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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 on November 26th, 2019 7 plays Content Categories Lectures Creator 1 First Name Joan Creator 1 Last Name Olson Creator 1 Role Administrator Creator 1 NetID jmo237
52:39 Dialysis: ACVECC Exam Webinar July 24, 2019 Dialysis: ACVECC Exam Webinar July 24, 2019	Dialysis: ACVECC Exam Webinar July 24, 2019 brain cells surface area interment haemodialysis e.k.g. medical treatments separation processes catheters continuous renal replacement blood coming slow continuous alter blood flow amount of substance membrane technology solutions monitoring equipment trans membrane pressure surgery continuous alter filtration transaction processing veterinary medicine chronic kidney disease replacement therapy medical emergencies economics terminology area respiratory physiology extra kapoor real renal replacement therapy medical management health decision theory alchemical processes economics of uncertainty caption complete kidney diseases physical chemistry electrolyte solution dialysis technicians renal function counter current analytical chemistry slow continuous abdomen djf42 therapy blood enters organ failure physiology renal dialysis dial eyes kidney anatomy acute kidney injury health sciences blood pressure flow rate semi-permeable membrane nephrology ultra filtration removes large concentration gradient causes of death sodium potassium dialysis catheter molecular weight positive trans membrane From Daniel Fletcher on July 25th, 2019 295 plays
54:43 Advanced Fluid Therapy: ACVECC Exam Webinar July… Advanced Fluid Therapy: ACVECC Exam Webinar July 23, 2019	Advanced Fluid Therapy: ACVECC Exam Webinar July 23, 2019 tonic fluids data types lower concentration chemical elements rooms crystal oid replacement fluids critical care reducing agents teaching physical chemistry soft tissue means nuclear reactor coolants hottest star water deficit critically ill waiting room $34.00 times body water body fluids fluid therapy higher concentration exercise physiology solutions interactor space aerodynamics energy body weight hand corner shock therapy aids medical terminology cross-platform software blood products fluid dynamics $154.00 mil dietary minerals i.v. biology and pharmacology of chemical elements larger molecules statistical terminology djf42 pressure ratios physiology vascular space chemical processes i.v. fluid bit higher average molecular weight cardiovascular system sodium potassium human weight 0.9 percent good luck leave meeting volume expansion interstitial space daily i.v. fluid ongoing loss veterinarian medicine blood cells static pressure blood vessels journal articles equilibrium chemistry intercellular space acid-base chemistry matter starch molecule cellular space mute button molecular weight blood loss motivation short lived analytical chemistry cardiovascular physiology angiology caption complete extracellular space sodium concentration glucose units alkali metals i.v. fluid therapy force exerted power point anatomy fluid mechanics cell biology electrolyte disturbances educational psychology buffer solution total body water high drops capillary membrane amount of substance From Daniel Fletcher on July 24th, 2019 477 plays
53:06 CV 2nd Messengers: ACVECC Exam Webinar July 23,… CV 2nd Messengers: ACVECC Exam Webinar July 23, 2019	CV 2nd Messengers: ACVECC Exam Webinar July 23, 2019 protein pathway cyclic a.f.p. a.v. node protein couple action potential m.p. visa dilation chemical elements fossil diaster race smooth muscle beta1-adrenergic agonists knowledge potassium channel active component g.n.p. reducing agents cardiac electrophysiology g.d.p. protein kinase cyclic adenosine threshold potential voltage gated calcium cell anatomy regulatory complex channels open reach threshold potential i.p.c. nervous system calcium exchanger signal transduction proteins electrophysiology top half medical signs cardiovascular system circle plasma review paper muscular system myosin head maker cell pacemaker cell a.v. dietary minerals g.s. pathway protein coupled receptor messenger integral membrane proteins reporters ation hormones of the suprarenal medulla gated calcium channels cyclic g.m.p. cyclic m.p. g.q. nick receptor djf42 circle pleasant trans membrane physiology chain kinase faso diaster classic ridiculous 2nd messenger g.i. humour heart g.p. key players thin film messenger systems vascular smooth muscle cyclic a.m.p. fossil diaster calcium coming funny current familiar players art review g.s. a.f.p. metals cardiac muscle familiar character phosphorus turn exercise physiology circle cosmic ridiculous 2nd messenger pathway catecholamines g.t.p. fatty acid beta receptor diaster race calcium channel binding sites tissues membrane biology ins g.m.p. protein tiny increase cyclic heart rate cardiovascular physiology neurotransmitters angiology caption complete soft tissue increased calcium gated channels stray sions a.t.p. calcium released a.m.p. clinically relevant philosophy light chain skeletal muscle muscle contraction stimulatory pathway nitric oxide muscle cell peacemaker cells smooth muscle contraction binds beta inactive g.d.p. ec 2.7.11 phosphate group decrease cyclic big families increasing interest g.i. pathway increases cyclic corpus cavernosa From Daniel Fletcher on July 23rd, 2019 504 plays
02:08 How_sodium_chanels_work How_sodium_chanels_work	How_sodium_chanels_work gates activate concentration gradients action potential neuron reaches sodium gates potassium ions neurons voltage threshold concentration caption complete stimulation disturbance deceptive sodium polarization sodium ions adjacent integral membrane proteins channel potential difference neurophysiology potassium membrane hundreds membrane biology nerve region desiccants electrophysiology From Dave Frank on July 17th, 2019 9 plays
02:06 01_01_01_new.flv 01_01_01_new.flv	01_01_01_new.flv gates activate concentration gradients action potential neuron reaches sodium gates potassium ions neurons voltage threshold concentration caption complete stimulation disturbance deceptive sodium polarization sodium ions adjacent integral membrane proteins channel potential difference neurophysiology potassium membrane hundreds membrane biology nerve region desiccants electrophysiology From Dave Frank on June 25th, 2019 19 plays
00:27 pfiz_epi_03_01_01_01_vidStep_More2.flv pfiz_epi_03_01_01_01_vidStep_More2.flv	pfiz_epi_03_01_01_01_vidStep_More2.flv disturbance potential concentration gradients action potential sodium potassium counter desiccants single actively pumps membrane action concentration moves gradients change caption complete From Dave Frank on June 25th, 2019 0 plays
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 on June 25th, 2019 0 plays