of each of these tools. Genetics(did Genetics(did not learn this) not learn this) Discuss the ethical and legal considerations that the Explain the relationship between signal transduction biotechnology revolution has generated. Provide and cellular differentiation. multiple real-life examples of these issues. Offer multiple lines of evidence to support and refute these considerations. Genetics(did Genetics not learn this) Describe how morphogens and HOX genes contribute Diagram all modes of viral replication discussed in this to the development of an animal. course and provide example viruses that follow each course of replication. Genetics Genetics Compare prokaryotic viruses and eukaryotic viruses. Explain the structure and function of HIV. Genetics Genetics Describe how viral processes increase genetic variation Diagram and describe the structure and function of in prokaryotes and eukaryotes. transposons. Genetics Genetics Explain how gene duplication can lead to an increase Explain the structure and function of all major in genetic information in an organism. segments of the human genome. Metabolism Metabolism Explain the consequences of the first and second laws Describe the features of metabolic pathways that lead of thermodynamics for living systems. to maximized efficiency and controlled release of free energy. Metabolism Metabolism Describe the role of ATP in the production of cellular Compare exergonic and endergonic processes. Provide work. examples of each. Metabolism Metabolism Compare anabolic and catabolic processes. Provide Compare the major features of chemoheterotrophic examples of each. and photoautotrophic nutritional processes.
of each of these tools. Genetics(did not learn this) Discuss the ethical and legal considerations that the biotechnology revolution has generated. Provide multiple real-life examples of these issues. Offer multiple lines of evidence to support and refute these considerations. Genetics(did not learn this) Explain the relationship between signal transduction and cellular differentiation. Genetics(did not learn this) Describe how morphogens and HOX genes contribute to the development of an animal. Genetics Diagram all modes of viral replication discussed in this course and provide example viruses that follow each course of replication. Genetics Compare prokaryotic viruses and eukaryotic viruses. Genetics Explain the structure and function of HIV. Genetics Describe how viral processes increase genetic variation in prokaryotes and eukaryotes. Genetics Diagram and describe the structure and function of transposons. Genetics Explain how gene duplication can lead to an increase in genetic information in an organism. Genetics Explain the structure and function of all major segments of the human genome. Metabolism Explain the consequences of the first and second laws of thermodynamics for living systems. Metabolism Describe the features of metabolic pathways that lead to maximized efficiency and controlled release of free energy. Metabolism Describe the role of ATP in the production of cellular work. Metabolism Compare exergonic and endergonic processes. Provide examples of each. Metabolism Compare anabolic and catabolic processes. Provide examples of each. Metabolism Compare the major features of chemoheterotrophic and photoautotrophic nutritional processes.
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