Welcome to the CACHE Lab
Exploring the connections between Cognition, Affect and Cardiometabolic Health
About Us
The CACHE lab is a Clinical Health Psychology Research Lab located at the University of Maryland, Baltimore County (UMBC), in Baltimore, MD.
Our research examines psychosocial, bio-behavioral, and neurocognitive risk factors for type 2 diabetes and associated cardiometabolic conditions that lead to accelerated aging across the lifespan. With the aim of bridging the gap between science and practical application, we conduct both lifespan epidemiological and clinical-translational research.
Our current projects include studying how cardiometabolic risk factors, such as glucose dysregulation in those with pre-diabetes, may affect cognitive functioning and risk markers for Alzheimer's. We also explore the impacts of psychosocial factors on cardiometabolic conditions in efforts to unravel the intricate relationship between modifiable risk factors (e.g., social determinants of health, negative affect) and health across diverse populations.
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Learn more about our work by visiting our Current Research page.
Our Values
Purpose & Passion
We believe wholeheartedly in the significance of our research endeavors. Our collective sense of purpose fuels our motivation, propelling us forward even in the face of challenges.
Driven by purpose and passion, we approach our work with determination and enthusiasm.
Community & Compassion
As a diverse group of people, we prioritize empathy, understanding, and the well-being of our members by encouraging a healthy work-life balance. We strive to create a lab environment where everyone feels comfortable sharing our cultures and personal identities.
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We view each other as whole individuals and offer unwavering support in personal and professional endeavors. We celebrate successes and provide comfort during challenges, supporting one another through triumphs and trials.
Curiosity & Challenge
We cultivate curiosity about biopsychosocial relationships, constantly seeking to uncover new research directions—from broad systems-level to detailed mechanistic perspectives.
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Embracing diversity of thought, we strive to approach complex challenges from various angles. Innovation often involves navigating uncharted territory, which we tackle with resilient teamwork.
