When antibodies bind antigens, the clumping of antigens results from the antibody having at least two binding regions.
What's the function of the antibody-antigen complex?
Antibodies serve two primary functions: selective binding to antigens to initiate an immune response and activation of other immune system components to combat infections.
- Immunoglobulins' capacity to combat a wide range of diseases is based on their inherent ability to distinguish between distinct antigens.
- Because of their antigen specificity and affinity, antibodies have shown to be a significant and important tool in research, diagnosis, and treatment.
- Although it appears to be a straightforward move, the connection of an antibody and its antigen to form an antigen-antibody complex is made up of a plethora of non-covalent interactions.
Hence, the correct answer is option A
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Answer:
false
Explanation:
individuals from different populations can be genetically more similar than individuals from the same population.
Answer:
It has adapted its diet to include more variety, thereby increasing its food supply.
Explanation:
Adaptation refers to the process by which species adjust (i.e., adapt) to their environments. Coyotes adapted very well to the presence of humans, and they have adjusted their diet to what foods are available, thereby increasing their range of distribution. Coyotes are omnivores that have the ability to eat both plants (e.g., fruit, mesquite beans, flowers, etc) and animals (e.g., insects, lizards, rabbits, rodents, etc.). Moreover, coyotes can hunt small prey alone or larger prey in small groups of animals that work together to hunt down prey species.
Answer:
Biomolecules are crucial to the storage of energy energy in the body.
Biomolecules conserve energy using covalent chemical bonds.
Explanation
A covalent bond in chemistry refers to a chemical bond that is formed when two atoms share a pair each of electrons.
So some of these molecules which have high energy (such as glycogen and triglycerides) are able to keep or store such energy in the form of covalent chemical bonds. Examples of energy-rich biomolecules are:
- glycogen and
- triglycerides
Cells synthesize such molecules and store them for later release of the energy.
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Germany during the 19 century
