The Cornell Daily Sun (https://cornellsun.com/tag/biology/)
The Yu Lab at Cornell recently published a study of SARS-CoV-2-viral and human proteins that interact with each other, which open doors for identifying potential treatments.
As of sometime last week, I am officially a humanities major. My switch to English from Human Biology, Health and Society was a move that 2020 Noah would never have expected, given my high school background in math and science. Before this column, writing was never a hobby of mine, let alone something I’d be willing to commit my college education to.
I have to admit that as a pre-med, I am only really taking on half the burden of a humanities track. My worries about employability are at least temporarily assuaged by the comparably hand-holdy structure of applying for medical school (granted, the extreme levels of competition makes that process scary in its own right). The skeptical confusion that people get when I tell them my major at least turns into mildly doubtful fascination when they learn I’m still on the pre-med track.
Even if I’m sort of two-timing the liberal arts crew, I still feel I am uniquely qualified to comment on the division that seems to exist between sciences and humanities.
A Cornell-based startup has the vision is to use enzyme immobilization techniques in biochemical reactions in the hopes of “increasing food supplies, reducing the cost of medicines and ensuring consumer chemicals are safe.”
Allison Tracy grad was named a finalist for the prestigious Schmidt Science Fellowship, a program that partners with the Rhodes Trust — which also administers and awards the famed Rhodes Scholarship — on Friday.
To the Editor:
While the prospect of a “free” 23andMe DNA test might help to draw students to the biology department’s “Personal Genomics and Medicine” course, The Sun’s coverage of this attraction raises far more questions than answers. The March 25 article states that the course aims to “demystify genetics and genetic science.” I’d argue that currently available genetic tests like 23andMe actually do the opposite. Instead of simply revealing a genetic blueprint to the user, direct-to-consumer genetic tests are riddled with social, political and ethical questions, turning the results into more than objective “data.”
The article briefly raises the question of privacy, but this is not enough. How are these technologies regulated? Who owns the data, and what can they do with it?
Utilizing tpsDig, a landmark scaling software, D’Amore was able to map out the shape and size of each Nile Monitor tooth on a coordinate plane. This new measuring method allowed him to contribute numeric data to an area in which qualitative descriptions were coming up short.
Over winter break, eight Cornell volunteers collaborated with seven students from the Universidad del Magdalena in Santa Marta, Colombia, to teach biology to Liceo Samario high school students. For some time, Prof. Timothy DeVoogd, psychology, has been trying to create international experiences for Cornell students in the sciences. He realized that one way to promote students’ international involvement might be to work with peers in Latin America over winter break. DeVoogd proposed the idea to Carlos Coronado, director of International Relations at the University of Magdalena. Coronado then found a public high school in which 80 percent of its students come from families below the Colombian poverty line, DeVoogd said.
Many STEM majors choose not to study abroad because of their bulky course load and career anxiety. This is one of the main reasons Professor Sarvary so passionately pursued the creation of this program.
“We’re getting pretty excited,” said Prof. Paul McEuen, physics, discussing the development of the tiny robots.
According to Qiao, the boxes inspired some unexpected attention and several inquiries from the student body.