Scientists need to carefully look at their specimens in order for them to create several observations. These observations can yield to possible questions that they need to answer.
When they have numerous questions to be answered, they can formally create several hypothesis and arguments to directly answer questions or creates theories and postulations on the matter/s that they want to answer.
A scientific inquiry always begins with good observation and is the foundation of any scientific argument or research. The same goes for other fields of Physics, Chemistry, Math, among others.
Two human examples of multiple-allele<span> genes are the gene of the ABO blood group system, and the human-leukocyte-associated antigen (HLA) genes. The ABO system in humans is controlled by three </span>alleles, usually referred to as IA, IB, and IO<span> (the "I" stands for isohaemagglutinin).</span>
Answer:nope there are no parts like that.
Explanation:
our body uses energy in the form of ATP which is a by product of respiration.
Glucose molecue is broken down into water and ATP molecule.
So our body only take oxygen from blood.
We don't have stomata all over our body dude!
One is 2nd and 2 is 4th one
Answer:
The protein has a lysine or arginine at it's C-terminal end.
Explanation:
- Given isolated protein indicates the presence of 10 lysines, 5 arginines, and 4 methionines. So, sequence of the protein .
- These results indicate that the sequence of proteins contains lysine or arginine at the end of the C-terminal. Because we have 15 sites that can be separated from trypsin and so it only causes 16 peptides.
