The research lab led by Dr. Paramjit S Arora at New York University focuses on understanding how proteins interact with other biomolecules and developing innovative synthetic proteins that can mimic these interactions. The lab aims to create new therapeutic strategies to target dysfunctional protein and RNA interactions that are linked to various diseases. This work has the potential to contribute significantly to the field of medicinal chemistry by offering new tools for drug development.

Yingkai Zhang's research lab focuses on using advanced computational techniques and machine learning to design new drugs that can specifically target protein-protein interactions (PPIs). These interactions are crucial for controlling cellular activities, and misregulations can lead to diseases. The lab combines innovative design strategies with experimental collaborations to create and optimize molecular 'modulators' that can help treat various medical conditions.

Alisha Jones's lab at New York University focuses on understanding how long noncoding RNAs (lncRNAs) change their shape and how these changes affect their biological functions. The team studies the processes of lncRNA splicing and aims to uncover the molecular mechanisms by which these RNA molecules regulate important biological processes, including gene silencing. By integrating research with a hands-on training program for students of all levels, the lab prepares future scientists to explore the therapeutic potential of lncRNAs in disease.

Dr. Tamar Schlick's research lab at New York University focuses on using advanced computer modeling to understand how the structure of DNA and RNA impacts their function, especially in relation to cancer and viral infections like COVID-19. The lab combines insights from mathematics, engineering, and biology to develop models that explain complex biological processes, such as how chromatin (the material that makes up chromosomes) organizes in the cell and how viruses manipulate their RNA to survive. This work aims to lead to improved diagnostic and therapeutic strategies for various diseases.