Bio Project: Genetic Drift

This shows Genetic Drift because it has a population of bugs but in the second picture a person steps on them and it randomly changes the population by force.

2) How would sequencing the genes give them the results on how humans have thick enamel?

My opinion on this article was that it wasn't really bias. It was more informational, talking about what the researchers did to get to the point they are right now. It also had a lot of important quotes talking about what was going on in the research.

The reason this article has new information because it's a topic most people wouldn't think about doing. They wanted to be different and teach people a new topic to learn new things.

This article connects with some things we learned by talking about Genomes, genes and some things about evolution.

The team used the ideal of genetic drift to come to their conclusion. It occurs when changes in the DNA sequence joins together at a fast rate. It suggested that the genes are under positive selection.

The research is fairly new, about a week old and they haven't made an answer to the question yet. However the team took the DNA sequence codes and put it through a computer to learn things on how to compare the data groups.

Why do Humans have such thick enamel?

"That's when we know a gene is under positive selection,"  author Julie Horvath, director of the genomics and microbiology lab, says.

The definition that comes from Dictionary.com

This is the article where I used to find info on my project! :)