Immune System
The immune system refers to the network of cells, tissues, and organs that work together to shield the body from a series of infections. For example, the body is protected from bacteria, parasites, and fundi that hinder applicable development of various physique parts. The body requires a particular wide variety of cells to facilitate the formation of enzymes and hormones that impact on body growth. Similarly, an individual’s way of lifestyles in society has a significant impact on the immune device as they will hardly get exposed to fitness hazards. Warding off the practices of smoking and resort to acts of having a healthy diet, exercising on a regular basis, and maintaining a healthy weight.
Fluid balance can be attained through the acts of producing enzymes at an appropriate ratio that then leads to the formulation of these fluids. Additionally, the proper development of the body organs influences the balancing of fluids. In the long run, an individual will witness an improved immunity and longer life. The type of vaccines that are being issued to an individual has a major impact on the cell development and chances of attaining certain infections. However, vaccines based on the aspect of recombinant proteins play a significant role in the aspects of avoiding toxicity and the antivector immunity that is associated with a live vaccine (James J. Moon 248).
In conclusion, an individual with a better immune system will often produce balanced fluids in the body compared to an individual suffering from various sets of complications. In most instances, the better immune system requires the presence of right ration of cells that catalyze the production of these fluids.
Works Cited
James J. Moon, Heikyung Suh, Anna Bershteyn, Matthias T. Stephan, Haipeng Liu, Bonnie Huang, Mashaal Sohail, Samantha Luo, Soong Ho Um, Htet Khant, Jessica T. Goodwin, Jenelyn Ramos, Wah Chiu. “Interbilayer-crosslinked multilamellar vesicles as synthetic vaccines for potent humoral and cellular immune responses.” Nature Materials (2011): 243–251. Online.
O'Garra, Anne, et al. Immunity and tolerance. New York: Cold Spring Harbor Laboratory Press, 2013. Print.
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