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Marcin Imielinski — Dr. Marcin Imielinski's lab at NYU School of Medicine researches how the original cell type from which lung cancer arises affects the disease's behavior and treatment. They focus on understanding the genetic changes that accompany lung adenocarcinoma, a common and deadly form of lung cancer. By analyzing mutations in lung cancer samples, the lab aims to identify the cell of origin for these tumors and improve diagnostic and therapeutic strategies.
Jef D Boeke — Dr. Jef D Boeke's lab at NYU School of Medicine focuses on understanding how genes are regulated within our genomes. They create and manipulate large DNA constructs to study the effects of genetic elements on gene expression, with potential applications in gene therapy and biotechnology. The lab offers exciting opportunities for undergraduate students to be directly involved in these transformative research projects.
Richard W Tsien — Dr. Richard W. Tsien's lab at NYU focuses on understanding how calcium channels in neurons influence learning and memory, particularly through a process called excitation-transcription coupling. They also investigate how oxytocin, a hormone related to social behaviors, affects the brain's neural circuits and may help with conditions like autism. By integrating biology, behavioral science, and advanced techniques, the lab aims to uncover mechanisms that link neuronal activity to behavioral outcomes.
Sunil V Rao — Dr. Sunil V Rao's lab focuses on improving treatments for patients with submassive pulmonary embolism (PE) using advanced techniques like catheter-directed therapy (CDT). The research aims to assess the effectiveness and safety of CDT compared to traditional anticoagulant therapy. By investigating the long-term impacts of these treatments on patients' health and quality of life, the lab strives to change clinical practices and enhance patient outcomes.
David J Heeger — Dr. David J. Heeger's lab at New York University focuses on understanding how neural circuits in the brain support various cognitive functions such as attention and working memory. They utilize computational models called Oscillatory Recurrent Gated Neural Integrator Circuits (ORGaNICs) to simulate and analyze key brain activities. The lab's research aims to provide a theoretical framework for how these neural computations can reveal insights into brain disorders and improve diagnosis and treatment.
Ralph J Diclemente — Dr. Ralph J. Diclemente's lab at New York University focuses on public health issues, particularly those affecting pregnant women. The lab conducts research to develop and evaluate interventions that aim to reduce alcohol consumption during pregnancy to prevent fetal alcohol spectrum disorders. By collaborating with various universities and healthcare institutions, the lab is dedicated to improving prenatal care and reducing alcohol-related birth complications.
Erik Sulman — Dr. Erik Sulman's research lab focuses on understanding and overcoming radiation resistance in glioblastoma, a severe type of brain cancer. By exploring how glioblastoma stem-like cells change states, the lab aims to find new ways to make these cancer cells more sensitive to radiation therapy. The research combines advanced genetic techniques with clinical data to develop better treatment strategies for patients suffering from this challenging disease.
Lauren B Krupp — Dr. Lauren Krupp's lab at NYU focuses on understanding how childhood adversities affect health outcomes in individuals with multiple sclerosis (MS), particularly among communities that are often underrepresented in medical research. The lab works directly with patients from diverse backgrounds to develop culturally informed research tools and interventions aimed at improving quality of life for people living with MS. By addressing health disparities and fostering community engagement, the lab seeks to ensure that all individuals with MS can access better care and support.
Brian D Dynlacht — Dr. Brian Dynlacht's lab at NYU School of Medicine focuses on understanding how primary cilia, tiny structures on the surface of cells, are assembled and disassembled. These cilia are crucial for sensing signals from the environment and play important roles in cell growth and division. The lab studies specific proteins that help configure cilia and other cellular structures, which can have implications in developmental defects and cancer. By uncovering the connections between protein functions and cellular processes, the lab aims to advance knowledge in cell biology and potential disease mechanisms.