Define kinetic and potential energy. (Give biological examples). What are the two laws of thermodynamics? Give examples. What is entropy and what is the law of entropy? How do living things resist the law of entropy? Give biological examples. Define metabolism‚ catabolism and anabolism. What is free energy? What is an exergonic and endergonic reaction? What is G for these two reactions? What are the characteristics of each of these reactions? Define the ATP/ADP cycle. What is a coupled reaction? What
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Muscular System: Muscle Metabolism 1. List the three roles of ATP in muscle contraction: 1. _energizing the power stroke of the myosin cross bridge________________________ 2. _disconnecting the myosin head from the binding site on actin at the conclusion of a power stroke_________________ 3. _energizing the calcium ion pump; transporting calcium___________________ 2. The potential energy in ATP is released when the terminal high-energy bond is broken by a process called _hydrolysis________________________
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muscle metabolism Skeletal muscle is the major tissue responsible for glutamine synthesis in the body [9‚10]. In this context‚ glutamine anabolic effects in the skeletal muscle not only preserve lean mass‚ but also maintain plasma glutamine concentration in the body. Glutamine provides energy substrate to cells with a high turnover‚ nucleic acid precursors to cells of the immune system and is involved in the maintenance of acid-base balance [9‚ 11‚ 12]. The key enzymes in the metabolism of glutamine
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Microbial metabolism is the means by which a microbe obtains the energy and nutrients (e.g. carbon) it needs to live and reproduce. Microbes use many different types of metabolic strategies and species can often be differentiated from each other based on metabolic characteristics. The specific metabolic properties of a microbe are the major factors in determining that microbe’s ecological niche‚ and often allow for that microbe to be useful in industrial processes or responsible for biogeochemical
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Matt Feldman Mr. Mosher AP Bio 12/6/2012 The Metabolism of Alcohol This article describes the process the liver undergoes to breakdown the alcohol in your blood stream. Also it discusses the consequences of heavy drinking and the damage it causes to your body. The only cells in our body that can metabolize ethanol are in our liver. In the cells NAD+ oxidizes the ethanol to acetic acid‚ which generates an excess amount of NADH‚ which gives its electrons to the ETC. Then Oxidative phosphorylation
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organisms to grow and reproduce‚ maintain their structures‚ and respond to their environments. The word metabolism can also refer to all chemical reactions that occur in living organisms‚ including digestion and the transport of substances into and between different cells‚ in which case the set of reactions within the cells is called intermediary metabolism or intermediate metabolism. Metabolism is usually divided into two categories. Catabolism breaks down organic matter‚ for example to harvest
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Metabolic Rate of a Mouse Lab Write-Up A . The purpose of this experiment was to measure the oxygen consumption of a mouse in which I concluded that they would have less consumption considering their much smaller size. It turned out that they produced 60 O /min which means they use about 0.0024 cal/min or 3.5 cal/day. That is indeed less than the amount we humans use‚ but if the given the mass of a human‚ they would use 15‚ 313 cal/day which is more than the 2‚000 calories we use on an
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Erythrocyte: Structure & Metabolism หัวข้อบรรยาย 1. Red cell membrane 1. Membrane lipid 2. Membrane skeleton 3. Peripheral proteins 4. Integral proteins 2. RBC metabolism 1. Glycolytic (Embden-Meyerhof) pathway 2. Hexose monophosphate shunt 3. Rapoport-Luebering pathway 2.4 Methemoglobin reductase pathwa 3. Hemoglobin 3.1 Hemoglobin structure 3.2 Hemoglobin synthesis
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Simply put‚ metabolism is the process of breaking down proteins‚ carbohydrates‚ and fats to yield the energy your body needs to maintain itself. The rate of your metabolism depends on the interaction between the number of calories you consume‚ the number of calories you burn while eating and exercising‚ and the calories you burn based on your individual genetic makeup. How can you increase your metabolism? Well‚ there’s not much you can do about your genes (they only account for a measly 5% of
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Edward F. Coyle’s article‚ Fat Metabolism During Exercise: New Concept‚ focuses on answering the question to “what limits the rate at which people can convert their body fat into energy during exercise. He focuses on the different components of fats‚ such as the adipose tissue‚ blood plasma‚ and the oxidization of fats. He highlights how within the adipose tissue there an estimated 50‚000 to 60‚000 kcal energy stored as triglyceride and an obese individual will have more energy than compared to an
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