NR 507 Discussion Genomes, Genetic Alterations, and Reproductive Disorders
NR 507 Discussion Genomes, Genetic Alterations, and Reproductive Disorders
Genetics has always been interesting to me and after I become a Nurse Practitioner, I want to become a Forensic Scientist. After working on the Search and Rescue for Jeremy Cosmi in Albrightsville, PA, I believe that everything that we learned especially this Chapter can relate to Forensics which will be my new adventure after graduation. Getting back to the chapter, it is interesting how certain populations carry genetic problems like Tay Sacs disease and so forth. I remember having a lot of pain going through adolescent hood in relationship to abdominal pain. It was realized that genetically, I had colitis and had to change my diet. My parents of Polish origin cooked many Polish dishes with high fat content. I refused to eat and stuck to the diet the nutritionist prescribed. To this day, I eat low fat food and am very careful as I do not want to get cancer. Back in High School, I was not very knowledgeable about the reproductive system as I led a very sheltered life, but I found much enjoyment learning and helped deliver my neighbors baby when I was in Nursing school. I wish everyone success in days a head and pray for each one of you for success in your future endeavors. Please pray for Annie Cosmi, Jeremys mother in the search for answers. Jeremy was found deceased and this is very difficult for a parent. My heart bleeds for her and I have been by her side and will be every step of the way. Meanwhile please friend me on Pocono Region Kacies Cause and help to make a difference educating people regarding substance abuse. Doctor, it has been a pleasure learning under your wing. I would like to stay in touch with you as you are my mentor and go beyond educator. I may not be the brightest bulb in the classroom, but I want to succeed at everything I do and do the best with everting I do even from the littlest of tasks. You have made learning very enjoyable.
I did some research, and I found out the answer to your question. Twins share the same genes, but their environments become more different as they age. This unique aspect of twins makes them an exceptional model to considerate how genes and the environment donate to certain traits, extraordinarily complex behaviors, and diseases.
According to the article, an example of how genetic disease is when just one twin gets a disease, researchers can look for elements in the twins’ environments that are different. Or when both twins get a disease, researchers can look for genetic factors shared among similar twin pairs. These types of data are extraordinarily powerful when collected from large numbers of twins. Such studies can help pinpoint the molecular mechanism of a disease and determine the extent of environmental influence, potentially leading to the prevention and treatment of complex diseases.
To illustrate, for twins with schizophrenia, 50% of identical twins share the disease, while only about 10-15% of fraternal twins do. This difference is evidence for a strong genetic component in susceptibility to schizophrenia. However, the fact that both identical twins in a pair don’t develop the disease 100% of the time indicates that other factors are involved. I hope that helped to give you a better understanding of the disease process among twins.
Comparing Identical and Fraternal Twins: A higher percentage of disease incidence in both identical twins are the first indication of a genetic component. Rates lower than 100% in identical twins indicates that DNA alone does not determine susceptibility to disease.
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Insights from Identical Twins 2018, Retrieved from, https://learn.genetics.utah.edu/content/epigenetics/twins
It is so hard to believe that we are finally in the last week of this class. I have learned so much during this class and gained knowledge about the body systems and disease processed that I can use in the workplace at this time as well as the nurse practitioner. This week we learned about genes and the reproductive system. I have always found genomics so interesting because it is this study that reveals why we as individual human beings are the way we are. From physical characteristics to hereditary disorders genomics attempts to gain an understanding of how these traits are passed down from parent to offspring. Another topic that I have a special interest in is the reproductive disorders of the female. One disorder that is always so interesting to me is uterine fibroids. This disorder causes symptoms in women such as severe bleeding during menstrual cycles, abdominal pain, and distention. I see this occurrence many times in the workplace and had the opportunity in a past specialty placement to nurse women who had this disorder and would often have to undergo a myomectomy to remove the fibroids or in some cases even a hysterectomy to prevent the reoccurrence of fibroids. The male and female reproductive systems are very interesting and also help us to gain an understanding of the process of conception and for women the pregnancy process. I am so thankful for all of the knowledge gained from this course and very nervous about this final exam. I wish everyone the best of luck and hope we all continue this journey together.
This week’s lesson explored the concepts related to genomics, genetics and both male and female reproductive systems. In which the female reproductive complications, and various interventions aimed at female reproduction were more intriguing, to the student. Although I had a basic understanding of the pathological process affecting women that have chronic complications with menstruation. A significant number of women often have an end result of either having a version of a hysterectomy or surgical ablation related to excessive blood loss. The readings provided a more in depth understanding of issues faced by women across multiple ethnicities. In which the student garnered a continued understanding about uterine fibroids, being classified as benign tumors with the propensity to develop into a metastatic neoplasm. In addition to learning that sexually transmitted diseases such as chlamydia and gonorrhea were not necessarily the cause for pelvic inflammatory disease, but an associated risk factor. Contributing to infertility and other various reproductive complications “(McCance, Huether, Brashers, & Rote, 2014). The lesson on female reproductive health, allowed the student to be able to process, how and why television commercials and obstetricians promote hormone replacement therapy, and/or intrauterine contraceptive devices. As research has shown these interventions can improve complications associated with dysmenorrhea, and potentially reduce the need for invasive surgical intervention (McCance et al., 2014). I have enjoyed participating in this online class and forum with each of you. Especially the exchange and knowledge in which we all contributed to. I would like to wish everyone prosperity and success and we progress towards meeting our goal of becoming family nurse practitioners.
McCance, K. L., Huether, S. E., Brashers, V. L., & Rote, N. S. (2014). Pathophysiology: The biologic basis for disease in adults and children (7th ed.). St. Louis, Missouri: Mosby
This week I have learned about the pelvic inflammatory disease. Pelvic inflammatory disease (PID) is an infection of the female reproductive organs. It is a common illness. PID is diagnosed in more than 1 million women each year in the United States. PID occurs when bacteria move from the vagina and cervix upward into the uterus, ovaries, or fallopian tubes. The bacteria can lead to an abscess in a fallopian tube or ovary. Long-term problems can occur if PID is not treated promptly. Two sexually transmitted infections are gonorrhea and chlamydia. Gonorrhea and chlamydia may cause vague symptoms or even no symptoms in a woman. When a woman is infected with gonorrhea or chlamydia and does not receive treatment, it can take anywhere from a few days to a few weeks before she develops PID. PID also can be caused by infections that are not sexually transmitted, such as bacterial vaginosis. Patients should be educated on the importance of practicing safe sex to prevent them from being infected with sexually transmitted infections that increase the risks of PID. Wishing everyone the best in their future courses.
This week was very informative regarding genetics, the male and female reproductive systems, environmental influences, and common illnesses and disorders. Many different factors influence the development of disease in the human body which often start with genetic predisposition and then are affected further by physical, chemical, dietary, and behavioral factors (McCance & Huether, 2014). DNA and how it is transcribed and passed down is important in terms of characteristic genes and how they can be dominant and recessive which can be as minor as eye color or life dependent in passing of a serious health condition risk (McCance & Huether, 2014). We also learned how hormones drive the reproductive systems from conception and other changes later on in life. It was interesting to learn further how older adults are affected by hormone disruptions which lead to conditions such as menopause, erectile dysfunction, etc. (McCance & Huether, 2014).
McCance, K. L. & Huether, S. E. (2014). Structure and Function of the Reproductive Systems, Pathophysiology: The biologic basis for disease in adults and children, seventh edition (1063-1068). St. Louis, Missouri: Elsevier Mosby