Common use of Genetics Competencies Clause in Contracts

Genetics Competencies. Organisms can be fully understood only by knowing how the hereditary material orchestrates the organism‟s development and behavior. Moreover, populations and species can be fully understood only by knowing how the hereditary material is recombined and transmitted through the generations. Thus genetics, the study of the hereditary material, is fundamental to all of biology, and few biologists, regardless of the scales of time and size at which they work, can do their work without knowing and applying genetics. These competencies, acquired through both lecture and rigorous laboratory/field experiences, are intended to provide students majoring in the life sciences with the thorough introduction to genetics that they will need for more advanced work in biology. See Appendix D: Competencies for Preparation in Genetics

Genetics Competencies. Organisms can be fully understood only by knowing how the hereditary material orchestrates the organism‟s organism’s development and behavior. Moreover, populations and species can be fully understood only by knowing how the hereditary material is recombined and transmitted through the generations. Thus genetics, the study of the hereditary material, is fundamental to all of biology, and few biologists, regardless of the scales of time and size at which they work, can do their work without knowing and applying genetics. These competencies, acquired through both lecture and rigorous laboratory/field experiences, are This course is intended to provide students majoring in the life sciences with the thorough introduction to genetics that they will need for more advanced work in biology. See Appendix DC: Competencies for Preparation in Genetics

Genetics Competencies. Organisms can be fully understood only by knowing how the hereditary material orchestrates the organism‟s organism’s development and behavior. Moreover, populations and species can be fully understood only by knowing how the hereditary material is recombined and transmitted through the generations. Thus genetics, the study of the hereditary material, is fundamental to all of biology, and few biologists, regardless of the scales of time and size at which they work, can do their work without knowing and applying genetics. These competencies, acquired through both lecture and rigorous laboratory/field experiences, are intended to provide students majoring in the life sciences with the thorough introduction to genetics that they will need for more advanced work in biology. See Appendix D: Competencies for Preparation in Genetics