plugged it in the Chi Square to support or reject or hypothesis. This lab was of quite simple procedure and did not require many steps. My calculations were my Chi-Square tests‚ which I am posting here under the discussion box. In this lab‚ I counted the kernels in corn based in color and coat texture. In the hybrid crosses the purple and smooth showed up the most (later on we can see these are the dominant alleles when we plug these values in the Chi-Square test table). If we
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Just as genetic testing could be used by employers to spot genetic deficiencies in potential employees‚ it can also be used by insurance companies to screen clients to see if they are genetically prone to specific diseases. The use of such tests is already a reality for life insurance companies‚ which have been given access to genetic test results that indicate whether or not the policy recipient has the genes for Huntington’s disease. Huntington’s disease is of particular interest to life insurance
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Biology - Final Review (50 Questions) Scientific Method Observations: New observations are made and past data are studied Hypothesis: A testable statement is formulated Experiment/Observations: The hypothesis is tested by experiment of further observations Conclusion: The results are analyzed. • If the hypothesis is support. Continue work (multiple experiences) • If the hypothesis is rejected. Start again (new hypothesis) Car Scenario: Observations: Vehicle won’t start Hypothesis:
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| XX | XY | 1:2 1:2 | T | t | T | TT | Tt | t | Tt | tt | 1x1=1 2X2=4 1:4= 25% 5. a. Yes‚ there is a 50% chance that the young woman will develop FFI disease. B. | f | f | F | Ff | Ff | f | ff | ff | This Punnett square shows that there is a 50% chance that the young woman will have the dominant allele and become affected by FFI and a 50% chance that the young woman will be homozygous recessive and be unaffected by FFI. 6. a. b. The egg that has non-disjunction
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with a hybrid one out of four of the pea plants were short. Mendel was very confused‚ and kept breeding. After a while‚ Mendel finally discovered how to tell how many plants were going to be tall and short. He figured this out using the punnett square. The punnett square is a little chart that shows which trait your "creation" is going to get. It is a rough estimate‚ but it is better that nothing. Sadly‚ Gregor Mendel’s work was not discovered in his lifetime. Then‚ scientists in the 1900’s proved
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Nicolas‚ Vida Marie C. February 24‚ 2014 IA12116 Prof. Brenda Lansang GENETIC DISORDERS 22q11.2 Deletion Syndrome 22q11.2 deletion syndrome is a disorder caused by the deletion of a small piece of chromosome 22. The deletion occurs near the middle of the chromosome at a location designated q11.2. 22q11.2 deletion syndrome has many possible signs and symptoms that can affect almost any part of the body. The features of this syndrome vary widely‚ even among affected members
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The Factors that Affect Health Status and Patterns of Ill Health P3: Describe current patterns of health and how they are monitored – Patterns of ill health in the UK are monitored through the use of statistics. The UK National Statistic organisation is responsible for producing these statistics in order to illustrate and identify patterns of ill health within the UK. Government statistical departments play a vital role in identifying and monitoring patterns of ill health in the UK‚ of which include:
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Methylprednisolone sodium succinate 1) Structure: 2) Name: Methylprednisolone sodium succinate 3) A-Methapred is a sterile powder used as an anti-inflammatory glucocorticoid‚ which contains methylprednisolone sodium succinate as the active ingredient. A-METHAPRED™ is available in several strengths and packages for intravenous or intramuscular administration. It is used as replacement therapy in adrenocortical deficiency states. Their synthetic analogs are primarily used for their anti-inflammatory
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autosomal recessive trait that occurs due to the single base substitution in DNA. Second: Demonstrate this principle by showing the population proportions for autosomal recessive and dominant diseases below. A: Autosomal Recessive Disease. Do Punnett squares for the three possible crosses of the parents shown without doing ’back-crosses’ (i.e. do not cross‚ (aa x aa)‚ (Aa x Aa) ‚ or (AA x AA) ) Parents = AA‚ Aa‚ aa A a A AA Aa a aA aa A
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allele from each parent. The males are wingless‚ which is a recessive allele represented by a lowercase f. Their genotype is ff. A Punnett square can be used to predict whether their offspring are winged or wingless. The offspring are called the first filial generation (F₁)‚ while their offspring are called the second filial generation‚ or F₂. F₁ Generation Punnett Square: F F f f
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