Dr. Randy Carney's lab at UC Davis focuses on creating advanced drug delivery systems using engineered extracellular vesicles (EVs) and studying the environmental and health impacts of nanoplastics. His team aims to improve how drugs can effectively reach the brain while reducing side effects and investigating how polluted nanoplastics can harm health by entering the brain after inhalation. This research combines engineering with biology to find solutions to significant health and environmental challenges.

Dr. Gerard Arino Estrada's lab at UC Davis specializes in developing advanced detectors for time-of-flight positron emission tomography (TOF-PET), an imaging technique crucial for diagnosing conditions like cancer and cardiovascular diseases. The lab focuses on utilizing thallium chloride (TlCl) crystals due to their potential for lower cost and improved timing accuracy compared to conventional materials. Research efforts are directed towards optimizing these detectors to improve medical imaging applications and enhance diagnostic capabilities.

Dr. Steven Carl George's lab focuses on innovative research aimed at enhancing our understanding of the immune response, particularly in relation to B cells and their functionality against infections like influenza and SARS-CoV-2. They are developing a new microfluidic technology to measure how effectively these B cells can bind to viruses, which could inform vaccine development and improve therapeutic strategies. This work combines engineering and biology to create tools that assess immune health and response.

Dr. John M Boone's lab focuses on developing advanced computed tomography (CT) systems that enhance imaging quality using multiple X-ray sources. The goal is to create a new X-ray tube design that integrates six sources to reduce common imaging artifacts, which can improve diagnostic capabilities in areas such as dental and general medical imaging. The lab is also engaged in partnerships with industry leaders to facilitate the commercialization of this innovative technology.

Dr. Abhijit J Chaudhari's lab focuses on understanding and improving the treatment of myofascial pain syndrome, a common condition that causes significant discomfort to many individuals. The lab is working on establishing innovative imaging techniques using Total-body PET/CT to identify and measure key aspects of muscle and tissue health related to myofascial pain. This research aims to provide medical professionals with better tools for evaluating the effectiveness of pain treatments and enhance patient care.

Dr. Emilie Roncali's lab at UC Davis focuses on improving cancer treatment, particularly for liver cancer, using innovative computational tools. They aim to develop personalized medical strategies through a 'digital twin' of the liver, which helps optimize treatment planning. The lab also works on advancing nuclear imaging technology, leveraging artificial intelligence to enhance the speed and accuracy of imaging systems used in cancer diagnostics.

Dr. Guobao Wang's lab focuses on advancing medical imaging techniques to improve the assessment of blood flow and metabolism in various diseases. They aim to streamline PET imaging by developing methods that leverage a single tracer to simultaneously capture vital physiological information, which could greatly enhance clinical applications and patient care. By reducing the need for multiple radiotracers, their work simplifies the imaging process and opens new avenues for research and clinical diagnostics.

Dr. Arta Monir Monjazeb's lab at UC Davis focuses on understanding how obesity affects cancer treatment, specifically how it influences the effectiveness of radiotherapy. They study the mechanisms behind why obese cancer patients respond poorly to treatment, utilizing various mouse models to explore how obesity-related factors like the hormone leptin can alter cancer cell behavior and the immune response. By identifying these links, the lab aims to develop improved treatment strategies for obese cancer patients and contribute to personalized medicine.

Dr. Negar Omidvari's lab at UC Davis focuses on understanding long-term health problems that some COVID-19 survivors face. They are using advanced imaging techniques to study how the immune system is affected by these lingering symptoms. By exploring the connections between immune responses, imaging data, and patient experiences, the lab aims to improve our understanding of these complex issues and help develop better treatments.

Dr. Siqi Li's lab focuses on improving imaging techniques for diagnosing and monitoring pediatric cancers using advanced PET technology. They aim to develop methods that allow for quicker, accurate quantification of disease progression, making imaging safer and more effective for children. By utilizing innovative imaging techniques, the lab strives to enhance clinical outcomes for young cancer patients.

Dr. Cheemeng Tan's lab at UC Davis focuses on studying extracellular vesicles (EVs), which are tiny particles that cells release to communicate with each other. By using synthetic biology techniques, the lab aims to create new EV mimetics that can be used as drug delivery systems. This research could help refine the therapeutic use of EVs and make them more effective for treating diseases by enhancing their production and consistency.