{br} STUCK with your assignment? {br} When is it due? {br} Get FREE assistance. Page Title: {title}{br} Page URL: {url}
UK: +44 748 007-0908, USA: +1 917 810-5386 [email protected]


Nutrition Science Seminar



Being able to speak about nutrition science to a lay audience is equally as valuable as being able to write about it. Your goal is to take the technical information in an article and translate that information in a more journalistic style for a typically-educated adult. The written portion of your assignment is very similar to your First Report. Additionally, you will be required to create and present a short PowerPoint presentation that you will deliver to the class. Your written assignment, PowerPoint presentation, and the PDF of your article must be uploaded onto Canvas before class. Your TA may ask you to upload your presentation a little earlier to ensure he or she has enough time to prepare for class. Use your own words at all times. Direct quotes are not permitted. Plagiarism is taken very seriously and will be reported to Student Judicial Affairs






Subject Article Writing Pages 3 Style APA


It is vital for practitioners to both understand and translate technical information to their lay audience. This paper provides a discussion of the key points presented in the article “Vitamin E and the Risk of Prostate Cancer” authored by Klein et al. (2011).

Background and Purpose

                The influencing factor as presented by Klein et al. (2011) is that a high prevalence coupled with increased morbidity risks from the treatment and costs for the treatment and prevention of prostate cancer. The health issue is that of prostate cancer in men.  Klein et al. (2011) argue that the use of selenium and vitamin E can be two agents which can increase the risk for prostate cancer. The purpose of the study is to make a determination as to the long-term effects of the use of selenium and vitamin E on the risk of having prostate cancer in healthy men. Notably, prostate cancer is defined as a type of cancer which affects the reproductive system of men especially the walnut-sized prostate gland which makes semen that carries sperms.


                Klein et al. (2011) deployed an experimental study in the quest to attain their study objectives. In specific, a randomized control trial (RCT) was used on the comparison of the effects of the use of selenium and vitamin E in the prevention of prostate cancer. In the study design, a sample of 35533 men was placed into 4 groups. While the first group was that of selenium which matched with placebo, the second one entailed vitamin E with placebo. The third group was with both agents and the fourth was on both placebos. Monitoring of participants was done every six months. Selenium was offered at 200 µg/df while vitamin E was provided in 400 IU/d. The primary predictor variable used by Klein et al. (2011) is the amount of selenium and vitamin E consumed. However, the main outcome measure was the incidence of prostate cancer. Other outcome measures include blood pressure and type 2 diabetes.


                One of the findings of the study was that; out of the sample used, 521 cases of prostate cancer were diagnosed. 113 of those were in the placebo group while 147 were found in the group of patients taking Vitamin E and 118 in the combination group. Additionally, prostate cancer incidence was found to have a high prevalence in all treatment groups when compared to the placebo group. However, greater statistics of prostate cancer incidence were found ion the Vitamin E group. Although prostate cancer incidence between the vitamin E group and placebo were only established in the third year, there was a slight increase in the differences each year after the three years. For all the groups, Gleason 6 was the most common in all groups. However, the stage of prostate cancer and its stages were similar among the various groups of participants.


Based on the findings one of the primary conclusions is that the use of selenium dietary supplementation a well as vitamin E have an effect of increasing the risk of prostate cancer. In specific, a 17 percent increase in the incidence of prostate cancer demonstrates that the vitamins contain some active biological substances which can cause harm to relatively healthy men.\




Klein, E. A., Thompson, I. M., Tangen, C. M., Crowley, J. J., Lucia, M. S., Goodman, P. J., … & Karp, D. D. (2011). Vitamin E and the risk of prostate cancer: the Selenium and Vitamin E Cancer Prevention Trial (SELECT). Jama306(14), 1549-1556.



Related Samples

WeCreativez WhatsApp Support
Our customer support team is here to answer your questions. Ask us anything!
👋 Hi, how can I help?