The unique properties of stem cells and the ways of reception. 3. The application of stem cells in curing the worldwide diseases. i. The effectiveness of using stem cells in diabetes treatment and possible risks of this therapy. ii. What are the benefits and risks of using stem cells in curing cardiac disorders‚ such as ischemic disease and stroke? iii. How neural disorders‚ such as Parkinson’s‚ Alzheimer’s and spinal cord injuries can be treated by stem cells and what are the fears about
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Red blood cell From Wikipedia‚ the free encyclopedia [pic] Human red blood cells (6-8μm) Red blood cells (also referred to as erythrocytes) are the most common type of blood cell and the vertebrateorganism’s principal means of delivering oxygen (O2) to the body tissues via the blood flow through thecirculatory system. They take up oxygen in the lungs or gills and release it while squeezing through the body’scapillaries. These cells’ cytoplasm is rich in hemoglobin‚ an iron-containing biomolecule that
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Nick Work October 20‚ 3013 CSI: Intro to Biology Blood Sampling Objective Our Objective is to identify which blood type each sample is. We test Anti-A and Anti – B‚ and also test to determine if it is Rh positive or negative. Hypothesis We are testing unknown blood sample testing for what type of blood. When A is shown in the blood sample agglutination will accrue causing it to look grainy. Materials At least 4 dropper vial 3 blood samples Synthetic Anti – A Synthetic Anti –B Synthetic
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Title: Observing Bacteria and Blood Purpose: The purpose of this experiment is to learn how to use a compound microscope and an oil immersion lens while observing prepared bacterial slides. Additionally‚ it will be necessary to prepare slides so as to observe bacterial cultures from yogurt as well as to observe the composition of blood (i.e. red blood cells‚ white blood cells‚ and platelets). Procedure: Exercise 1: Viewing Prepared Slides To begin this lab experiment I first constructed
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Forensics Mystery Blood Typing Lab Scenario: Police are called to a house where they discover a body near the back door. There is a fresh pool of blood by the victim’s head. Officers question the neighbors and learn that a plumber and an electrician made service calls to the house just hours before. They were able to trace both. They recover a shirt with a dark stains from the service van of the plumber and rags with similar dark stains from electrician’s van. Your forensics lab receives the
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BioLab3 Cell Membranes Lab Report Student Name: I. Diffusion Define the following terms. Solvent Solute Solution. Diffusion Concentration gradient Dynamic equilibrium EXERCISE 1 – Factors influencing rate of diffusion Predict how molecule size and temperature will affect the outcome of this experiment. Record the data from the information in the lab. Potassium Permanganate R.T. Methylene Blue R.T. Time (min) Total Diameter
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Introduction In this lab experiment our group was given four different types of synthetic blood samples‚ along with three types of synthetic anti- A‚ B‚ and Rh‚ to help identify the ABO-Rh blood types. Its purpose of this experiment is to learn about the form and functions of the bloods components‚ as well as to examine and identify different blood types‚ as many already do so and apply it to real life events‚ whether its through forensics‚ crime scene investigations or at hospitals to help identify
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Word count: ____ 2013 The effect different concentrations of sodium chloride has on red blood cells Georgia Edgar Teacher: Mrs McPherson John Paul College Word count: ____ 2013 The effect different concentrations of sodium chloride has on red blood cells Georgia Edgar Teacher: Mrs McPherson John Paul College Table of Contents Abstract 2 Introduction 3 Aim 3 Background 3 Hypothesis 4 Materials 5 Method 5 Results 6 Analysis of Results & Discussion 9 Conclusion
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to measure arterial blood pressure. Questions: 1. My blood pressure for this lab was 123/78. These numbers are normal‚ compared to the normal rating of 120/80. My pulse pressure was 45 (SP – DP). My mean arterial pressure was 93 (DP + 1/3 (SP – DP). 2. Mean arterial blood pressure is determined by cardiac output and total vascular resistance. The mathematical equation for mean arterial blood pressure is equal to cardiac output x total vascular resistance. The amount of blood pumped out of the heart
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Blood Splatter Analysis Lab Independent Variable & Dependent Variable: Independent: Blood Spatter Dependent: Diameter (size of blood splatter) Problem Statement: What height did the blood at the crime science fell from Hypothesis: Anna Garcia might have tripped which caused her blood stain to reach the maximum height of the stool‚ which means her blood splatter fell lower than her height. Materials: Gloves Eye Droppers with blood Journal Yard Stick Clear ruler Blank piece
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