Medical Center-Cost Allocation Concepts 1) Is it fair for the Dialysis Center to suffer (in profitability) from the move even though it had nothing to do with it? I do not think that the Dialysis Center suffering in profitability from the move is fair. Being that the Dialysis Center was moved as a result of the Outpatient Clinics need for extra space‚ I do think that some of the costs of the new building and the relocation of the Dialysis Center should be paid through the Outpatient Center (a “buy
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semi-permeable membrane? In this lab study we tested carbohydrates such as starch and glucose‚ as well as solutions like Benedict’s and Lugol’s to see if they would cross the membrane of a cell but since we can’t actually see that happen we used dialysis tubing (acts as the cell membrane). • My prediction was that glucose and Benedict’s could pass the semi-permeable membrane but starch and Lugol’s wouldn’t be able to. • The purpose of this study is to be able to identify what molecules can pass
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indefinitely in the culture due to the presence of tumour cell or myeloma cells involved in the production of hybrid cells. Therefore‚ these hybrid cells produced from hybridoma technology are cultured in laboratory or passaged or sub cultured using mouse peritoneal cavity and these cells produces monoclonal antibodies‚ and this technology is called as hybridoma technology. Hybridoma technology was first discovered by G.Kohler and C.Milstein during 1975. They were also awarded Nobel Prize
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Measure and pour 50 mL of water into a 100 mL beaker. Cut a piece of dialysis tubing 15.0 cm long. Submerge the dialysis tubing in the water for at least 10 minutes. I measured and poured 82 mL water into a second 100 mL beaker. While the dialysis bag was soaking‚ made the glucose/sucrose mixture. Using a graduated pipette to add five mL of glucose solution to a third beaker and labeled it “Dialysis bag solution”. Used a different graduated pipette to add five mL of starch solution
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regent (I2Kl) solution on the outside of the beaker permeates the intestine (Dialysis tubing) inducing a chemical reaction that will turn the liquid in the intestine (Dialysis tubing) blue-black. If the amylase successfully digests the starch‚ what results would you expect? If the amylase successfully digests the starch‚ I would expect a no color change occur as well as a presence of glucose in the intestine (Dialysis tubing). If the amylase only partly digests the starch‚ what would you expect
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Diffusion and Osmosis Through Dialysis tubing We did this experiment to test the diffusion of different substances through dialysis tubing. We used what we knew about diffusion to make predictions on what we thought the mass of the dialysis tubing to be after submerging them for 30 mins and we knew that diffuse occurs from highest concentration to lowest concentration. Since the dialysis tubings are filled with different substances than what they are being put into then they should all gain
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Introduction: This experiment was used to examine the hypothesis that: Osmosis is dependent on the concentrations of the substances involved. Diffusion is the passage of solute molecules from an area of high concentration to an area of low concentration (Campbell & Reece‚ 2005). An example is ammonia diffusing throughout a room. A solute is one of two components in a chemical solution. The solute is the substance dissolved in the solution. The solvent‚ the other component‚ is any liquid in
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OSMOSIS LAB BACKGROUND INFORMATION. Dialysis tubing is being used to model a plasma membrane. Isotonic solutions are solutions that have the same concentration of solutes on both sides of the membrane. Hypertonic solutions are solutions that have more solute to the one with less solute. Hypotonic solution are solutions that have less solute to the one with more solute. RESEARCH QUESTION:which dialysis tubing will gain the distilled water and which one will loss its content
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is done by building an imitation of a caterpillar’s digestive tract using dialysis tubing and glassware. The first material in this experiment is a small beaker representing the head and crop of the caterpillar. This beaker is filled with both starch and the enzyme α-amylase. This enzyme digests the starch found in the leaves the caterpillar is eating‚ which breaks it down into glucose. The opening of the soaked dialysis tubing represents the opening between the crop and intestine‚ so you fill the
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Diagnosis: Physical symptoms of liver trauma include blood loss‚ tenderness of the region‚ peritoneal irritation and its guarding. Haemodynamically stable patients with suspected live injury should be investigated for imaging studies. Focused Assessment with Sonography in Trauma (FAST) is usually useful for both blunt and penetrating trauma. FAST has sensitivity from 75-94 % and specificity from 97-100 % for intra-abdominal fluid in trauma patients. FAST cannot distinguish between laceration and
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