Dr. Michael Kofler's research focuses on improving the lives of children with Attention Deficit Hyperactivity Disorder (ADHD) by integrating two effective treatment methods. He studies how combining Central Executive Training, which enhances working memory, with Behavioral Parent Training, which supports better family dynamics, can provide greater benefits to children. The goal is to create a comprehensive approach that addresses both cognitive and behavioral aspects of ADHD.

Dr. Norman Brad Schmidt's lab focuses on understanding and addressing anxiety in individuals with mild cognitive impairment and Alzheimer's disease, as well as their caregivers. The lab is currently conducting a randomized clinical trial to evaluate a brief cognitive-behavioral intervention aimed at reducing anxiety symptoms and improving quality of life for both patients and their care partners. By developing more efficient treatment strategies, the research aims to provide accessible support for those dealing with anxiety in the context of cognitive decline.

Dr. Nicole Ennis leads a research lab at Florida State University focused on understanding how long-term medical marijuana and prescription opioid use impact driving performance, especially in adults aged 50 and older. The lab conducts studies that explore not only the effects of these substances on safe driving but also the self-regulation strategies adopted by users. This research aims to inform public health policies and improve safety outcomes for this growing population of medical marijuana consumers.

Dr. Ashwanth Christopher Francis's lab focuses on understanding how the HIV-1 virus navigates within a host cell to integrate its genetic material into the host genome. Specifically, the lab investigates the role of a host protein, CPSF6, in guiding the virus to specific sites within the cell nucleus where it can successfully insert its DNA. This research is crucial for developing strategies to combat HIV and improve public health outcomes related to viral infections.

Dr. Sylvie Naar's research lab focuses on improving health outcomes for young men who have sex with men (YMSM) and young adults living with HIV in Florida. They aim to enhance HIV prevention and treatment through innovative behavioral science interventions that address alcohol use and promote self-management skills. The lab emphasizes community engagement and implementation science to ensure that effective practices are delivered in a culturally appropriate way.

Dr. Linda M Rinaman's lab at Florida State University focuses on understanding how maternal diet during pregnancy and lactation influences the development of brain circuits in offspring related to food preferences and obesity. The lab investigates how a 'Western Diet' high in fats and sugars alters brain signaling pathways that affect eating behavior and the risk of obesity. The research aims to explore potential interventions that could mitigate these effects in the offspring.

Dr. Jarrod Mousa's lab at Florida State University focuses on understanding and combating parainfluenza viruses, which are significant causes of severe respiratory infections in children and adults. The lab researches how the immune system recognizes these viruses and aims to develop effective monoclonal antibodies for treatment and prevention. By using advanced techniques like single B cell sequencing and cryo-electron microscopy, the lab seeks to identify key viral structures that can target with therapies and vaccines.

Dr. Robert Schurko's lab at Florida State University focuses on advancing nuclear magnetic resonance (NMR) spectroscopy technology to better understand biochemical and biological processes. They develop new methods to enhance NMR sensitivity and resolution, enabling detailed studies of macromolecular structures, dynamics, and interactions. Their work has significant implications for biomedical research, especially in areas like metabolomics and drug development.

Dr. Suvranu De's lab focuses on enhancing surgical training for robotic head and neck surgery through innovative technologies. The lab is developing a Virtual Transoral Robotic Surgical simulator that incorporates noninvasive brain stimulation to accelerate skill acquisition. This research aims to improve the training of novice surgeons, ensuring they can practice safely and effectively before operating on patients.

Dr. Angelina R Sutin's research lab focuses on how having a strong sense of purpose in life can help improve cognitive health and reduce the risk of Alzheimer's disease as people age. The lab conducts studies to explore the mechanisms through which purpose influences mental functioning, particularly in older adults and those showing early signs of cognitive decline. Ultimately, the goal is to develop interventions that can enhance a sense of purpose and thereby support healthier cognitive aging.

Dr. Carmen Varela's research lab focuses on understanding how different brain networks in the thalamus contribute to memory consolidation during sleep. By studying the electrical activities and oscillations that occur during non-rapid eye movement (NREM) sleep, the lab aims to reveal how these dynamics affect memory processes. The ultimate goal is to develop new therapies for neuropsychiatric conditions that involve sleep and memory issues.

Dr. Kelly Farquharson's lab focuses on enhancing the educational outcomes of elementary school children with speech sound disorders (SSDs). The research investigates how different factors in speech therapy environments, such as group therapy formats and session dosages, affect children's speech production and phonological learning. By understanding these dynamics, the lab aims to develop more effective speech therapy interventions that can help students improve their communication skills and academic performance.

Dr. Aaron A Wilber's lab at Florida State University focuses on understanding how the brain coordinates spatial memories and actions. Researchers study the neural pathways involved in how we navigate and remember locations, particularly examining how information is transformed from a map-like memory to actions based on our physical orientation. This research has implications for understanding and treating spatial learning deficits seen in various psychiatric and neurological disorders.