"Phenotypes" Essays and Research Papers

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    Drosophila Report

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    Concepts in Biology 2013: First Lab Report. FEEDING HABITS OF DROSOPHILA MUTANTS Name: Joshua Suidgeest Student ID: U3081023 Tutorial Day and Time: Friday’s at 14:30 (until 17:30) Tutor’s Name: Sandy I declare that the written work presented in this report is my own work. Abstract As a pre-introduction to this lab report as a whole‚ this experiment was carried out to answer some questions that may come to mind when “Drosophila” and “Inheritance” are put in the same sentence

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    ¬¬¬Biology Exam 4 Energy III – Cellular Respiration (Krebs Cycle and Electron Transport Chain) A. The Krebs Cycle a. Energy i. The net gain of 2 ATP and 2 NADH represents an effective transfer of 20 kcal of energy to ATP (about 10 kcal each) about 80 kcal of energy to NADH (about 40 kcal each)‚ for a total of about 100 kcal ii. Complete oxidation of glucose results in the release of 684 kcal of energy‚ significant energy still remaining in pyruvate b. Eukaryotes i. Pyruvate is transported

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    The nature/nurture debate is a debate that I did not learn much about until I was in college. Before college‚ I was mostly taught that it is either nature or nurture. The main points of the nature/nurture debate was discussed in class. There are people that think the nature/nurture debate as one or the other. Nativists are people who believe in nature. They believe everything that a human is made up of is determined by genes only; genetic determinism. There are people who believe that everything

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    Candidate gene approach: The candidate gene approach studies the relationship between the traits and known genes that may be associated with the physiological pathways underlying the trait (Liu et al.‚ 2008). Candidate gene approach is implemented in 5 steps: (1) construction or collection of a resource population‚ (2) phenotyping of the specific components of the trait(s)‚ (3) selection of genes or functional polymorphisms that potentially could affect the traits‚ (4) genotyping of the resource

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    Boom and Bust 1920-1941

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    ------------------------------------------------- Top of Form | | 1.aneuploidy: a chromosomal aberration in which one or more chromosomes are present in extra copies or are deficient in number. 2.barr body: a dense object lying along the inside of the nuclear envelope in female mammalian cells‚ representing an inactivated X chromosome. 3.chromosome theory of inheritance: generalization that genes are located on chromosomes and that the behavior of chromosomes during meiosis and fertilization

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    Week 5 Homework Key

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    Week 5 – Homework – Answer Key Due Feb. 23‚ 2013 A total of 20 points are possible for this homework 1. A black guinea pig is crossed with an albino guinea pig‚ producing 12 black offspring. When the very same albino is crossed with another black guinea pig‚ 7 black and 5 albinos are obtained. Explain this genetic outcome by writing out the genotypes for the parents‚ gametes‚ and offspring in both crosses. First Cross: The fact that all F1 offspring are black suggests that the parents of the first

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    exam 1

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    Bio 311D Exam 1   2.  Be able to use these terms correctly: DNA molecule‚ chromosome‚ chromatid‚ homologous pair.   DNA molecule – A double-stranded‚ helical nucleic acid molecule‚ consisting of nucleotide monomers with a deoxyribose sugar and the nitrogenous bases adenine (A)‚ cytosine (C)‚ guanine (G)‚ and thymine (T); capable of being replicated and determining the inherited structure of a cell’s proteins Chromosome -  A cellular structure carrying genetic material‚ found in the nucleus

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    __________ flowers __________ __________ __________ __________ a: the phenotype of the parents: b: the genotype of the parents: c: complete Punnett’s Square for the F1 generation: F1 [question 2 - continuation] d: The ratio of genotypes of the possible offspring. {write out the genotypes (symbols) and the number of each of them} e: The ratio of phenotypes of the possible offspring. {write out the phenotypes (word) and the number of each of them} 3. (30 pts) What is the value of transgentic

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    MENDELIAN GENETICS DEXTER GICARO BALBOA UNO-R Coverage of this Lecture • Mendelian Genetics • Extension of Mendel’s Laws • Problem Sets Mendelian Genetics • Also known as Transmission Genetics • Explores how the genetic material is inherited from generation to generation Mendelian Genetics  The first significant insights into the mechanisms involved in inheritance occurred in 1866 with the works of Gregor Johann Mendel  His publication lay the foundation for the formal discipline of genetics

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    P generation‚ or parent generation. Create a Punnett square to show their offspring‚ the F1 generation. Answer: Part 1 Punnett Square F f F FF Ff f Ff ff (2 points) 2. Calculate the ratios of the genotypes and phenotypes of the offspring in the F1 generation. Answer: Genotypes: FF ¼‚ Ff ½‚ ff ¼ Phenotypes: Freckles ¾‚ No freckles ¼ Part 2: Dihybrid Cross—Predicting Flower Color and Seed Shape Imagine that you are crossing two plants that are heterozygous for flower color and seed shape. The dominant and

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