Global ETD Search

21	DNA Methylation, Cellular Stress Response and Expression of Inner Nuclear Membrane Proteins Levesque, Steve 04 May 2011 (has links) Hutchinson-Gilford Progeria Syndrome is described as a series of mutations within the lamin A gene leading to the accumulation of progerin in the nucleus, contributing to premature aging and affecting the epigenetic control. Epigenetic control, such as DNA methylation, relies on DNA methyltransferase enzymes. In human cells, heat shock (HS) leads to the formation of nuclear stress bodies (nSBs); ribonucleoprotein aggregates of Sat III RNA and RNA-binding proteins. The objectives of this study were to determine if epigenetic status induces varying responses to HS and assess the variability of nuclear proteins in similar conditions. Results show epigenetic modifications do not prevent a stress response; however the extent may be affected. In addition the functions of most nuclear antigens were not affected. It is most likely the sum of interactions at the inner nuclear membrane and nuclear lamina interface that result in nuclear strength pertaining to lamin A. Epigenetics DNA methylation Nuclear stress bodies Inner nuclear membrane (INM) Lamin A Lamin B Emerin Satellite III (Sat III) Stress response Heat shock (HS) 2H12 Lamina associated polypeptide 2 (Lap2) Fibrillarin Laminopathies
22	DNA Methylation, Cellular Stress Response and Expression of Inner Nuclear Membrane Proteins Levesque, Steve January 2011 (has links) Hutchinson-Gilford Progeria Syndrome is described as a series of mutations within the lamin A gene leading to the accumulation of progerin in the nucleus, contributing to premature aging and affecting the epigenetic control. Epigenetic control, such as DNA methylation, relies on DNA methyltransferase enzymes. In human cells, heat shock (HS) leads to the formation of nuclear stress bodies (nSBs); ribonucleoprotein aggregates of Sat III RNA and RNA-binding proteins. The objectives of this study were to determine if epigenetic status induces varying responses to HS and assess the variability of nuclear proteins in similar conditions. Results show epigenetic modifications do not prevent a stress response; however the extent may be affected. In addition the functions of most nuclear antigens were not affected. It is most likely the sum of interactions at the inner nuclear membrane and nuclear lamina interface that result in nuclear strength pertaining to lamin A. Epigenetics DNA methylation Nuclear stress bodies Inner nuclear membrane (INM) Lamin A Lamin B Emerin Satellite III (Sat III) Stress response Heat shock (HS) 2H12 Lamina associated polypeptide 2 (Lap2) Fibrillarin Laminopathies
23	Intracellular trafficking of protease : Activated Receptor 2 (PAR2) by members of sorting nexins family Kasakov, Velichko M. 06 1900 (has links) No description available. Récepteurs couplés à la protéine G Sorting nexins Récepteurs activés par la protéase Translocation nucléaire Membrane nucléaire Signal nucléaire G – Protein coupled receptors Protease-activated receptors Nuclear translocation Nuclear membrane
24	Investigating the effects of nuclear envelope proteins on nuclear structure and organization in Aspergillus nidulans Chemudupati, Mahesh January 2016 (has links) No description available. Biology Cellular Biology Genetics Microbiology Molecular Biology

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