Cheyne-Stokes respiration

When trying to figure out the cellular morphology and arrangement the T-streak method is used to get isolated colonies from a sample of a bacteria. To begin the process a petri plate which has a layer of agar is divided into three sections in a T form. When preforming an experiment aseptic techniques are used between each step, therefore you flame the loop before and after every step. A sample is taken from a culture with an inoculated loop, then is spread in the top section of the plate in…

exercise) as a pose to during stage 2 (anaerobic exercise). Cellular respiration is the process of energy production and consumption within the body and during cellular respiration there are many bonds being broken of sugars and ATP. I felt warmer after lifting the dumbbell because whenever a bond is broken, energy is released in the form of heat as a by-product to normal energy. Oxygen is a vital part to cellular respiration and oxidative phosphorylation because without it there would be no…

Competition is a prevalent factor in biology that plays an integral role in the diversity of a biomes community and natural selection for species. Plants are among the most diverse groups of organisms and it all started 475 Ma ago, when spore-producing plants were the first to emerge from the sea to begin the colonization of terrestrial ecosystems. Ever since late Silurian (425 Ma), land plants have been competing, evolving and diverging to give rise to new species, while nearly all plant…

purpose of this lab is to determine the effect of light intensity on the rate of cellular respiration in seaweed. Introduction The relationship between respiration and photosynthesis in plants is a constant one. During photosynthesis plants use light energy, often from the sun, combined with carbon dioxide and water to produce energy. The byproducts of this action are glucose and oxygen. Contrarily, respiration is the combination of glucose and oxygen to produce water and carbon dioxide (Lab:…

What is UGT1A4? The majority of drugs are metabolized to form compounds that are more polar in structure than their parental precursors. The ultimate goal is to 1) increase the hydrophilicity of the presented compounds along with their molecular weight, 2) inactivate their biological effects and 3) facilitate their efflux from the cells, subsequently followed by excretion into bile or urine1. The metabolic enzymes in charge of this process are traditionally organized into two separate…

Hypothesis: Our reagent, Malonate, is an inhibitor of the mitochondrial enzyme Succinate Dehydrogenase (SDH) that will bind to the active site of the enzyme and result in a decrease of enzyme activity. Justification: Any agent that interferes with enzyme activity is an inhibitor. Inhibitors can affect the catalysis and/or the binding of enzymes to substrate. Malonate is an inhibitor of SDH primarily because of its shape and function, as the shape is similar to that of succinate (Clark, 2009).…

26. In point form list four ways in which photosynthesis and cellular respiration and interdependent. Include the specific stages and molecules for both processes in your answers. 1. The glucose formed during the Calvin cycle in photosynthesis by some G3P molecules breaking off is used to release ATP during cellular respiration. 2. The splitting of water during the light reactions of photosynthesis in Photosystem II produces oxygen that releases into the air as carbon dioxide. The oxygen from…

There's various types of ways an organism can live, one being autotrophic. Autotrophs sustain themselves without eating anything derived from living beings. They're the producers of the biosphere because they can release organic molecules. Most autotrophs get their energy from photosynthesis. They store their chemical energy in carbohydrate food molecules that they build themselves. Autotrophs are the ultimate source of organic compounds producing organic molecules and that's the direct link…

anaerobic respiration? “During anaerobic respiration, less energy is released than during aerobic. This is because the breakdown of glucose is not complete. What it does to your muscles is it releases much less energy than it needs. Due to this, anaerobic respiration produces an oxygen debt that is the amount of oxygen needed to oxidise lactic acid to carbon dioxide and water” (http://www.bbc.co.uk/schools/gcsebitesize/science/add_aqa/respiration/respirationrev4.shtml). “Anaerobic respiration…

When analyzing the given graph showing the relationship between anaerobic respiration and temperature, it can be seen that at -20°C the amount of fermentation during anaerobic respiration is zero, as the temperature increases the amount of fermentation increases, until 35°C when fermentation is at 100%. Interestingly, as the temperature increases further, fermentation decreases until at 60°C it ceases once more. At Earth’s beginning it is thought that the earth was covered with active volcanoes…