Search for tag: "molecules"

iGEM: Interkingdom Communication, Fatima Sarfraz, UG '26; Ja'nae Gordon, UG '26; Dania Khalid, UG '26; Parth Rana, UG '26; Fatima Sarfraz, UG '26; Sanjana Venkatesh, UG '26; Brian Park, UG '26; Maia Weatherly, UG '25; and Meryl Liu, UG '25 (3993888)

The Princeton iGEM team will be undertaking a project to rewire bacterial and mammalian cells to communicate with each other via protein secretion. Bacterial cells can secrete proteins that can enter…

From  Research Princeton Research Day 2 likes 100 plays

Computational Insights into the Atomic-Scale Properties of Amorphous Solid Dispersions of Cannabidiol, Stephanie Monson, UG '23 (2277961)

Cannabidiol (CBD) has been gaining popularity as a therapeutic, targeting diseases such as epilepsy and Alzheimer’s. Like many other small molecule drugs, CBD has low solubility and…

From  Research Princeton Research Day 1 likes 18 plays

Meta, Moamen Elmassry, PD (2266360)

Trillions of bacteria live in our intestines. This community of microbes is called the gut microbiota. The gut microbiota is a rich source of small molecules. While the majority of gut…

From  Research Princeton Research Day 7 likes 37 plays

How bacteria communicate; investigating the biochemical mechanism of bacterial "speech", Steven Bodine, GS (2278074)

Communication is an incredibly powerful tool for species to survive in a hostile environment. With that in mind, it is perhaps unsurprising that even some of the simplest life forms, bacteria, have…

From  Research Princeton Research Day 1 likes 72 plays

Novel Tools for Finding Novel Drugs / Distinguished Innovator Talk (Zemer Gitai) - Engage 2022

The Gitai lab has developed approaches that enable discovery of new drugs with novel mechanisms of action and are using these methods to discover new antibiotics that our society desperately…

From  Innovation Innovation Communication 0 likes 15 plays

ReMatch Intern – Wilder ( Alexander) Crosier

From  our Undergraduate Research 0 likes 42 plays

OURSIP Intern - Jennifer Nwokeji

Cryo-EM Studies of Organelle Formation in Parasites Mentors: Prof. John Jimah, Molecular Biology Nathan Fowler (Research Specialist), Molecular Biology

From  our Undergraduate Research 0 likes 39 plays

Andrzej Zuranski: DataX Cataysis Data Scientist

From  Broadcast Broadcast Center Staff 0 likes 29 plays

Natural Halogenated Methane Production in Mangrove Ecosystems, Niva, UG '22, (3963502)

As a combination of rising sea levels, extreme weather, and groundwater overuse leads to increasing seawater encroachment in coastal areas, it’s essential that we learn more about the resulting…

From  Research Princeton Research Day 5 likes 43 plays

Using Light to Build New Drugs: Synthesis of Cyclic Peptides by Photoredox Chemistry, Cecilia Kim, UG '23 (3950214)

The emergence of new diseases, the rise of drug resistance, and the continued prevalence of chronic conditions that remain difficult to treat, such as cancer and Alzheimer’s, create a growing…

From  Research Princeton Research Day 4 likes 121 plays

MroUPO: Small bio-machine, great chemical power, Wenxuan Li G2 and Dali Davis G3 (3937821)

Enzymes have been studied for centuries; however, our knowledge of them is constantly evolving. New enzymes are still being discovered, which opens the door for further studies of enzymatic…

From  Research Princeton Research Day 2 likes 310 plays

Developing Online Tools for Spectroscopic Research, Kasey Shashaty, UG '23 (3958803)

This summer, I had the opportunity to work with the Princeton University Laser Sensing (PULSe) Lab, which is interested in laser-based spectroscopic systems. Their work has many real-world…

From  Research Princeton Research Day 1 likes 16 plays

Behavior of Perfluorinated Sulfonic Acids (PFOS & PFBS) in Bromide-Treated Soils, Adelina Rolea, UG '22 (3959908)

Per- and polyfluoroalkyl substances (PFAS) are a family of chemicals that are persistent and ubiquitous in the environment. While perfluorooctanoic acid (PFOA) and perfluorooctanesulfonic acid (PFOS)…

From  Research Princeton Research Day 3 likes 94 plays

Drugs are good, but how do they go bad?, Yejoon Seo, G4 (3937727)

Many oral delivery drugs are in the amorphous state, stabilized by an amorphous polymer. Over time, these drugs tend to "flow," resulting in significant changes to the drug product that…

From  Research Princeton Research Day 10 likes 135 plays

The gut microbiome are factories of small molecules, Moamen Elmassry, Post Doc (3885983)

Trillions of bacteria live in our gut. This community of microbes is called the gut microbiome. The gut microbiome is a rich source of small molecules. While the majority of gut microbiome-derived…

From  Research Princeton Research Day 5 likes 64 plays

4.6.2022 PRISM Symposium (Morning)

From  Broadcast Broadcast Center Staff 0 likes 14 plays