Journal of Tissue Engineering and Regenerative Medicine
Scope & Guideline
Empowering researchers with impactful insights in tissue engineering.
Introduction
Aims and Scopes
- Tissue Engineering Techniques:
The journal emphasizes various tissue engineering techniques, including 3D bioprinting, scaffold design, and hydrogels to create artificial tissues and organs. - Stem Cell Research:
A significant focus is on the application of stem cells, particularly mesenchymal stem cells (MSCs), in regenerative therapies, exploring their differentiation capabilities and therapeutic potential. - Biomaterials Development:
Research on novel biomaterials, including natural and synthetic polymers, is prominent, aiming to enhance biocompatibility and functionality in tissue repair and regeneration. - Mechanobiology:
The journal explores the role of mechanical forces and bioengineering in influencing cell behavior, tissue growth, and regeneration, integrating engineering principles with biological systems. - Regenerative Medicine Applications:
It covers translational research in regenerative medicine, focusing on clinical applications of engineered tissues and the use of growth factors and other biological signals to promote healing. - Wound Healing and Repair:
Research on methods to enhance wound healing, including the use of scaffolds, growth factors, and cell therapies, is a critical area of interest. - Immunomodulation in Tissue Engineering:
The journal discusses strategies to modulate immune responses in tissue engineering applications, ensuring successful integration and function of engineered tissues.
Trending and Emerging
- 3D Bioprinting and Advanced Manufacturing:
Research on 3D bioprinting techniques is rapidly increasing, focusing on the fabrication of complex tissue structures and organoids, enhancing customization and functionality. - Exosome and Extracellular Vesicle Research:
There is a growing interest in the role of exosomes and extracellular vesicles in cell communication and tissue repair, highlighting their potential as therapeutic agents. - Bioactive and Smart Biomaterials:
Emerging studies are centered on the development of smart biomaterials that respond to environmental stimuli, improving the efficacy of tissue regeneration. - Gene Editing and Stem Cell Engineering:
The application of gene editing technologies, such as CRISPR, in stem cell research is gaining momentum, enabling precise modifications that enhance therapeutic outcomes. - Mechanobiology and Biophysical Cues:
Emerging themes focus on the influence of mechanical forces and biophysical cues on cell behavior and tissue development, integrating engineering principles with biological research. - Personalized Medicine Approaches:
Research is trending towards personalized medicine in regenerative therapies, emphasizing patient-specific treatments that improve clinical outcomes. - Regenerative Strategies for Aging Tissues:
There is an increasing focus on developing regenerative strategies targeting aging tissues, addressing the challenges of chronic conditions and age-related degeneration.
Declining or Waning
- Traditional Surgical Techniques:
Research related to conventional surgical methods for tissue repair has decreased as more studies focus on innovative tissue engineering solutions and regenerative approaches. - Use of Non-Biomimetic Scaffolds:
There is a noticeable decline in studies utilizing non-biomimetic scaffolds, as the field increasingly favors biomimetic and bioactive materials that better replicate the natural extracellular matrix. - Static Culture Systems:
The use of static culture systems for cell and tissue studies is waning in favor of dynamic culture models that better simulate physiological conditions and mechanical stimuli. - Single-Cell Therapies:
Interest in isolated single-cell therapies has decreased as research shifts towards more complex, multi-cellular approaches and tissue constructs that reflect in vivo environments. - Animal Models with Limited Translation:
There is a decline in the use of certain animal models that do not adequately mimic human physiology, as the focus moves towards more relevant preclinical models that enhance translational potential.
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