Answer:
An example of an ethical dilemma is telling the truth to a patient vs. being deceptive.
How you would deal with ethical dilemma:
1. Identify the ethical issues.
2. Identify alternative courses of action.
3. Using ethical reasoning to decide on a course of action.
Explanation:
The question is incomplete. The complete question is as follows:
A treatment for bacterial infections from the early 20th century has made a comeback-the use of bacterial viruses to eliminate bacterial infections. Which explanation most accurately describes this mechanism of action behind this treatment?
A. A wide variety of bacteria cause a large percentage of human infections, producing much sickness and death.
B. Viruses can infect bacteria, transferring pathogenic genes. The viral genes can then be suppressed, causing the bacteria to not replicate viruses.
C.The attachment structures on the virus and the receptors on the host cells make for exquisite specificity of viruses for particular bacterial species.
D. Antibiotic resistance in humans is on the increase, so using a different kind of therapy is more beneficial.
Answer:
Option (C) and (D).
Explanation:
The pathogens are the organisms that can cause harm to the living organisms. Various strategies and drugs has been research to kill these pathogens
The viruses can also be used to treat the bacterial and viral infections. This methodology was used in the early 20th century but has come back because the antibiotics that are given makes the bacteria resistance against the particular treatment. The virus and bacteria has some specific and unique receptors that provide specificity of the virus against the bacteria and can be used for the treatment.
Thus, the correct answer is option (C) and (D).
Answer: Blood or red fluid
Explanation:
There is no other medical term for the word "blood" however, blood can be referred to as "red fluid."
Blood = blood or red fluid.
Don't get confused with words such as these below -
Hemoglobin: the iron-rich proteins found within our blood.
Plasma: Clear, yellowish fluid found within our blood.
Hybridomas, which produce monoclonal antibodies, are made by fusing cells of the immune system with B lymphocytes and myeloma cells.
<h3>
What are Hybridomas?</h3>
- Large-scale production of monoclonal antibodies is made possible through hybridoma technology.
- An antigen that triggers an immune response is first injected into a mammal to begin the process.
- A specific sort of white blood cell called a B cell makes antibodies that bind to the antigen that has been injected.
- These antibody-producing B-cells are then removed from the animal and combined with immortal B cell cancer cells, or myeloma, to create a hybrid cell line known as a hybridoma.
- It possesses both longevity and procreative capacity of the myeloma and the antibody-producing capacity of the B-cell.
Hence, the creation of hybridomas, which result in the production of monoclonal antibodies, involves fusing immune system cells with B lymphocytes and myeloma cells.
To learn more about Hybridomas refer to:
brainly.com/question/15189667
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