Intro to Genetics Test: Study Guide
gene
genome
levels of genetic study: transmission genetics, cytogenetics, molecular genetics, epigenetics, population genetics.
prehistory
Hippocrates
Aristotle
preformationism & epigenesis
darwin & pangenesis
Weismann & Somatoplasm & germplasm
Mendel
Watson & Crick (ft. Franklin & Wilkins)
Boyer & Cohen
artificial selection vs. natural
the idea of inheritance of acquired characteristics and how it was disproved
DNA analysis
genetic testing
gene therapy
development of iPS cells
cloning
genetic modification of crops
use the steps of the Bioethical process to develop a strong justification for a position
recognize a bioethical issue
identify values/principles
identify stakeholders
explain the criteria needed for a strong justification
gene
genome
levels of genetic study: transmission genetics, cytogenetics, molecular genetics, epigenetics, population genetics.
prehistory
Hippocrates
Aristotle
preformationism & epigenesis
darwin & pangenesis
Weismann & Somatoplasm & germplasm
Mendel
Watson & Crick (ft. Franklin & Wilkins)
Boyer & Cohen
artificial selection vs. natural
the idea of inheritance of acquired characteristics and how it was disproved
DNA analysis
genetic testing
gene therapy
development of iPS cells
cloning
genetic modification of crops
use the steps of the Bioethical process to develop a strong justification for a position
recognize a bioethical issue
identify values/principles
identify stakeholders
explain the criteria needed for a strong justification