Using reliable websites, find information about Mendelian characteristics in humans (or other animals).
Things to consider with websites:
Authority — what are the author’s experience, credentials, or affiliations? What are their affiliations? look for sources with named authors who have the experience and knowledge
Credibility — where is the author getting their information? Do they list their sources?
Audience/Purpose — is the author speaking to a particular audience? Do they have a particular perspective, or agenda? Are they trying to sell you something?
Currency — does the website have a date? Is it maintained and updated?
PROMPT 1
Most characteristics in humans are not Mendelian but a few of them are. Using reliable websites, find information about Mendelian characteristics in humans (or other animals). You might also look for information about traits that we used to think were Mendelian but now know are polygenic. Include the URL for any sites you use.
PROMPT 2
Epigenetics is an exciting emerging field in genetics that has the promise of helping us finally put to rest the so-called “nature v. nurture” debate. The Carey article mentions several examples of epigenetics in humans. Using reliable websites, find information about other examples of epigenetics in humans or other animals. Include the URL for any sites you use.
PROMPT 3
Darwin did not know about Mendel’s work with pea plants while he was developing the theory of evolution by natural selection, which means that, although he elegantly described natural selection and provided a great deal of evidence for it, he did not know how traits were passed from parents to offspring. In the 20th century, as more was learned about DNA and genetics, Darwin’s work and Mendel’s work were finally put together and the mechanism for how traits were passed from parents to offspring became understood. This is what we call the Modern Synthesis, which was a significant expansion in evolutionary theory, building on Darwin’s ideas. The modern synthesis largely focused on how variation is produced and distributed in populations. What are the 4 main mechanisms for the production and distribution of variation in populations? Using course materials and the Internet, find some specific examples of each kind.
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