The diagram represents the dialysis bag and the beaker of water in which it was placed. Label the solution inside the dialysis bag and the solution inside the beaker as hypertonic or hypotonic. Using an arrow, indicate the direction in which water flowed: into, or out of the model cell (dialysis bag). Beaker Dialysis Bag-

The diagram represents the dialysis bag and the beaker of water in which it was placed. Label the solution inside the dialysis bag and the solution inside the beaker as hypertonic or hypotonic. Using an arrow, indicate the direction in which water flowed: into, or out of the model cell (dialysis bag). Beaker Dialysis Bag-

Biomedical Instrumentation Systems

1st Edition

ISBN:9781133478294

Author:Chatterjee

Publisher:Chatterjee

Chapter10: Instrumentation In Extracorporeal Circulation And Cardiac Assist Devices

Section: Chapter Questions

Problem 6P

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Similar questions

Label the solution inside the dialysis bag and the solution inside the beaker as hypertonic or hypotonic. Using an arrow, indicate the direction in which water flowed: into or out of the model cell (dialysis bag)
Use the two tables below to answer the questions: Table 1 - Controls Solute Tested For Positive Control (Colour) Negative Control (Colour) Glucose orange blue Protein purple blue Table 2 - Water and Tubing Test Results Solute Tested For Beaker Water After 10 Minutes (Colour) Beaker Water After 20 Minutes (Colour) Tubing Contents (Colour) Glucose orange orange orange Protein blue blue purple Which substance diffused through the dialysis tubing? Which substance did not diffuse through the dialysis tubing? Explain why one substance diffused while the other substance did not diffuse.
Which of the following dialysis membranes has the largest pore size? Select one: 20 MWCO 50 MWCO 100 MWCO 200 MWCO
A 12cm length of dialysis tubuing was prepared and filled with 10ml of 0.9% sodium chloride, 5% egg alubumin and 5% glucose solution. The tubing is placed in a beaker that contains a solution of 5% sodium chloride, 20% egg albumin and 20% glucose. The sac is permeable to glucose and sodium chloride and imperanle to egg albumin. State the direction of movement for the following: Sodium chloride: Egg albumin: Glucose: Water:
if the water potential of a dialysis is -4.0 and pressure potential was -2.0 and the solute is sucrose, what was the concentraiont of the sucrose solution? the tempertaure kf the room is 37 c. round tocthe thousands places and don't put the unit asap
The experimental procedure is changed and a dialysis tubing cell is filledwith 10 mL of 0.8M sucrose solution and 5 mL of 1.0M sodium chloridesolution. It is then placed in a beaker containing distilled water. Predict therate of pressure change and explain your reasoning. Write on your own words. Do not copy and paste it from google or any other third party. See attached data.
In dialysis, large molecules are allowed to diffuse through a semi-permeable membrane. True False
There are 3 dialysis tubing each containing 8ml of 20% sucrose solution.#1 tubing was immersed in distilled water.#2 tubing wad immersed in 20% sucrose solution while the third tubing was immersed in 40% sucrose solution.what will happen to each dialysis tubing and why it occur
Assume you have a 1% salt solution in 3 different beakers. In beaker one, you place a dialysis bag with just water in it. In beaker two, you place a dialysis bag with a 1% salt solution in it. In beaker 3, you place a dialysis bag with 10% salt solution in it. Predict what will happen to each of the dialysis bags after 24 hours (get larger, get smaller or no change). Use the terms hypotonic, hypertonic and isotonic to explain your answer.Part 2: List the four types of tissue and compare and contrast 2 of these types of tissues. Describe at least 2 differences and 2 similarities between the tissues you chose.
if you have a dialysis tube filled with 10 mL of 20% sucrose solution in a beaker with 100 mL of water, what will happen to the bag over time? (The dialysis tubing is permeable to water but not sucrose.) The bag will shrink. The bag will swell. The bag will stay the same for most of the time and will slowly lose weight. There will be no change in the bag.
For part A, explain why the solution inside the dialysis tubing turned blue, but the solution in the surrounding beaker did not.
Label the void volume (V0), elution volume (Ve) and total elution volume (Vt) appropriately on the graph for the gel filtration chromatography using a column experiment.