p53 protein is involved in control of cell cycle, which explains it role in tumor/ cancer suppressor
I would have to say it was in the 1860s
Answer:
4 - 1 fragment
5 - 2 fragments
Explanation:
A plasmid is a molecule of desoxyribonucleic acid (DNA). It has a circular shape. When you cut a circle, it is linealized. So, if you cut a circle once, you will obtain 1 line (1 fragment). If you cut a circle twice, 2 lines or fragments are produced.
Thus, the answers are:
4 - If you cut once ⇒ 1 fragment (see drawing in attachment 1)
5 - If you cut twice ⇒ 2 fragments (see drawing in attachment 2)
Answer:
Explanation:
Since there is no extra information about a specific gene and its inheritance patterns, I am going to base my answers of examples I create.
To begin with, in a pair of alleles, dominant alllele is represented by A (Capital letter) and recessive is done by a (small letter). If an organism has AA (homozygous dominant) it will always show the dominant trait. If it has Aa (heterogyzous dominant) it will also show the dominant trait as one of the alleles is dominant, and finally if it as aa then it will show recessive trait
Which allele in mouse is dominant vs recessive is primarily figured out based on inheritance pattern. If majority of offspring represent a certain trait like black fur coat it is likely that the dominant trait for that gene is black fur coat. Allele that is recessive is masked by the dominant allele so if parents are
Aa * Aa ---> you'll get 4 genotypes AA, Aa, Aa,aa (Here the AA, Aa, Aa will all show the dominant trait because the capital letter A represents dominant allele and it masks the small letter a) whereas, aa will show recessive trait because there is no capital letter or dominant allele to mask the recessive trait.
