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Discuss the osmo-regulatory mechanisms in the human body, citing clinical, pathological illustrations to underpin your
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- Explain the osmo-regulatory mechanisms in the human body, citing clinical, pathological illustrations to underpin your explanation.You were introduced to osmosis in Chapter 8 earlier in the course. This week, Chapter 15 continues this discussion by introducing the cell membrane. For additional information, review one or two of the websites listed below. Osmosis: Real-life Applications How Is Osmosis Used in Kidney Dialysis? Guide to Forward Osmosis Applications Choose one way that osmosis and membranes are used in living things, medicine or industry. Describe how osmosis and membranes are used in the real-life application you chose. What are some of the materials necessary? Is an input of energy necessary?When a person becomes dehydrated, the amount of water in extracellular fluids such as blood decreases, causing the solute concentration of these fluids to increase. State whether osmosis results in water entering or leaving cells.
- Please help me answer this question, more than one answer given may be correct: Figure title: Hemolymph osmolality of crabs during different salinity acclimation. Dash lines represent osmolality of 5 ppt, 25 ppt and 33 ppt seawater (from bottom up). Significant differences are indicated by letters (p < 0.05, one-way ANOVA followed by Dunnett's multiple comparison). From this figure you can determine that these crabs are Question 21 options: limited osmoregulators strict osmoregulators strict osmoconformers limited oxyconformers strict oxyconformersHello, please can you help with this question? Thanks1) whether the statement is correct or incorrect and 2) the reasoning for your answer. Your answer should demonstrate your understanding of the physiological concepts underlying the statement and be professionally written. Both transmembrane carrier proteins and transmembrane channel proteins can mediate active transport of a hydrophilic solute through a cell plasma membrane.
- Given the following cell type and solutions, draw the cell, showing the net direction of osmosis (water flow) and say what state the cell will be in. Choose from the following terms to describe the state of the cell: Turgid, flaccid, plasmolyzed, crenulated (shriveled), lysed (burst), normal. An animal cell with an internal osmolarity of 0.32 M (total concentration of all the solutes in solution) that is placed in a solution of 0.32 M NaCl.What is the Description and Examples in the body of these Cell transport? Explain in 2-3 sentencesDescription:Examples in the body: a. Diffusion b. Osmosis c. Facilitated DiffusionSelect the best answer or answers from the choices given: A physiologist observes that the concentration of sodium inside a cell is decidedly lower than that outside the cell. Sodium diffuses easily across the plasma membrane of such cells when they are dead, but not when they are alive. What cellular function that is lacking in dead cells explains the difference? (a) osmosis, (b) diffusion, (c) active transport (solute pumping), (d) dialysis.
- I need help pleasedefine osmosis and identify examples of osmosisA 20 year old female presents to your emergency service with severe head trauma from a fall. An MRI… Show more A 20 year old female presents to your emergency service with severe head trauma from a fall. An MRI reveals swelling of her brain, but no sign of hemorrhage. You determine that removing 100 ml of intracellular fluid from her brain will greatly relieve the increasing intracranial pressure. Assuming she was isotonic upon presentation, what osmolarity would you need to achieve in her body to accomplish this? She weighs 60 kg and assume that her brain weighs 3 kg and is 70% water. 2) What volume of 10% mannitol would you need to add to get her to this osmolarity? The molecular weight of mannitol is 182. • Show less