Study guides, Class notes & Summaries

In depth concepts of Percentage of Body Fluid, Fluid Compartments, Fluid Movement Following Intake, Fluid Movement if Dehydrated, Fluid Imbalance, Fluid imbalance with changes in Osmolarity, RegulaAon of Fluid Balance, Nonelectrolytes and Electrolytes, Major Electrolytes: LocaAon, FuncAons and Regulation, Sodium balance, Angiotensin II, Antodiuretic Hormone, Changes initiated by ADH, Atrial NatriureAc PepAde (ANP).

Identify major muscles including origin, insertion, and action. Differentiate specific muscles that function as a prime mover, antagonist, synergist or fixator

In this review document, it will cover all lecture topics for chapters 9 and 11. This exam will focus on sterilizarion techniques, contamination and disenfection. You will learn what microbial control method works the best, what chemical agents affect what type of bacteria and the ways chemicals work against those bacteria.

In depth concepts of 3 Processes that Result in Urine Production and Formation, Filtration Membrane, Pressures Associated with Glomerular Filtration, Variables influenced by net filtration pressure, Regulation of Glomerular Filtration Rate, Overview of Transport Process, Transport Maximum and Renal Threshold, Substances Reabsorbed Completely, Substances with Regulated Reabsorption, Substances Eliminated as Waste Products,Elimination of drugs and bioactive substances, Establishing the Concentrati...

In depth concepts of Overview of Diseases Caused by Infectious Agents, Immune Cells, Locations and Functions, Primary location of Immune Cells, Cytokines, Comparison of Innate Immunity and Adaptive Immunity, Overview of the Immune System, Preventing Entry, Proinflammatory Chemical Secre5ng Cells: Basophil and Mast Cell, Apoptosis – Initiating Cells: NK cells, Parasite – Destroying Cells: Eosinophils, Effects of Interferon, Nonspecific Internal Defenses: Antimicrobial Proteins, Nonspecific In...

In depth concepts of Introduction to Pulmonary Ventilation, Pressure Gradients, Volumes and Pressure Associated with Breathing, Mechanics of Breathing, Respiratory center, Nervous Control of Breathing, Airflow, Pressure Gradients, and Resistance, Minute Ventilation and Alveolar Ventilation, Measuring Respiratory Function, Chemical Principles of Gas Exchange, Pulmonary Gas Exchange, Tissue Gas Exchange, Oxygen Transport, Carbon Dioxide Transport, Conversion of Carbon Dioxide to Bicarbonate, Hemog...

In depth concepts of Total cross-sectional area and blood flow velocity, Diffusion and Vesicular Transport, Bulk flow, Net filtration pressure, Lymphatic System, Local Blood flow, Degree of Vascularization and Angiogenesis, Myogenic response, Local, Short-term Regulation, Relationship of Local and Total Blood Flow, Blood pressure, Venous Blood Pressure, Resistance, Regulation of Blood pressure and Blood flow, Neural Regulation of Blood Pressure, Hormonal Regulation of Blood Pressure, Blood Flow ...

Provides in depth bacterial shapes and arrangements, structure of bacterial cell, structure of prokaryotic cell, flagella, fimbriae and pilli, glycocalyx, cell envelope, bacterial cell walls, peptidoglycan, gram positive cell walls, gram negative cell walls, gram stains, damage to cell walls, differences in cell wall structure, atypical cell walls, acid fast cell walls, endospores.

Many anatomy and physiology notes in depth. Will help students study and get ready for their next test and lab exams.

In depth concepts about Introduction of the Urinary System, Gross Anatomy of the Kidney, Location and Support, Kidney supported by several tissue layers, Sectional Anatomy of the Kidney, Innervation of the Kidney, Nephron, Collecting Tubules and Collecting Ducts, Juxtaglomerular apparatus, Blood Flow Through the Kidney, Filtrate, Tubular Fluid, and Urine Flow, Urinary Tract (Ureters, Urinary Bladder, Urethra).