Epigenetic Approach Sheds Light on Potential New Therapeutic Strategy for Alzheimer’s Disease

Posted Posted in Biology, Genetics, News

By Rachel Hull, Biochemistry & Molecular Biology, ’19 Author’s note: I first learned about this news through an article on Big Think that provided few details about the science behind the breakthrough. Reading the original research paper clarified both how this research had been conducted and what was so noteworthy about it. Given the prevalence of Alzheimer’s disease, this new study may yet prove to be instrumental in the disorder’s treatment.

New Drug “Sponge” Absorbs Chemo Side Effects

Posted Posted in Health and Medicine, News

By Brooke Bahn, Neurology, Physiology, and Behavior, ‘22 Author’s Note: I heard about this device on the news, and I was immediately intrigued by the concept. I decided to research it further, upon which I was surprised how logical and efficient the device worked with such substantial results. I wanted to share what I believe to be a huge breakthrough in cancer research.

Cause of Seizures in Individuals with Angelman Syndrome

Posted Posted in Biology, Genetics, Neurobiology, News

By Neha Madugala, Cognitive Science, ‘22 Author’s Note While browsing recent scientific achievements and breaking news in the scientific community, I came across an article declaring that the 125-year-old neuroscience mystery surrounding perineuronal nets (PNNs) is finally resolved. PNNs have stumped neuroscientists for decades, yet their importance is undeniable. To understand the extent of this discovery, I read more about PNNs and found that they have a key connection to Angelman syndrome, which causes severe epileptic seizures in children. The new findings from the Philpot Lab identifying the purpose of PNNs draw a connection between PNNs and seizures, and this information can lead to improved medications and therapeutic treatment methods.

As Hot as a Davis Summer: A Review and Analysis of Ecstasy-Induced Hyperthermia

Posted Posted in Health and Medicine, News

By Ruby Nguyen, Music and Neurobiology, Physiology, and Behavior, ‘19 Author’s note: I wrote this literature review for UWP104F, Writing for Health Professions. The assignment was to write a literature review on a health-related topic of our choosing. I decided to write this literature review on ecstasy-induced hyperthermia, the primary cause of death in ecstasy overdoses. I want to inform researchers on potential drug options or treatments that could be further explored for use in treating ecstasy-using patients. I also want to reveal areas for further consideration. My hope is that this literature review will spark greater interest on the topic and guide future research into exploring new treatment options for ecstasy-induced hyperthermia.

RoboBees: The Future of Food and Society?

Posted Posted in Environment, News

By Tannavee Kumar, Genetics & Genomics, ’20 Author’s Note Going into my research on fully automated and autonomous bee swarms, I was aware that there was much controversy on how we as a society should address and work to solve the problem of the drastically declining honeybee population. Upon coming across the large initiative that a team at Harvard University is spearheading, I was interested whether robotic bees are the future of agriculture and moreover part of the tidal wave of automation.

Organization and Localization of Septins Changes After Autophagy Induction in Yeast

Posted Posted in News, Undergraduate Research

by Bukre Coskun, Cell Biology ‘18 Authors Note: I wrote this mini journal article for my MCB 140L class. The class focused on the role and structure of septins, a group of proteins that are associated with several biological pathways, like autophagy. I chose to write about a set of experiments we did using yeast-two hybrid assays and fluorescence microscopy to understand the organization and interactions of septins.   Abstract: Autophagy is a degradation pathway in which autophagosomes, vesicular structures, deliver proteins and damaged organelles to the lysosomes for degradation. Septins are GTP-binding proteins that localize at the bud-neck and are involved in cytokinesis in budding yeast. Septins also localize at pre-autophagosomal structures and the autophagosome in the autophagy pathway. […]

Cofactor Effects in Saccharomyces Cerevisiae Metabolism

Posted Posted in News

  By Madison Dougherty, Biochemistry and Molecular Biology ‘18   Author’s Note: After taking FST 3, Introduction to Brewing, I was intrigued by the brewing process and how yeast are such an important factor to the quality of beer that is produced. I have since looked deeper into yeast and the fermentation process, gaining a special interest in yeast-related research. I wrote this paper in order to discover more about the unique qualities of yeast and fermentation while informing others about this microorganism’s relevance to humans and other scientific processes.

We’re All Going to Die, but Will It be via Mass Extinction?

Posted Posted in News

By N.J. Griffen, English, ’17 Author’s Note: “Stephen Hawking at the end of last year wrote an article for The Guardian saying: ‘…we are at the most dangerous moment in the development of humanity. We now have the technology to destroy the planet on which we live, but have not yet developed the ability to escape it. Perhaps in a few hundred years, we will have established human colonies amid the stars, but right now we only have one planet, and we need to work together to protect it.’ In spirit of Hawking’s eerie warning to humanity, I chose to write this article to consider the variable possibility of a self-imposed extinction of humanity.”

Christianson Syndrome

Posted Posted in News

By Madison Dougherty, Biochemistry and Molecular Biology ‘18 Author’s Note: “I wrote this paper as a supplement to a presentation in my genetics class. I believe it is important to inform people about mental disabilities other than the most commonly seen disorders, such as Down Syndrome or autism. This paper serves to educate readers about Christianson Syndrome, an X-linked genetic disorder that, although phenotypically similar to more widely-known disorders, is actually quite different at the genetic level.”

Looking Deeper into Life: How a Nobel Prize Winner Advanced Microscopy

Posted Posted in News, Technology

By Madison Dougherty, Biochemistry and Molecular Biology ‘18   Author’s Note: “I was encouraged to attend and review Nobel Prize winner Eric Betzig’s lectures on campus, and I am extremely glad that I did. As a Biochemistry and Molecular Biology major, I did not think that I would find microscopy very interesting, but after listening to Betzig talk about his developments in the field, I felt a new sense of appreciation for microscopy, and even for telescopes and space. If you are interested in astronomy, physics, chemistry, biology, or all of the above, I highly encourage you to watch and absorb the wealth of information that he has to share with the scientific community. Full video presentations of Betzig’s lectures […]