Erythrocytes‚ also known as ‘Red Blood Cells’‚ is one of the cells in our body that makes our blood. Erythrocytes are supported by many of other components in making blood. They are a disk shaped a cell which are filled with an iron contain pigment called haemoglobin . Haemoglobin is what makes blood red by strongly binding itself to oxygen and carbon monoxide. Our blood circulates around are body bringing us the oxygen which is bound to the haemoglobin in the red blood cells. Red blood cells are squishy so
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Chinese buffet‚ and was wearing blue flannel shirt and jeans. Houtchens Jason O. Chemistry Lecturer‚ at the time of the murder he was teaching Chemistry 101 lab‚ and was wearing a blue polo shirt and jeans. Waffle Debra A. Lab Technician‚ at the time of the crime scene she stated she was preparing for Microbiology 206 lab‚ and she was wearing blue lab coat and khaki pants.
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Lab 1‚ Exercise 1 • Based on the information in Table 2‚ what patterns do you observe? The number of fish that I observed in a body of water increases until the dissolved oxygen was at 12 ppm. After that point‚ the number of fish declines slightly. • Develop a hypothesis relating to the amount of dissolved oxygen measured in the water sample and the number of fish observed in the body of water. When the dissolved oxygen levels increase‚ the number of fish that
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Hypothesis 1: It was hypothesized that the growth and seed pod production in the standard plants would increase when less competitors were present and that growth would be more affected by competition than seed pod production would be. The data in Figure 1 and Figure 2 support this hypothesis; the standard plant grew the most when it was in a container alone and‚ on average‚ produced more seeds when no competitors were present (Figure 1). Though growth and seed pod production had similar trends
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Ye Tao BISC220-13155 The Effect of Temperature on the Digestion of Starch by Activity of Enzyme α-Amylase: Observation of Rate of Starch Disappearance through Iodine Test Introduction An enzyme is a type of protein that‚ through its own structure including hydrogen bonds‚ acts like a biological catalyst and is able to accelerate the biochemical reaction rate by lowering the activation energy of the whole process‚ without which cells could hardly practice any physiological functions within human
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Formal lab report: Abstarct: The Purpose of this experiment was to perform Agrobacterium-mediated transformation in Wild type Arabidopsis thaliana Columbia by using somatic plant transformation method. The whole process lasted for over a period of 11 weeks and we were successful in getting transformed plants. Agrobacterium tumefaciens strain containing pMP90 (Ti-helper) plasmid and pCAMBIA1391 (T-DNA) plasmid was used for this plant transformation. pCAMBIA1391 plasmid was constructed by cloning Brassica
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2.02 Circulatory: What are the functions of blood? Transportation: Carries oxygen to tissues‚ Carbon Dioxide from tissues‚ nutrients and waste products. Regulation: circulates excess heat to body surfaces and lungs. PH is regulated through buffers and amino acids that it carries. Protection: Circulates antibodies and defensive cells to combat infection and disease‚ also produces clots to prevent excessive loss of blood. Functions of blood components Plasma: Makes up about 55% of blood volume. Plasma
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Worksheet Classification and Nomenclature 1. The next level of taxonomy more inclusive than order is A. class C. genus B. family D. pylum 2. Which is the correct way of designating a species name? A. Musca domestica B. Musca domestica C. domestica D. Musca Domestica 3. The scientific name for the ruffed grouse is Bonasa umbellus. Bonasa is A. The family name B. The genus C. The specific epithet D. all of the above 4. The science
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Title: Observing Bacteria and Blood- Lab #1 Purpose: Being able to learn how to correctly use a microscope and the oil immersion lens to be able to see the prepared slides. Also to learn how to prepare my own yogurt and blood slides. Procedure: First‚ set up the microscope. Clean the ocular lenses and objectives with lens paper. Then pace the prepared e slide on the stage and make adjustments. Turn the rotating nosepiece until the 10x objective is above the ring of light coming through the slide
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researcher the knowledge that bananas do in fact have more DNA than watermelon. The results were recorded in a chart and expressed through tables and graphs. . Emphasis To create a lab using the scientific method for collection and data‚ To compare the amounts of DNA in different fruits Objectives Creating a lab using the scientific method‚ Discover which fruit has the most DNA Observations Alcohol aids in DNA extraction. Everything’s DNA is different. Problem Do Bananas or Watermelon contain
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