Anatomy and Physiology Web-quest mucles and bones We live in our bodies. It is important that we understand how our bodies work so that we will be able to take good care of them while we are here on Earth in these spectacular containers!! Your body is covered by the largest organ and is supported within by foundation‚ your skeletal system. All your body systems have to work together in order to keep you alive and well. You will be exploring then parts of your body by using various web resources
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Aseptic Technique and Culturing Microbes‚ Lab #3 Purpose: The purpose of the this experiment is to learn to transfer microorganisms to a nutrient medium to promote growth using aseptic techniques. which are a method used to prevent unwanted organisms from contaminating a medium. We will also learn about different types of culture media‚ including MRS broth and nutrient broth‚ learn about oxygen and temperature requirements for microbial growth and how to control microbial growth. Procedure:
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Case Analysis #1: Monsanto In 1901‚ John F. Queeny started the original Monsanto‚ which was named after his wife‚ Olga Monsanto Queeny. It was originally created to make artificial food additives such as sweetener saccharine‚ coca- cola caffeine extract and vanillin. After being renamed a few times‚ it settled with the name “The Monsanto Company” in 1964. During the 1970s‚ the company produced a “major legal snare” p.303 known as Agent Orange. This was used in the Vietnam War to “quickly deforest
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Wheat 10 Rice 9 Baker’s Yeast (Fungus) 11 Candida Yeast (Fungus) 13 Neurospora (Fungus) 14 When scientist say that all living organisms share a universal genetic code it means DNA is called the universal genetic code because the structure and components of DNA are that all living organisms are related in some type of way. The universal genetic code relates to the hypotheses of life on earth by showing life originated from a single ancestor‚ the genetic code
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Simple Diffusion 1. The following refer to Activity 1: Simulating Dialysis (Simple Diffusion). Which solute(s) were able to pass through the 20 MWCO membrane? None According to your results‚ which solute had the highest molecular weight? Albumin Which solute displayed the highest rate of diffusion through the 200 MWCO membrane? NACI_ Using the data from Chart 1‚ explain the relationship between the rate of diffusion and the size of the solute. The smaller the solute particle‚ the greater
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Studies that have mapped the connections between neurons in the brain‚ gain insight into the regulation of appetite and metabolism. The ARC and VMH has long been thought of as satiety centers. Studies that investigate the role of the arcuate nucleus in the hypothalamus‚ in regulating appetite and metabolism‚ have targeted two chemically identified neuronal types within the ARC: anorexigenic pro-opiomelanocortin (POMC) neurons and orexigenic neuropeptide Y (NPY)/agouti-related peptide (AgRP) neurons
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The 2000-Meter Row: A Case in Homeostasis Adapted from the National Center for Case Study Teaching in Science* by Nathan Strong At the start 1. Recall that Jim’s heart and respiratory rate are increased‚ he was sweating and that his mouth was dry before the raise began. Explain what is happening to his autonomic nervous system (including which division is the most active) and specify exactly how those ANS responses are creating the symptoms noted. What changes do you think are occurring
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Single Stimulus Activity 1: Identifying the Latent Period 1. How long is the latent period? 2.78 msec 2. Does the latent period change with different stimulus voltages? no Activity 2: Identifying the Threshold Voltage 1. What do you see in the Active Force display? Leveled line 2. What is the threshold voltage? .8 V 3. How does the graph generated at the threshold voltage differ from the graphs generated at voltages below the threshold? They were Level Activity
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267-269‚ 277-280 * Direct calorimetry uses the measurement of heat production as an indication of metabolic rate. * Indirect calorimetry estimates metabolic rate via the measurement of oxygen consumption. * Energy expenditure can be expressed in L•min-1‚ kcal•min-1‚ ml•kg-1•min-1‚ METs‚ and kcal•kg-1•hr-1. * To convert L•min-1 to kcal•min-1‚ multiply by 5.0 kcal•L-1. * To convert L•min-1 to ml•kg-1•min-1‚ multiply by 1000 and divide by body weight in kilograms. * To convert
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prokaryote picks up from the environment free pieces of DNA secreted by live bacteria or released by dead bacteria then incorporates the genes into its own genetic makeup. In transduction‚ a virus serves as a vector in transporting genes from one organism to another. The size of prokaryotic cells range from about 0.2 to 10 micrometers in diameter (0.0001) to 0.003 millimeters). General Characteristics 1-10 µm long and 1-5 µm³ in volume No membrane bound nucleus; live in hypotonic fluids With
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