We talked briefly about β-amino acids. What ‘therapeutic purposes’ are β-amino acids being investigated for? Why might they be effective for this?
amino acids have
been investigated for many therapeutic purposes. B-aminoacids
exclusively possess antibacterial, antifungal, insectiidal
properties, these can also act as antiketogeni, hypoglycemic, and
as small pharmaceutical molecules. artificially derived peptides
having incorporated b-amino acids enhance the potency and stability
of the enzymes. example of antibiotic containing b-amino acid is
oxetin 70, another example of antifungal antibiotic- cispentacin is
b-amino acid derivative cycloalkane.
Beta amoino acids possess novel biological activity, and are steady biomolecules against proteolytic corruption. They are used to synthesize anti toxins. Various applications of beta amino acids are possible because they possess the ability to form organized secondary structures.
We talked briefly about β-amino acids. What ‘therapeutic purposes’ are β-amino acids being investigated for? Why...
Why should a vegetarian be concerned about "limiting" amino acids? Briefly explain why this concept is a concern in the vegetarian diet and how a vegetarian can compensate for limiting amino acids in specific foods.
4. Dr. Kenneth Dill talked about amino acids, and the role they play in protein shape. Describe how the shape of proteins are formed in terms of amino acids. In other words, how does the sequence of amino acids dictate the final shape of the protein?
1. Answer the following about amino acids: a. What is special about the 20 amino acids? b. Why is the N-terminal amino acid always considered #1 and the C-terminal always “last”?
1. Amino acids are often broken down into two groups, essential and nonessential. Essential amino acids must be eaten in order to survive as we don’t make them. This is why intaking a certain amount of protein is so important to the body. In one of the greatest scientific finds of the 21st century, amino acids were discovered inside meteorites that had impacted the earth. Interestly, the amino acids contained different side chains and configurations than those found on earth....
Why are nucleotides a good molecule to make DNA out of, while amino acids are good for making proteins? A good answer will include: -how nucleotides compare to amino acids in terms of diversity of shape and feel -how the structure and funciton of DNA compares to the structure and function of proteins -what is the 'job' of DNA? why are the nucleotides good for allowing DNA to carry out its functions? what is the job of a protein? how...
Border Adjustment Tax that’s being talked about by the Trump Administration. What is it and how could it help?
What amino acids are being
coded for by the gene segment provided below? Nucleotide triplets
and their corresponding amino acids are:
ACA= Cysteine; AAA=Phenylalanine; TGG=Threonine; CCT=Glycine;
GAT=Leucine; ATA=Tyrosine; AGG=Serine; TCT=Arginine
29. What amino acids are being coded for by the gene segment provided below? Nucleotide triplets and their corresponding amino acids are ACA- Cysteine; AAA-Phenylalanine; TGG-Threonine; CCT Glycine; GAT Leucine; ATA Tyrosine; AGG Serine; TCT Arginine a) Threonine, serine, glycine, tyrosine, leucine, phenylalanine, arginine, cysteine. b) Tyrosine, leucine, glycine, threonine,...
We talked quite a bit about textbook monopoly theory and its potential weaknesses. Why does the theory appear to be inapplicable (that is, why doesn’t there seem to be much evidence in the real world)?
3. What kinds of amino acids are NOT favored in right handed helical structures, Why?
3. What kinds of amino acids are NOT favored in right handed helical structures, Why?
We talked quite a bit about textbook monopoly theory and its potential weaknesses. Why does the theory appear to be inapplicable (that is, why doesn’t there seem to be much evidence in the real world)? (I’m looking for a very specific answer, as we discussed it often.)