Dr. Ramzi Khairallah is a muscle physiologist and preclinical research specialist with more than 20 years of experience investigating the physiological and molecular mechanisms underlying muscle health and disease. With a PhD in Molecular Medicine and postdoctoral training in skeletal and cardiac muscle physiology, his career has bridged fundamental research and therapeutic development, contributing to advances in the understanding of muscle dysfunction and potential treatment strategies. His scientific work spans academic and industry collaborations, with an extensive publication record reflecting his expertise in experimental physiology and translational research.

As Co-Founder and President of Myologica, Ramzi brings this scientific foundation to the development of specialized preclinical research capabilities that help pharmaceutical, biotechnology, and academic teams evaluate emerging therapies. His approach combines a deep understanding of muscle physiology with expertise in selecting and refining experimental models that address specific research objectives. By connecting functional outcomes with underlying biological mechanisms, Ramzi helps researchers generate meaningful data, better understand therapeutic effects, and make informed decisions throughout preclinical development.

• Neuromuscular Model Development: Developing and characterizing preclinical models of muscle disease, injury, regeneration, and dysfunction, including muscular dystrophy, spinal muscular atrophy, sarcopenia, and other neuromuscular conditions.
• In Vivo & In Situ Muscle Function Assessment: Evaluating muscle strength, torque, contractility, fatigue, and injury susceptibility through nerve-evoked and direct muscle stimulation, including longitudinal and muscle-specific functional assessments.
• Ex Vivo Muscle Physiology: Assessing isolated muscle contractility, force generation, fatigue, and susceptibility to injury using controlled stimulation and mechanical loading protocols that enable direct investigation of muscle function.
• Functional Performance & Motor Assessment: Applying grip strength, gait and locomotion analysis, treadmill exercise, voluntary wheel running, and motor coordination assays to characterize neuromuscular performance and treatment response.
• Experimental Design & Therapeutic Evaluation: Selecting appropriate disease models, physiological preparations, and functional endpoints to investigate mechanisms of action, characterize treatment effects, and support preclinical efficacy studies.
• Specialized Assay Development & Training: Designing and optimizing customized muscle phenotyping approaches, with technical consultation and training in functional assessment methods, instrumentation, and experimental workflows.

Ramzi believes that meaningful preclinical research requires understanding not just how a therapy affects muscle function, but why those effects occur.He recognizes that every experimental model offers a different perspective, and that selecting the right preparation and endpoints is essential to answering the scientific question. Through specialized assay development, collaboration, and technical training, his work emphasizes reproducible methods and meaningful functional data that help researchers connect biological mechanisms with therapeutic outcomes.

Experimental Design
Data Collection
Data Analysis
Interpretation
Training Services
Product Development