Dr. Michael O. Thompson's lab focuses on developing advanced detector technologies for brain Positron Emission Tomography (PET). Their work aims to enhance imaging performance, which is crucial for diagnosing and studying brain diseases like Alzheimer's and dementia. The lab's innovations will lead to better diagnostic tools that can improve patient care, especially as the population ages.

Dr. Cedric Feschotte's lab at Cornell University studies transposable elements (TEs), which are DNA sequences that can change their position within the genome. These elements are critical for understanding evolution and genetic variation, as they can influence gene expression and contribute to cellular functions. By examining the role of young TEs in human and zebrafish development, the lab aims to uncover their significance in processes like embryonic growth and pregnancy, potentially leading to new insights into diseases such as neurodevelopmental disorders and complications during pregnancy.

Dr. Brian Vanderven's lab at Cornell University focuses on developing new treatments for tuberculosis (TB) by targeting the bacterial mechanisms that allow TB to persist in the body. The lab is researching compounds that can stimulate cAMP production in the bacterium Mycobacterium tuberculosis, potentially blocking its ability to metabolize lipids and thus improving drug efficacy. Their ultimate goal is to shorten TB treatment regimens and combat drug resistance.

Dr. Tudorita Tumbar's lab at Cornell University focuses on understanding the cellular and molecular organization of the skin's inter-follicular epidermis, particularly how it renews and repairs itself. The research looks at how different types of skin cells behave and interact, particularly under conditions like UV exposure. The lab also investigates the mechanisms of gene regulation in skin cells, offering insights into how genes are expressed during skin development and healing. Overall, the work aims to shed light on how skin maintains health and responds to injury.

Dr. Courtney Murdock's lab at Cornell University focuses on understanding how environmental factors, specifically temperature and humidity, influence the transmission of malaria in urban settings. The lab's research aims to improve predictions about where malaria will spread, which is crucial for public health in rapidly urbanizing regions. By developing models that integrate local climate data and mosquito biology, the lab aims to identify hotspots for malaria transmission and support targeted interventions to combat this disease.

Dr. Chris B. Schaffer's lab at Cornell University focuses on understanding how blood flow in the brain affects cognitive functions related to Alzheimer's Disease (AD) and other related dementias. The research investigates how improving blood circulation can enhance memory and correct neural activity imbalances in mouse models. This work aims to uncover mechanisms that could potentially lead to new therapies for cognitive symptoms in AD.

Chris Xu's lab at Cornell University focuses on developing innovative imaging techniques to capture high-resolution images of living tissues, particularly in neuroscience. The lab aims to overcome current limitations in optical imaging technologies, enabling researchers to visualize brain structures and functions deeply and rapidly. This research not only enhances our understanding of neural systems but also contributes to advances in various biomedical fields.