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Homework answers / question archive / Before beginning this assignment read the following examples (located in the topic materials) to become familiar with writing a press release: “Muir Woods Reservation System EA” “Muir Woods Reservation System Environmental Assessment Review Period” [Press Release] “Does High-Dose Antimicrobial Chemotherapy Prevent the Evolution of Resistance?” “What Dose of Medication Is Best to Prevent the Evolution of Drug Resistance?” [Press Release] You can also look for other models of press releases for new peer-reviewed scientific research to help you better understand how to write a press release
Before beginning this assignment read the following examples (located in the topic materials) to become familiar with writing a press release:
“Muir Woods Reservation System EA”
“Muir Woods Reservation System Environmental Assessment Review Period” [Press Release]
Assignment Background. Imagine you have just been hired as the communicator for an important publisher of scientific research. The editor of the journal has asked you to write a press release for a new piece of research. You have not written a press release before. You were hired on the strength of a long-form essay you wrote that appeared in The Atlantic last year. But you are sure you can handle it.
Assignment Directions. Write a press release for a scientific research article by doing the following:
Find and select an academic research article on a scientific topic for which you could write a press release.
Thoroughly study the scientific article so you are familiar with the key aspects of it.
Write a 250-500-word press release that conveys the main ideas of the article to the public. Persuasive elements common to the writing of press releases should be used in the hope that it will attract journalists to report on it.
Make sure to follow ethical guidelines when communicating the science's ideas.
Conform to the expectations of the genre of "press releases for scientific articles" as you write
Do You Aspire to Live Forever? Turns out Nature and a Little Science May Have Just Given Us a Way to Do So
Name of author
Date of publication
Humans throughout history have been fascinated by the fact and plausibility of living forever. In ancient times, western alchemists unsuccessfully sought immortality from the mythical philosopher's stone. The search for human immortality henceforth goes centuries back. Also, today scientists still look for immortality through much more improved technology and robotics facilities. However, researchers were closer than anticipated to the answer. The solution is in the naked mole-rat (Heterocephalus glaber) native to East African countries. Normal rats usually have a lifespan of one to two years. However, the longest ever recorded lifespan of the naked mole-rat is more than twenty-eight years. Scientists like Tzuhua and Rochell (2021) believe the rat's unusual longevity is the key to human evolution and long lifespan. The naked mole rat's (NMR) long lifespan can be attributed to their insusceptibility to terminal illnesses like cancer and the lack of tissue damage due to aging.
There is about a 93% similarity of the NMR genome to the human genome. Therefore, this level of high synteny shows a strong possibility of similarity in functionality to humans. NMR has abnormally high levels of myeloid-to-lymphoid (MTL) ratio. High ratios of MTL are associated with preventing leukemia. NMR also lacks natural-killer (NK) cells that defend against viral cells and can cause malignant growth. The rats also have a high pro-inflammatory cytokine production in macrophages, which fights tumors and prevents asthma and arthritis caused by the rat's environment. The novel LPS-responsive neutrophil subset (LPS) also helps the NMR defends against pathogens and harmful microbes.
Additionally, Heterocephalus glaber remarkable lifespan is a matter of chance and adaptation. The NMR lives underground and has to cope with air with less than 8% oxygen and more than 10% Carbon dioxide levels. Beneath the soil, air circulation is poor. As a result, to survive, the NMR alters its circulatory system. The hemoglobin in the NMR blood gained more oxygen affinity to get the most of the limited gas. Sequence analysis reveals that HIF1a is abundantly produced in NMR to regulate cell activity and prevent cell death because of low oxygen levels. An experiment involving putting NMR in areas with normal oxygen levels shows a rapid degradation of HIF1a in the rats. NMR, as a result of the reduction of cellular activities, the metabolic rate was lower than usual. Tzuhua and Rochell believe that the low metabolic rate in NMR slows down development and hence the lifespan.
The NMR offers a rich resource as far as biological research is concerned. NMR offers a path to understanding how various elements affect lifespan and aging, address diseases like cancer, and regulate hormones in different environments. NMR can help researchers in gerontology learn how to prevent various diseases and conditions that come with the normal aging process (Gerontology and the Concept of Aging, nd).
This research by Tzuhua and Rochell is part of the Advances in Experimental Medicine and Biology (AEMB) studies licensed and co-funded by Springer and the American Society of Gene & Cell Therapy (ASGCT). AEMB boasts over four decades of biological and life sciences research. Meanwhile, ASGCT is based in Milwaukee is a non-profit organization run by professionals dedicated to better the lives of Americans and all humans in general through the development and application of cell and genetics research.
MEDIA CONTACT
Name, Work Phone, and Mail: (media house)
Work Phone: (median house)
Press Release on Longevity Outline
The Press Release Headline: Do You Aspire to Live Forever? Turns out Nature and a Little Science May Have Just Given Us a Way to Do So
Introduction
Humans throughout history have been fascinated by the fact and plausibility of living forever. Naked mole-rats can help achieve immortality.
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There is about a 93% similarity of the NMR genome to the human genome. The microbial environment of the Naked mole rats is very similar to human’s and functionality can also be similar.
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NMR (Heterocephalus glaber) remarkable lifespan is a matter of chance and adaptation. Circulatory and metabolic adaptations contribute to its long lifespan.
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NMR can be an invaluable resource when it comes to increasing our lifespan and gerontology studies.
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Who are the Advances in Experimental Medicine and Biology (AEMB) and the American Society of Gene & Cell Therapy (ASGCT)?
