Mixed Solutions: If 1 mmole of glucose (180mg=1mOsm) and 1 mmole of NaCl (58mg=2mmOsm) are put into a beaker and distilled water added to make 1 liter, the osmolarity is 3 mOSm/L. OSMOSIS CALCULATIONS: 1. Calculate the number of grams of NaCl needed to prepare 100 mL of a 280mOsm.L Solution. (280mosm/l) *(1L/1000mL)*(100mm/1)*(29mg/1mosm)*(1g/1000mg)=0.812g 2. Calculate the number of grams of glucose needed to prepare 100mL of a 280 msm/L glucose solution.
Importance of biochemistry can be seen from the fact, that it is used in many aspects of daily life, like in clinical diagnosis, manufactured of various biological products, treatment of diseases in, nutrition, agricultural. Biochemistry helps one to understand the biochemical changes and related physiological alteration in the body. * List a balanced chemical equation for each of these chemical reaction types and explain how it is used in your example above As a simple example of how to balance an equation, let us take the reaction which occurs when a large excess of mercury combines with bromine. In this case the product is a white solid which does not melt but instead changes to a gas when heated above 345°C. It is insoluble in water.
Exploring enzymes through Lactex. Problem: Does pH affect the results of Lactex? Independent Variable: pH value Dependent Variable: Glucose Control: Lactex enzyme Hypothesis: I think pH will cause the result of Lactex to change. Materials: · Soap (basic) · Antacid (basic) · Soda (acidic) · Vinegar (acidic) · pH test strips · eye dropper · Cow’s milk Experimental Design: 1. Set up plastic cups 2.
The monochromator separates the wavelengths of light and focuses each of them onto the photodetector sequentially. 13. State the purpose, use, operation, calibration, and maintenance for pH/blood gas analyzer (include diagram and description of a pH glass electrode). * The purpose of the PH and blood gas analyzer is to measures blood pH (acid-base balance) of the blood. The PH/blood gas monitor is uses to gives accurate pH, pC02and po2 determination on the blood sample or other body fluids.
Record results of Gram stain. 7. Include the results in your Lab Report. Conduct "OF Glucose Test": 1. Open the Biochemical Tests Reference Book.
Aldolase B is considered the chief aldolase isoenzyme that is responsible for fructose metabolism and gluconeogenesis within the liver. This is turn, produces fructose 1,6-biphosphate from the glyceraldehyde-3-phosphate and dihydroxyacetone phosphate. When fructose is ingested, the body cannot change its energy storage substance glycogen to glucose. When glucose builds up in the liver, the blood sugar falls resulting in hypoglycemia. (PubmedHealth, 2009) Fructose 1 phosphate which is the substrate of Aldolase B is split by Aldolase.
(2 marks) A drug of same size and shape, as that of a substrate, which fits into the active site of an enzyme will act as a competitive inhibitor and the reaction is termed as competitive inhibition. The drug will compete with the substrate molecule for the active site of an enzyme, thus, it will decrease the rate of substrate-enzyme reaction by binding to the active site of enzyme. The rate of competitive inhibition reaction is directly proportional to the concentration of inhibitor present. 2. Glucose travels in the plasma or liquid part of your blood but cholesterol (triglycerides) travel bound to protein carriers in the blood.
A protein can contain one or more polypeptide chains. Carbohydrates have sugars and molecules that form chains of sugars. Glucose is a single sugar unit, while maltose has two sugar units. Glucose is used by all organisms to store energy. Energy is released when glucose is broken down into carbon dioxide and water.
Progress and Challenges with the Implementation and Use of Electronic Health Records among Critical Access Hospitals. Retrieved from: http://www.healthit.gov/sites/default/files/cahdata_brief12.pdf U.S. Department of Health and Human Services (n.d.). About pandemics: Characteristics
Level 3 Diploma in Health and Social Care (Adults) for England (4222-31) 297 Unit 4222-335 Undertake physiological measurements (HSC 3052) Assessment Criteria Outcome 1 Understand relevant legislation, policy and good practice for undertaking physiological measurements The learner can: 1. describe current legislation, national guidelines, organisational policies and protocols affecting work practice. Outcome 2 Understand the physiological states that can be measured Outcome 3 Be able to prepare to take physiological measurements The learner can: 1. explain