The discovery of DNA is attributed to the research of three scientists in 1951; Francis Crick‚ Maurice Wilkins‚ and James Dewey Watson. They were all later accredited with the Nobel Prize in physiology and medicine in 1962. Thanks to their discovery‚ science has been able to research and learn from DNA blueprints and use recombinant DNA technology to discover answers‚ vaccines and build immunity for many viruses. In recent years science has been using this new technology to genetically modify animals
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BSC 215 Spring 2014- Exam 2 Required Reading and Study Guide. The ‘required reading’ sections below include material that will be covered on exam 2. Here is an effective way to approach your required reading: BEFORE EACH CLASS: Read the assigned text for the chapter that is listed in the “required reading” Sections below. For this first read‚ it is not necessary that you attempt to understand everything in the required reading. It is more important that you read for the “big picture” concepts
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Sordaria is an Ascomycota that uses a special spore formation process in reproduction. Ascomycota’s use both meiosis and mitosis division to produce eight spores (asci). These asci are held in a sac called a perithecium or ascus‚ a fruiting body that rupture and release the ascospores when they’ve reached maturity (Cyr‚ R. 2002). These spores are easily viewed under a microscope
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* Proteins were originally thought to be the molecule of heredity because they were more complex than DNA‚ were very present‚ and DNA was only found on chromosomes * * S type → dead mouse * R type → healthy mouse * S type (heat killed) → healthy mouse→ no S cells isolated from mouse * S type (heat killed) plus R → dead mouse * S type → dead mouse * R type → healthy mouse * S type (heat killed) → healthy mouse→ no S cells
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Genetic Recombination: | Mitosis and fusion of gametes | Partial‚ undirectional transfers DNA | Lysosomes and peroxisomes: | Present | Absent | Microtubules: | Present | Absent or rare | Endoplasmic reticulum: | Present | Absent | Mitochondria: | Present | Absent | Cytoskeleton: | Present | May be absent | DNA wrapping on proteins.: | Yes | No | Ribosomes: | larger | smaller | Vesicles: | Present | Present | Golgi apparatus: | Present | Absent | Mitosis: | Yes | No---but has binary
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waste Golgi body Digests wastes Part D Plant cells vs. Animal Cells 1. State the cell theory. 2. What structures can you find in plants that you cannot find in animals? Plants only Animals only Part E Mitosis: 1. label the phases of mitosis 2. What happens during each phase? Phase Description of what happens Interphase Prophase Metaphase Anaphase Telophase 2. Why do cells divide? 3. How is cytokinesis in animal cells
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| Peroxisome in animal cell | Life sciences‚ HAN university of applied science‚ Nijmegen‚ Netherlands | | Mohsen Ghanbari | 30-12-2012 | Peroxisome in animal cell Author: Mohsen Ghanbari Abstract Peroxisomes have an essential function in cell metabolism. [1] They are small‚ membrane bounded organelles that have at least fifty different enzymes for several metabolic reactions. [2] Their appearance is like lysosomes; however‚ their main function is oxidation reactions especially oxidation
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Botany Exercise 1 – Microscopy A. The Compound Microscope microscope – optical instrument consisting of a system of specially ground lenses that gives sharp‚ distinct‚ and highly magnified images of minute objects. compound microscope will be used. o two lenses: eyepiece + objective lenses o inverted image base coarse adjustment knob fine adjustment knob revolving nosepiece objective lenses stage stage clips stage opening condenser iris diaphragm mirror U-shaped platform that supports
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Name___________________________________ Score________________ Section___________________________________ Date_________________ EXERCISE NO. 1a MITOSIS OBJECTIVES The students should be able to: 1. identify the different steps involved in mitosis and meiosis; 2. describe the behavior of the chromosomes during each stage of cell division; 3. identify specific events in mitosis and meiosis that allow the inheritance of traits and generation of variation. MATERIALS A. Microscopic Examination
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1. What organic molecules make up the largest part of a cell membrane? a. Lipids 2. Which of the following is presumed to have been engulfed by an ancestral eukaryote and became a eukaryote organ? b. Chloroplast 3. Which of the following is correct about mitochondria? c. Most cells plants contain a mitochondria 4. Horse eating hay is an example of? d. a consumer eating a producer 5. Structure of ATP is MOST similar to the structure of? e. RNA molecules
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