Publications
Academic research and scientific contributions by Dr. Felix Effah
E-cigarette Research
Summary
A comprehensive systematic review examining how different e-liquid flavors affect lung health, providing critical insights for public health policy and e-cigarette regulations.
Summary
This research evaluates the toxicity of various e-cigarette flavors on human lung cells, with special focus on how cinnamon flavoring may cause harm through specific cellular pathways.
Neuropharmacology
Summary
This study investigates how the endocannabinoid system changes throughout the aging process, with particular attention to middle age, revealing important implications for age-related neurological conditions.
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This study explores how gut microbiota influences oxytocin receptors in the brain differently based on sex, revealing important connections in the gut-brain axis during development.
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This study characterizes a new mouse model for studying µ-opioid receptors, providing valuable insights for research on pain management and addiction.
Summary
This research reveals how gut microbiota differently affects opioid receptors in the brain based on sex, with implications for pain perception and addiction vulnerability.
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This research tracks how oxytocin and opioid receptors change differently with age in the brain, providing insights into age-related changes in social behavior and pain perception.
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This study documents how important brain receptors decrease with age, contributing to our understanding of age-related changes in pain perception and social behavior.
Summary
This early research explores how gut bacteria influence the development of important brain receptors, laying groundwork for understanding the gut-brain connection.
3D Lung Modelling
Summary
This research utilizes advanced 3D lung models to evaluate the toxicological effects of flavored e-cigarette aerosols, providing more physiologically relevant insights than traditional cell culture methods.
Toxicology
Summary
This cutting-edge research examines how a new nicotine alternative increases harmful oxidative stress and cell damage in lung cells, raising concerns about its safety.
Summary
This review compares the toxicity profiles of two emerging nicotine alternatives, providing crucial information for regulators and public health officials.
Summary
This study demonstrates how genetic differences influence inflammatory responses to cigarette smoke, explaining why some individuals may be more susceptible to smoking-related diseases.