Projects

Key Features of Kamal Lab's Research Approach:

Cutting-Edge Methodologies: Utilizes multi-omics profiling, advanced co-culture models, and innovative therapeutic strategies.
Interdisciplinary Focus: Bridges fundamental and translational science, integrating redox biology, mechanotransduction, and cellular signaling.
Broad Applications: Tackles challenges in spaceflight health, chronic diseases, aging sarcopenia, and neuromuscular disorders.
Impactful Outcomes: Aims to develop personalized health strategies and countermeasures for both astronauts and individuals on Earth.

Research Project #1: Mechanotransduction Signaling, ROS Regulation, and Therapeutic Targets in Skeletal Muscle Health

Dr. Khaled Kamal’s research investigates the complex interplay of mechanotransduction and reactive oxygen species (ROS) regulation in skeletal muscle atrophy and damage.

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Research Project#2: Investigating the Role of Exosomes as Novel Biomarkers in Spaceflight and Chronic Disease

This Project explores exosomes as pivotal biomarkers for understanding physiological adaptations in spaceflight and chronic diseases on Earth.

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Research Project#3: Radiation-Induced Aging-Like Mechanisms and Systemic Damage

This aging project investigates aging-like physiological and molecular disruptions caused by space radiation, with a focus on systemic damage and inter-tissue communication.

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