PPT-Water Balance:

Hy po and Hypernatremia Vivek Bhalla MD Division of Nephrology Stanford University School of Medicine September 14th 2015 Clinical Relevance Learning Objectives 5 Define serum osmolality. 4/8/14. Balance. Water and . electrolytes. . (molecules that release ions in water) . must maintain a balance of quantities coming in and leaving.. Mechanisms in the body are responsible for this balance. What are Fluids and Electrolytes and what are their functions?. Body Fluid is the liquid portion of our cells and tissues. - intercellular fluid. - extracellular fluid. - tissue fluid ( interstitial fluid). England, Wales, Ireland, Australia, America, Canada. Natural Resources. Land . Management, . growing and spreading population. soil health. more integration with environment, under utilised land . Water. Transport Processes. Outline. Class Policies. Introduction . Review. Course Assessment. 3 Long Exams . 60%. Final Exam . 20%. 3 Machine Problems . 15%. Classwork . 5%. Policies to Remember. Submit . Acid Base . Imbalances. Chapter 17. Megan McClintock. Winter 2012. Homeostasis. Maintained by the intake and output of water and electrolytes and regulation by the renal and pulmonary systems. Acid-base balance is necessary for many physiologic processes (respiration, metabolism, function of the CNS). Qbase. ET. 200 cm. RF. Rainfall (unfrozen precipitation) (kg/m^2). SF. Snowfall (frozen precipitation) (kg/m^2). Qsurf. Surface runoff (non-infiltrating) (kg/m^2). Qbase. Subsurface runoff (baseflow) (kg/m^2). Fluid, Electrolyte, and Acid-Base Balance. 1. Body Water Content. Infants have low body fat, low bone mass, and are 73% or more water. Total water content declines throughout life. Healthy males are about 60% water; healthy females are around 50%. Double-displacement Reaction: . Precipitation. acid-base neutralization. gas-evolving. Single-displacement Reaction. 2. 2. Experiencing Chemical Change. Chemical Reactions. : happening both around you and in you all the time! . Stephanie Montoya, CPhT. Coryann. . Senteno. , CPhT. Objectives:. At the completion of this application-based presentation, the Pharmacist participant will be able to: . 1) Accurately calculate the correct amounts of ingredients for a compounded product. P6.6 T. A. Smith* and P. Cunningham The Florida State University, Tallahassee, FL In the following section, the shallow-water model is described, along with the methodology used for this investigat And . Imbalance. In Human . Body. Dr. Anissa Atif Mirza. Body Water. Water. is the . chief constituent of human body.. Water is the . chief solvent of body.. Water . comprises 60-70% . of total body weight. Mrs. L. . Bijayalakshmi. Devi. Associate Professor. MKSSSBTINE. Daily requirement of water. As 2 to 2.5 liters of water are lost by excretion and perspiration, an equal amount is requirement daily by the body to avoid dehydration. Basic . calculations. , commercial . and. . physical. . losses. Content. Basic Water Balance . Calculation. Commercial . Losses. Physical. . Losses. Summary. 2. 1. Basic water . balance. . calculation. II. Pipetting & . Reagent . Preparation. Winuthayanon Lab. Outline:. How to Use Pipette & Balance. Volumetric & Mass measurements. Glassware. Pipettes. Measurement . Balances. Pipetting & Reagent preparation.