Answer:
- acceptable for biochemical pathway to remain unknown
- identifies novel candidate genes for a disease
- allows for large sample sizes with a limited budget
- identifies DNA elements that flank a variant
Explanation: Genome wide association studies (GWAS) are a relatively new approach to analyzing genetic sequence and have quickly become a fundamental part of modern genetic studies. Their purpose is to determine alleles that correlate to different diseases and traits.
GWAS focuses on SNPs. The modern unit of genetic variation is the single nucleotide polymorphism or SNP. SNPs are single base-pair changes in the DNA sequence that occur with high frequency in the human genome, inother words, the single nucleotide sites that differ between individuals. By studying SNPs, researchers can analyze a few hundred thousand nucleotides rather than the 3 billion nucleotides that compose the human genome. The basic design of a GWAS is simple and begins by dividing participants into two groups:
* People with a disease/trait of interest
* People without a disease/trait (control group)
OK well first of all I hate biology but I like writing so you can use :: The molecular reactions of cellular respiration transform Krebs cycle into the more readily available bond energy of ATP.
A) The active site is a site on the enzyme molecule where specific substrate molecules bind .
<span>hopes this helps :)</span>
<u>Answer:</u>
<em>The slope intercept form of the line passing through (8,4) and (0,2) is </em>
<em>y=1/4 x+2</em>
<u>Explanation:</u>
<em>The points given are (8,4)and (0,2).
</em>
To write the slope intercept form of this equation we have to <em>calculate the y intercept and slope.
</em>
<em>
Slope of a line m is the ratio</em> of the difference between y coordinate to the difference between x coordinate.
It is given by the equation
<em>y intercept b is the value of y when value of x is 0.
</em>
<em>b=value of y at (0,y)
</em>
<em>Here b=2
</em>
<em>slope-intercept form is </em>
<em></em>
The male peacocks over time would obtain those characteristics through natural selection