Of the following substances, the establishment of tolerance is more difficult with:
A) proteins
B) haptenic groups
C) polysaccharides
D) particulate antigens
E) synthetic polypeptides
Tolerance means 'the ability to withstand stress'.
Among the given, establishment of tolerance is most difficult in particulate antigens. Antigens are small molecules in our body which are harmful. Antibodies protect our body against antigens. Antigens are generally not tolerant towards antibodies. As and when they encounter antibodies, an agglutination reacts occurs; resulting in destruction of the antigen.
Experiments have shown that establishment of tolerance generally fails in small antigens. So, among the given options 'D' is the correct answer.
Of the following substances, the establishment of tolerance is more difficult with: A) proteins B) haptenic...
Digestive enzymes are substances that break down complex nutrients such as proteins into A. glucose B. fatty acids. C. triglycerides. D. simpler amino acids.
Which of the following functional groups is not a common linkage between lipids and proteins that can tether proteins to the surface of a cell membrane? a. amide b. thioamide c. alkene d. none e. sulfide
1) Which of the following makes formation of a solution from two pure chemical substances more likely to occur? a) If randomness increases when a solution forms b) If energy decreases when a solution forms c) If energy increases when a solution forms d) Both a and b e) Both a and c 2) What is the value for the van't Hoff factor (1) for Cu(NO3)2? a) i=1 b) i=2 c) i=3 d) i=4 e) i>4 3) For which of...
Answer the following (approximate numerical values) regarding the temperature-composition diagram of substances A and B. a. What are the phases present in A and which is more abundant? b. How many phases and what are the phases present in B? c. What is the composition of the whole mixture (in XA) at point C? d. How many phases are present, and what are the substances present in D? e. What is the composition (in XA) of the phases present in...
1) Which of the following makes formation of a solution from two pure chemical substances more likely to occur? a) If randomness increases when a solution forms b) If energy decreases when a solution forms c) If energy increases when a solution forms d) Both a and b e) Both a and c
1) Which of the following makes formation of a solution from two pure chemical substances more likely to occur? a) If randomness increases when a solution forms b) If energy decreases when a solution forms c) If energy increases when a solution forms d) Both a and b e) Both a and c
2) Which of the following makes formation of a solution from two pure chemical substances more likely to occur? a) If randomness increases when a solution forms b) If energy decreases when a solution forms c) If energy increases when a solution forms d) Both a and b e) Both a and c
16, a.) Is Trp or Gln more likely to be on a proteins surface? 16, b.) Is Ser or Val less likely to be in a proteins interior? 16, c.) Is Leu or Ile less likely to be found in a middle of an alpha helix? 16, d.) Is Cys or Ser more likely to be in a beta sheet?
The monomer units of proteins, DNA and polysaccharides are, respectively, a. peptides, deoxyribose and fatty acids. b. nucleotides, amino acids, and starches. c. fatty acids, nitrogenous bases and starches. d. amino acids, nucleotides and simple sugars. e. dipeptides, sugars and vitamins.
1) Which of the following makes formation of a solution from two pure chemical substances more likely to occur? a) If randomness increases when a solution forms b) If energy increases when a solution forms c) If energy decreases when a solution forms d) Both a and b c) Both a and c 2) What is the value for the van't Hoff factor (1) for Au(NO);? a) i-1 b) i = 2 c) - 3 e)i>4 3) For a chemical...