phenomena, cause the phenotype switching. This suggests Elf1 is required to maintain genome stability. Since RNAs accumulate in the nucleus of elf1Δ cells due to an RNA export defect, I hypothesized that excess RNAs in the nucleus may increase formation of DNA-RNA …

    wfu Repository record for RNA EXPORT FACTOR ELF1 MAINTAINS GENOME STABILITY IN FISSION YEAST (opens in a new tab)

  2. Population dynamics of bacterial persistence

    … explained with a two state model for reversible phenotype switching in a cell within the population. We study this existing model with a new theoretical approach and present analytical expressions for the time scale observed in population growth and resuscitation, that can be easily used to …

    potsdam-diss Repository record for Population dynamics of bacterial persistence (opens in a new tab)

  3. Assessing the immune phenotype of cardiac syndrome x: a prospective study of biomarkers

    … in CSX patients. This could allow phenotype switching in vascular smooth muscle cells with the resultant vascular remodelling causing reduced vessel responsiveness to local rheological stimuli and reduced luminal diameter with consequent increased microvascular resistance during …

    cork Repository record for Assessing the immune phenotype of cardiac syndrome x: a prospective study of biomarkers (opens in a new tab)

  4. Co-regulation of the Smooth Muscle Cell Alternative Splicing Programme by the RNA-Binding Proteins RBPMS, RBFOX2, MBNL1, and QKI

    The phenotypic switching of vascular smooth muscle cells (VSMCs) from a contractile /differentiated state to a synthetic/ proliferative state is a hallmark of many cardiovascular diseases, driven in part by extensive alternative splicing (AS) regulation. RBPMS, a master splicing regulator in …

    cambridge Repository record for Co-regulation of the Smooth Muscle Cell Alternative Splicing Programme by the RNA-Binding Proteins RBPMS, RBFOX2, MBNL1, and QKI (opens in a new tab)

  5. Determining The Genotype-Phenotype Connection In Synthetic Inducible Gene Expression Systems

    … the genotype controls an individual cell’s phenotype. However, even genetically identical cells display a variety of phenotypes, which may be attributed to differences in their environment. Yet, even after controlling for these two factors, individual phenotypes still diverge due to noisy …

    uthsc Repository record for Determining The Genotype-Phenotype Connection In Synthetic Inducible Gene Expression Systems (opens in a new tab)