Nanomaterial Design and Engineering for Enhanced Physical Therapy Modalities

Physical therapy modalities, such as radiotherapy, phototherapy, and ultrasound therapy, are gaining increasing attention in cancer and tissue repair treatments. However, their efficacy is often limited by suboptimal delivery, insufficient targeting, and the complex biological barriers they encounter. Recent advancements in nanomaterials have demonstrated significant potential in overcoming these challenges, offering opportunities to enhance the efficiency and precision of physical therapy.

This research topic will focus on the design, synthesis, and application of nanomaterials aimed at improving the effectiveness of physical therapy modalities. We seek contributions that explore innovative strategies for nanomaterial engineering, novel combinations of therapy and nanotechnology, and studies demonstrating their efficacy in preclinical or clinical settings.

This research topic will appeal to researchers, biomedical engineers, and clinicians working at the intersection of materials science, biotechnology, and medicine. It aims to foster interdisciplinary collaboration, advance the field of bioengineering, and inspire novel therapeutic strategies that could lead to more effective treatments for a range of medical conditions, including cancer and degenerative diseases.

Topics of Interest Include:
- Engineering nanomaterials for targeted delivery in radiotherapy, phototherapy, and ultrasound therapy;
- Hybrid nanomaterials for enhancing multimodal physical therapies;
- Mechanisms of nanomaterial-enhanced physical therapy at the cellular and molecular level;
- Translational research from bench to bedside for physical therapies using nanotechnology;
- Preclinical studies showcasing nanomaterials in physical therapy modalities