Here is the synopsis of our sample research paper on The Biological Considerations of Pregnancy During Adolescence. Have the paper e-mailed to you 24/7/365.
Essay / Research Paper Abstract
A 5 page discussion of the physiological changes which occur with pregnancy. This paper asserts that many of these changes affect behavior and even birth outcome. While the mature mother might take such changes in stride, the younger mother and her child could be significantly impacted by them. Bibliography lists 5 sources.
Page Count:
5 pages (~225 words per page)
File: AM2_PPadPreg.rtf
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Unformatted sample text from the term paper:
Adolescents who are facing pregnancy encounter a number of problems. These include both sociological problems and biological problems. It can be contended that the latter,
however, interacts with the former. Numerous factors, after all, interact to influence an individuals behavior. This is especially true among adolescents who have not fully matured either physically
or psychologically. Some of these factors are genetic and physiological, others are environmental. The biological considerations pertaining to teen pregnancy
start with the physiology of the teen. The reproductive systems of humans, of course, differ according to the sex of the individual. The main function of each is
the production of a gamete which, when united with a gamete from the opposite species, can become fertilized and undergo embryonic development inside the uterus of the female. The
female reproductive system is more complicated than the males in the perspective that it not only functions in the production of gametes, but also must serve as the receptor site
for the male gamete and the developmental site of the embryo. At the point where the female gamete is penetrated by
the male gamete pregnancy starts. This joining together of the sperm and the egg in humans is normally initiated in the fallopian tubes of the female and it
starts a process of cellular division which leads to the development of the embryo, development accomplished by repetitive division in the cells comprising the embryo. Soon the zygote has
multiplied into a tight ball of cells, all with an equal number of chromosomes. The ball of cells then begin to differentiate into specific types of cells. Some
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