Unit 5 Biology notes Contents Section 9.1 – Sensory Reception 3 Section 9.2 – Nervous Control 4 Section 9.3 – Control of heart rate 5 Section 9.4 – Role of receptors 6 Section 10.1 – Coordination 8 Section 10.2 – Neurons 10 Section 10.3 – The nerve impulse 11 Section 10.5 – The speed of a nerve impulse 12 Section 10.6/10.7 – Structure and function of the synapse / Transmission across
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Name Chantell Johnson BioScience 100A Online Virtual Lab Report: Part I Points: 120 (30/each) Due by: 12:00 PM PST on the second Saturday of class Directions 1. Type your answers‚ observations‚ and results in bold. 2. Save your report often as you fill it out‚ so as not to lose information. 3. Use the report form as a single document‚ do not turn in separate reports for each lab 4. Use the ‘Save As’ option to save your file as a Word file 5. Save your lab report with this name: Last name
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structure‚ function and location of the gene on the chromosome. Insertion of the gene(s) into a transfer vector: The most commonly used tool for the insertion of genes is a circular molecule of DNA or called the plasmid (see diagram for example). Genes are then inserted into the plasmid using rDNA techniques. Plant transformation: The
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is also much smaller than nucleic DNA. Nucleic DNA ranges from 49‚530‚000 to 247‚200‚000 base pairs the mtDNA only ranges from a mere 16‚569 to 16‚571 base pairs. mtDNA is round; this round shape is also referred to as a plasmid‚ unlike traditional linear nucleic DNA. The plasmid is divided into four main regions. It contains a D-loop‚ Transfer RNA‚ Ribosomal RNA and a region that genes make proteins. The Transfer RNA‚ Ribosomal RNA and the gene area are referred to as the “coding region.” The D-loop
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In the Name of God Biotechnology MSc. Seminar: Current issues in production of Shikimic Acid‚ intermediate for the production of Oseltamivir‚ the Avian Flu drug Supervised by: Dr. Reza Yegani Dr. Mohammad Hossein Sarrafzadeh Mr. Habibollah Ramezanzade by: Kaveh Yazdifard Presented on: 1385/10/3 Contents Acknowledgement Introduction Shikimic Acid & its Natural Properties Derivatives of Shikimic Acid Avian Flu Sickness‚ Medications Oseltamivir and Shikimic Acid’s Role
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The causes of disease in humans. Lifestyle 1. BIOL1 : Basis and risk factors of heart disease 2. BIOL1 : Basis of lung disease and lung function Pathogens 3. BIOL1 : Nature of pathogens and infection 4. BIOL1 : Cholera and dehydration 5. BIOL2 : Horizontal gene transfer and antibiotic resistance Genetics 6. BIOL1 : symptoms of lactose intolerance 7. BIOL2 : Formation of non-functional enzymes 8. BIOL5 : Risk factors for cancer‚ the nature of cancer‚ tumours suppressor and proto-oncogenes
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resistance are very common in Staphylococcus spp. such as Staphylococcus aureus (S. aureus) and Staphylococcus epidermis (S. epidermis). The enzyme that inactivates chloramphenicol appears to be the product of a structural gene on the chloramphenicol plasmid due to the resistance and enzyme activity. (Shaw et al.‚ 1970) The inactivation enzyme was produced by the resistant strains of both Gram-positive and Gram-negative organisms. In Gram-negative bacteria‚ the enzyme is generated
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Basic Modes of Operation 2.1. Batch culture Batch fermentation refers to a partially closed system in which most of the materials required are loaded onto the fermentor‚ decontaminated before the process starts and then‚ removed at the end. The only material added and removed during the course of a batch fermentation is the gas exchange and pH control solutions. In this mode of operation‚ conditions are continuously changing with time‚ and the fermentor is an unsteady-state system‚ although in
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methods of population estimation November 18‚ 2014 BIOL 1121: General Biology II Lab Fall 2014 Abstract Mark and recapture is a method commonly used in ecology to estimate an animal population ’s size. A portion of the population is captured‚ marked‚ and released. This lab provides methods that can be used to estimate a provided additional information for a better interpretation of lichen diversity values in biomonitoring studies of air pollution. Introduction This section is
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Microbiology Lecture Exam #1 Outline Chapter 1: Microbiology Introduction I. Microbiology Definition II. History of Microbiology (Christian Gram‚ Robert Koch‚ Antony van Leeuwenhoek‚ Robert Hook‚ Edward Jenner‚ Louis Pasteur‚ Elie Metchnikoff‚ Dmitri Iwanowski‚ Paul Ehrlich‚ Alexander Fleming) II. Scope of Microbiology A. Infectious Agents 1. Prions 2. Viroids 3. Viruses B. Prokaryotes
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