for the following scenario, DRAW the situation depicted, INDICATE which solution is hypertonic, hypotonic or isotonic (if applicable), and then show with ARROWS which way water will move. then write your response in complete sentences, thoroughly explaining and justifying your arrows. a. ouch! sore throat! it is so swollen that it is sore and it is difficult to swallow. and you have an oral presentation today. better gargle with salt water to reduce the swelling! explain why this age old technique really works, by using the concept of osmosis

for the following scenario, DRAW the situation depicted, INDICATE which solution is hypertonic, hypotonic or isotonic (if applicable), and then show with ARROWS which way water will move. then write your response in complete sentences, thoroughly explaining and justifying your arrows. a. ouch! sore throat! it is so swollen that it is sore and it is difficult to swallow. and you have an oral presentation today. better gargle with salt water to reduce the swelling! explain why this age old technique really works, by using the concept of osmosis

Principles Of Pharmacology Med Assist

6th Edition

ISBN:9781337512442

Author:RICE

Publisher:RICE

Chapter8: Forms Of Drugs And How They Act

Section: Chapter Questions

Problem 29RQ

See similar textbooks

Similar questions

For the following scenario you must draw the situation depicted, indicate which solution is hypertonic, hypotonic or isotonic (as applicable), and then show with arrows which way water will move. Then you must write your response in complete sentences, thoroughly explaining and justifying your arrows. a. Ouch! Sore throat! It is so swollen that it is sore and it is difficult to swallow. And you have an oral presentation today. Better gargle with salt water to reduce the swelling! Explain why this age old technique really works, by using the concept of osmosis.
This medication should be diluted with Normal Saline. How would you dilute this medication to obtain the order concentration?
a. How much NS was diluted? b. How much Gentamicin was diluted? c what is the desired concentration?
Give typed explanation The provider orders a maintenance dose of Magnesium Sulfate 1(g)/(h) to be given using a premixed bag with a concentration of Magnesium Sulfate 4g in 100mL Normal Saline. You will set the pump for a maintenance dose rate of: m(L)/(h)
Define the following terms: b. Isosmotic solutions c. Intravenous fluid Infiltration 2.What precautionary measures should be observed when isotonic solutions are used? 3. What precautionary measures should be observed when hypotonic solutions are used? 4. What are the Two types of feedback loops? Illustrate and explain briefly. 5. Complete the table below
A) Consider membrane filtration. What is concentration polarization and why does it occur? B) What are the important parameters that affect the diffusivity in/across membranes and what do The they mean physically? C) Consider the Krogh Cylinder model. What is the physical meaning of the critical radiusand why does it occur?
An amino acid mixture consisting of phenylalanine, glycine, and glutamic acid is to be separated by HPLC. The stationary phase is aqueous and the mobile phase is a solvent less polar than water. Which of these amino acids will move the fastest? Which one will move the slowest?
Beans the 21kg Pit Bull needs to be put on IV fluids STAT! He is now 3% dehydrated and had 25ml of diarrhea. Calculate his fluid needs step by step using the standard 50 ml/kg/day. Calculate MR for 24 hours= Calculate HD for 24 hours= What is his CL for 24 hours= Put it all together to give me rate per hour- number. Round to the nearest whole On a standard 15 gtt/ml drip set what is his drip rate in seconds= gtt/?sec) (write as ?
A. Assumed that the primary contributor to the absorbance of the samplewas due to the hemoglobins. Calculate how much red light the water in the sample absorbed.Explain whether or not ignoring water was a reasonable assumption. (use image down below to solve) B. There are several membrane-bound organelles in cells (e.g. nuclei, mitochondria,endoplasmic reticulum) that can also have ion channels in their membranes. Sketch anelectrical circuit model of a cell that expresses sodium, calcium, and chloride ion channels in itscellular membrane and calcium and chloride ion channels in its nuclear envelope membrane.
For each scenario, choose which boundary condition would be appropriate. Consider and list what assumptions you might be making. 1.The solute of interest is diffusing towards the cell membrane, where it is binding to surface receptors. 2.Sugar is diffusing from the surface of a dissolving sugar cube. 3.Blood is flowing over an oxygen transport membrane in a blood oxygenator. 4.Nutrients are diffusing away from the epithelium in a capillary bed into the tissue. Describe the boundary where diffusion of solute from one capillary meets that of another if you assume regular spacing of capillaries.
A 44-year-old woman was experiencing headaches and fatigue. The consultingphysician recommended testing glucose and electrolytes. The results are attached in the picture below: (a) What is the difference between serum and plasma? (b) Describe the results (c) Plasma glucose levels lower than 20 mg/dl can be fatal. As the patient’s resultsdid not match with her clinical presentation, the consulting biochemist decidedto investigate this test, and found that the glucose analyser was giving theresults in mM, but the lab assistant had assumed the results were in mg/dl. Isthis error pre-analytical, analytical or post-analytical? (d) 1 mM glucose = 18 mg/dL glucose. What is the patient’s fasting plasmaglucose in mg/dL, and is it within the normal range? (e) Describe possible consequences of this error.
discuss purite degradtion pathways with reference to the causes and treatments of Gout (please go into detail and write a full essay)