The Blood Bankers’ Legal Handbook The Blood Bankers’ Legal Handbook The Blood Bankers’ Legal Handbook The Blood Bankers’ Legal Handbook ’ Legal Handbook By M.L Sarin Senior Advocate Honorary Legal Adviser to The Indian Society of Blood Transfusion and Immunohaematology And The Blood Bank Society‚ Chandigarh Assisted by Harpreet Singh Giani Advocate March 2003 Dedicated to Mrs. Kanta Saroop Krishen A pioneer in the field of Voluntary Blood Donation in
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Sickle-Cell Anemia is a genetic blood disorder caused by the presence of an abnormal form of hemoglobin. These hemoglobin molecules tend to aggregate after unloading oxygen forming long‚ rod-like structures that force the red cells to assume a sickle shape. Unlike normal red cells‚ which are usually smooth and malleable‚ the sickle red cells cannot squeeze through small blood vessels. When the sickle cells block small blood vessels‚ the organs are deprived of blood and oxygen. This leads to periodic
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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 is the net movement of water from a high concentration of water to a low concentration of water down a concentration gradient. This is done to equalise the solute concentrations on the two sides. Therefore‚ in other words‚ the movement of water is depended on the concentration of dissolved solute in the water (in this case the sucrose) and if there are a higher concentration of sucrose in the visking tubing‚ the water in the beaker will move into the visking tubing to make both solution balanced
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Welcome to the forpura Learn Centre: Reverse Osmosis Welcome to the forpura Learn Centre. It’s here that you’ll find everything there is to know about Reverse Osmosis water and the Reverse Osmosis under-counter system itself. If you’re on the lookout for a filtration system that can provide you with clean drinking water for your home‚ then an under-counter domestic reverse osmosis system is exactly what you need. Not only is it one of the most popular filtration systems but it’s one of the most
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Osmosis of Sucrose Solutions of Different Molarities Through Dialysis Tubing (a Semi-Permeable Membrane) I. DESIGN A. PROBLEM/RESEARCH QUESTION 1. How does increasing molarity of sucrose affect osmosis through dialysis tubing? B. VARIABLES 1. The independent variable in this lab is the molarity of sucrose each dialysis bag is filled with. The time (30 minutes)‚ the temperature (23C) and the type of dialysis tubing used are all constants. 2. The dependent
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xxx1 xxxxxx Ms. xxxx Biology 20 November 2013 Osmosis Lab Problem: What’s the order of the concentration for each solution and how does it affect the movement of water? Hypothesis: Experimenter thinks the order of the solutions according to their concentration is D‚A‚E‚C‚B‚ from smallest. And the water will pass through semipermeable tubing bag from low to high concentration to thin the concentration inside the bag. Osmosis is a diffusion of water particles and is one of the passive transport
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molecules happens at cellular level‚ through a cell membrane via the pores. The cell membrane is a layer that’s located between the cell wall and the cytoplasm (containing organelles of the cell). The cell membrane‚ contains a phospholipid bilayer that is selectively permeable‚ which means that it will only permit certain molecules to pass through its pores. An example of diffusion occurs for the transport of o2 and co2 via the alveoli into the blood and blood to the alveoli. A glucose molecule‚ is
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Diffusion and osmosis are processes that are a constant in our lives‚ even though many don’t realize it. Medicaments such as Fervex can be drunk only after diffusion has taken place and the powder granules have diffused into the hot cup of water. On the other hand‚ every day we become unintentional witnesses of osmosis when the roots of the plants try to suck up the water from the soil (1). The purpose of this lab is to show clearly in an understandable way how diffusion and osmosis happen and to
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he mass and length of the potato piece must be kept the same in each experiment primarily because they affect the surface area of the piece‚ and varying surface area could have a great effect on the rate of osmosis. This is because in an experiment where the potato chip has a large surface area‚ there is a larger area of partially permeable membrane and therefore more opportunity for water particles to pass through. I will keep the surface area the same by keeping the mass and length
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