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01:03:38 2019 Racker Technical Lecture 11-22-2019 2019 Racker Technical Lecture 11-22-2019	2019 Racker Technical Lecture 11-22-2019 low blood pressure brain chemical elements human genetic evolutionary biology frequently mutated sodium channel geography sodium environment reducing agents developmental level medical genetics cerebral cortex function mutation common variant salt wasting general population evolution signal transduction cardiovascular diseases severe hypertension blood pressure lowering single mutation human disease unaffected parent cloning framingham ion channels high blood pressure medical terminology genetics granular materials mutation integral membrane proteins pulmonary fibrosis medical research pressure lowering genes genes cardiovascular death genetic mapping selectively traverse aging-associated diseases molecular genetics framingham cohort salt reabsorption potassium secretion disease risk potassium channel genomics bone mass childhood massachusetts gene delivery genome wide association mbg lower blood pressure men dealing nursing social media congenital hydrocephalus dna potassium levels molecular biology cardiology potassium diseases and disorders final common pathway public databases chlorides dietary minerals dramatic advances highly conserved purifying selection heart understand human drastically reduce metals hypertension neurotransmitters caption complete congenital heart disease blood pressure extremely high 1st year sodium chloride alkali metals sequenced genomes human genome 1st patient cardiovascular disease bioinformatics human genetics mass media top top biotechnology From Joan Olson 11 plays Content Categories Lectures Creator 1 First Name Joan Creator 1 Last Name Olson Creator 1 Role Administrator Creator 1 NetID jmo237
00:30 pfiz_epi_03_01_01_01_vidStep_More1.flv pfiz_epi_03_01_01_01_vidStep_More1.flv	pfiz_epi_03_01_01_01_vidStep_More1.flv gates activate restore electrophysiology ion channels previous regions story sodium polarization potential membrane propagated caption complete channel resting normal neurophysiology potassium conformation signal desiccants steps action From Dave Frank 1 plays