Answer:
Application or Implementation including its Clonal personality psychology for Rubeola infectious disease in something like a 6-year-old child is given below.
Explanation:
<u>Clonal Selection Theory:</u>
This hypothesis notes that lymphocytes have virulence genes preceding activation and also that spontaneous mutations throughout clonal expansion induce the formation of lymphocytes containing strong affinity antigen affiliations.
<u>Its applications are given below:</u>
- Throughout the situation of Rubeola infectious disease in such a 6-year-old boy, as shown by this hypothesis, B-cells that distinguish after such an innate immune system forming phase selection because then antioxidants formed by younger memory B cells provide significantly higher commonalities to certain antigens.
- As a result, secondary physiological systems from memory blocks have become so successful that persistent Rubeola attacks with much the same virus are prevented unless setting up.
- After the primary outbreak, genetic mutations throughout clonal selection may generate recollection B cells which could attach to implementation more effectively than those of the initial B cells.
Answer:
d. left ventricle
Explanation:
Heart consists of four chambers: left atrium, right atrium, left ventricle and right ventricle. The atria are located above the ventricles and their function is to pump blood to the ventricles.
Right ventricle pumps the deoxygenated blood to the lungs via pulmonary artery. Pulmonary vein brings back oxygenated blood from lungs to the left atrium. From here the blood is sent to left ventricle. Left ventricle pumps blood to the entire body via aorta. Since it has to make blood reach to every part of the body from head to toes, it generates maximum pressure. Therefore, left ventricle also has thickest heart muscles.
Answer:
<h2>Methylmercury is an organic shape of mercury. It is very toxic and is also the culprit in mercury poisoning. Methylmercury can be easily absorbed into the living tissue of aquatic organisms. This can cause disease and also can be fatal.</h2>
The nurse should be aware of free ribosomes that is found within the cytoplasm of the cell while she is reviewing cellular structure in preparation for admitting a client with a genetic disorder.
Difference between free and attached ribosomes
- The cell's protein production facility is known as the ribosome, a tiny spherical organelle.
- The nucleolus of the cell produces ribosomes, which are then moved to the cytoplasm.
- The cytoplasm contains two different kinds of ribosomes. They might be bound (connected) or free form.
- Free ribosomes are not attached and are found freely in the cytoplasm, whereas attached ribosomes are associated to the endoplasmic reticulum.
- In the cytoplasm, free ribosomes synthesize proteins. The majority of the proteins that free proteins synthesize are used by cells.
- The metabolism of macromolecules is regulated by the majority of these proteins, which are enzymes.
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Answer:
tunica intima (inner layer)
Explanation:
Walls of veins is composed of three layers, which are:
- A. Outer layer (tunica adventitia) is of connective tissue with the collagen fibers.
- B. Middle layer (tunica media) is of smooth muscle which are arranged circularly and the elastic fibers.
- <u>C.Inner layer (tunica intima) which consists of specialized simple squamous epithelium which are also known endothelium which lines all the blood vessels and endocardium of heart.</u>
