Class Note for BME 510 at UA 5
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This 2 page Class Notes was uploaded by an elite notetaker on Friday February 6, 2015. The Class Notes belongs to a course at University of Arizona taught by a professor in Fall. Since its upload, it has received 15 views.
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Date Created: 02/06/15
BME 510 Maior concepts from each lecture Oct 629I 2008 Lecture 15 Cytoskeleton o Actin nucleation polymerization quot end vs 0 Microtubules Polymerization dynamic instability quot end vs 0 lntermediare Filaments structural roles end interactions with myosin end Lecture 16 Extracellular Matrix 0 Glycosaminoglycans composition physical properties in tissues functions 0 Fibrous proteins types and functions 0 Basal Lamina it s role in the ECM Lecture 17 CellECM Interactions o Integrins their biological role mechanism and regulation 0 Degradation of the Extracellular Matrix and Connective Tissues o Chondrocytes Fibroblasts and osteoblasts Lecture 18 Cell Energetics The inputs and outputs or reactants and products of the following processes the specific enzymes and specific locations of each metabolic reaction are not required 0 Conversion of glucose to pyruvate 0 Conversion of pyruvate to lactate anaerobic glycolysis o Krebs cycle aerobic glycolysis 0 Conversion of NADH and FADH2 to ATP Lecture 19 Lipid Metabolism o The inputs and outputs of lipolysis and faty acid oxidation 0 Processing of oddchain fatty acids vs processin of evenchain fatty acids 0 Ketone body formation and oxidation 0 Classes of lipoproteins Lecture 20 Biotechnoloqv Part I Lecture 21 Biotechnoloqv Part II o The steps required to perform flow cytometry variations of ow cytometry 0 Tissue engineering the tissue microenvironment functions within the tissue microenvironment the epithelialmesenchymal relationship 0 Stages of cell culture growth and the effect of mass transport on growth 0 Types of stem cells comparison with differentiated cells and transformed cells Lecture 22 Biotechnoloqv Fluorescence Microscopv 0 Light absorbance uorescence stokes shift 0 Fluorescence variations bleaching FRAP FRET effects oftemperature pH calcium 0 Microscopy variations confocal 2 photon 3D deconvolution imaging spectroscopy Lecture 23 Cell Signalling Calcium and pH 0 VOCs and LOCs NaquotCa2 exchangers Ca2 ATPases 0 Calcium stores 0 Ca2 oscilliations 0 Smooth muscle contraction Lecture 24 Protein Sortinq and Secretion o Regulated secretion with signal peptides vs constituitive secretion 0 The process of endocytosis o Elimination ofmissorted proteins Ubiquitination Lecture 25 Endocytosis and Receptor Recycling 0 the concept of Potentiation also discussed in Lecture 24 o the function of vSNAREs and tSNAREs also discussed in Lecture 24 o endocytosis receptor mediated endocytosis
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