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Ethical arguments against genetically modified foods

Dr. Gary Comstock Philosophy and Religious Studies Coordinator, Bioethics Program Iowa State University. Ethical arguments against genetically modified foods. Two kinds of ethical arguments against GM foods. 1. Extrinsic objections GMOs are wrong because risks outweigh benefits.

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Effective and Inexpensive (Memory) Race Recording

Effective and Inexpensive (Memory) Race Recording. Min Xu Thesis Defense 05/04/2006 Electrical and Computer Engineering Department, UW-Madison Advisors: Mark Hill, Rastislav Bodik Committee: Remzi Arpaci-Dusseau, Mikko Lipasti, Barton Miller, David Wood. Effective. Inexpensive.

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Module B Review

Module B Review. 2 nd Quarterly Assessment Review Units 6 & 7. BIO.B.2.2. Explain the process of protein synthesis (i.e., transcription, translation, and protein modification). Describe how the processes of transcription and translation are similar in all organisms .

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Chapter 22 Protist

Chapter 22 Protist. Protist Diversity Protozoan: Animal-like Protists 22.2 Algae: Plant-like Protists What are Algae? Phyla of Algae Reproductive strategies of Algae Fungus-like Protists. Chapter 22 Protist continued. 22.3 Different Kinds of Fungus like Protists Slime Molds

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PUTTING DOWN ROOTS: OPPORTUNITY AND OPPRESSION IN COLONIAL SOCIETY

PUTTING DOWN ROOTS: OPPORTUNITY AND OPPRESSION IN COLONIAL SOCIETY. America: Past and Present Chapter 3. Sources of Stability: New England Colonies of the Seventeenth Century . New Englanders replicated traditional English social order Contrasted with experience in other English colonies

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27.3 Annelids

27.3 Annelids. Essential Question What is an annelid?. What is an Annelid?. Worms with segmented bodies. Specialized segments contain sense organs, and carry out respiration Separated by septa Bristles called setae attached to each segment True coelom lined with mesoderm

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Study of Biology

Study of Biology. What is Biology?. Biology is the study of all living things Living things are called organisms Organisms include bacteria, protists, fungi, plants, & animals. All Living Things Share Common Characteristics. Cell - Basic Unit is the Reproduce & inheritance

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Classification

Classification. grouping of different types of organisms based upon similarities in structure and evolutionary relationships . WHY CLASSIFY?. In order to more easily study the unity and diversity of living organisms in an organized manner, biologists classify organisms

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Classification

Classification. grouping of different types of organisms based upon similarities in structure and evolutionary relationships . WHY CLASSIFY?. In order to more easily study the unity and diversity of living organisms in an organized manner, biologists classify organisms

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Division Euglenophyta

Division Euglenophyta. Unicellular and sessile colony Green or colorless algae Have single apical flagellum Semi- flexable pellicle wall Have chloroplast and eyespot. Class Euglenophyta. Animal and plant like As animal have gullet, non cellulose cell wall One flagellum

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Population Dynamics

Population Dynamics. Outline. Dynamics of Population Growth Exponential vs. Arithmetic Growth Malthusian vs. Logistic Growth Population Increase Population Decrease Survivorship Regulating Population Growth Density Dependence vs. Independence Conservation Biology.

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Our historic monument. Still standing tall

Our historic monument. Still standing tall. Events pre & post celebration date. 15 July 2015 Starting with the year 2015 there will be many pre celebration activities. There will be many activities after the celebration day Priority will be given to school activities, sports and fundraisers .

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Objectives

Objectives. List the characteristics that biologists use to distinguish between abiotic and biotic factors. Identify the characteristics used to classify kingdoms. Differentiate bacteria from archaebacteria. Contrast the terms colony and aggregate. III. Characteristics of Living Things.

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A Very Diverse Kingdom

A Very Diverse Kingdom. Kingdom Animalia Characteristics. All animals share the following characteristics Eukaryotic Multicellular Reproduce sexually Heterotrophic Motile, at least for part of their life. Kingdom Animalia Features.

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A Very Diverse Kingdom

A Very Diverse Kingdom. Kingdom Animalia Characteristics. All animals share the following characteristics Eukaryotic Multicellular Reproduce sexually Heterotrophic Motile, at least for part of their life. Kingdom Animalia Features.

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WORMS

WORMS. Biology 111. WORMS. Over 20,000 wormlike organisms Classified into 6-8 different phylum All have bilateral symmetry Bodies have true tissues, organs and organ systems Tissues derived from 3 germ layers: ectoderm, mesoderm and endoderm. Worm Phyla!.

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Marine Worms

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SPECIES AND SPECIATION

SPECIES AND SPECIATION. What is a species?. Morphological Species Concept Phylogenetic Species Concept Biological Species Concept. Morphological Species Concept. Use physical similarities to classify species. Phylogenetic Species Concept.

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Plagiarism

Plagiarism. By: Pien-pien and Ploy. Introduction to Plagiarism.

473 views • 9 slides