Affirmative, that is correct.
A genetic disorder is nothing more than an abnormal occurrence in a genome, which means that if you change DNA you'll change the genome, and if the change isn't acceptable, genetic disorders can occur easily.
Genetic disorders is a fun field within genetics, and it isn't easy. The functioning of a gene might be an easy concept now a days, but we haven't mastered it. For example, it's not like maths:
- Somebody comes up with a new, unsolved problem, and tries to solve it, and while doing that, the person can create laws, theorems, equations, etc.
Once you come up against a genetic disorder (you can't just create a genetic disorder to study it) you have to study the genetic disorder itself, what caused it and why.
Hope it helped,
BioTeacher101
Answer:
The genetic code is universal and suggests common ancestry across all
groups of life
Explanation:
The genetic code for all organisms is virtually identical with very little changes over the many years since the evolution of first primitive organisms. This means that the same codons (3 nucleotide sequence) that code for particular amino acids in multicellular plants code the same in bacteria and amoeba. This means this code is highly conserved and that all species of organisms had a common ancestry from millions of years ago.
Autotrophs are organisms that uses light energy or energy stored in chemical compounds to make energy-rich compounds. The reason why autotrophs always occupy the lowest level of ecological pyramids is because they are the link between the sun's energy and the organisms that cannot manufucture their own food. Without an abudant amount of autotrophs we would be severely lacking in atmospheric oxygen and food.
I wanna say AB-
only O can b used 4 any blood type