The Regenerative Medicine Research Center

Introduction

The Regenerative Medicine Research Center at Shahroud University of Medical Sciences is a pioneering academic and translational hub dedicated to advancing knowledge and technology in Tissue Engineering and Stem Cell Sciences.

The Center functions as a multidisciplinary platform integrating molecular biology, biomaterials science, clinical medicine, and biotechnology. Its primary mission is to bridge fundamental scientific discoveries with clinical and industrial applications, addressing critical national healthcare needs through research, education, and service provision.

By combining advanced infrastructure with expert human capital, the Center positions itself as a leading force in regenerative biotechnology within the region.

The strategic vision of the Regenerative Medicine Research Center is centered on national impact and regional leadership.

1. Addressing National Scientific and Healthcare Needs

To comprehensively respond to the country’s research, educational, and therapeutic demands in tissue engineering and stem cell biology, translating high-impact research into practical healthcare solutions.

2. Integration with Cancer Research and Management

To integrate regenerative medicine approaches into oncology, contributing to innovative diagnostic tools, cell-based therapies, and supportive treatment strategies.

3. Regional Leadership in Northern Iran

To establish the Center as the primary stem cell research hub in Northern Iran through concentrated expertise, advanced infrastructure, and impactful scientific output.

To achieve its strategic goals, the Center has defined measurable and performance-oriented objectives:

1. Expansion of Research Portfolio
   Increase the number of internally and externally funded research projects annually.

2. High-Impact Scholarly Output
   Achieve sustained growth in publications in Q1 and Q2 indexed international journals.

3. Postgraduate Research Development
   Facilitate structured pathways for admission, training, and supervision of high-caliber Ph.D. candidates in regenerative medicine tracks.

4. Talent Identification and Support
   Establish programs to identify and nurture outstanding scientific talent within and beyond the institution.

5. Collaboration and Networking Expansion
   Increase national and international partnerships, conferences, and formal MoUs with academic and industrial stakeholders.

6. Financial Sustainability and Grant Acquisition
   Diversify funding sources through competitive grants and strategic industrial engagement.

7. Administrative Process Optimization
   Streamline ethical review and project approval processes while maintaining strict quality assurance standards.

8. Performance Evaluation Framework
   Implement clear, quantifiable indicators for research productivity and institutional efficiency.

The Center’s operational strategy is built upon interconnected strategic pillars:

1. Research Excellence and Quality Assurance

Establish rigorous internal peer-review systems and advanced methodological training to ensure reproducibility, transparency, and international competitiveness.

2. Investigator Development and Support

Provide protected research time, mentorship pathways, and targeted resource allocation for distinguished and emerging researchers.

3. Industry Engagement and Technology Transfer

Develop structured outreach to pharmaceutical, biotechnology, and medical device industries to promote collaborative innovation and commercialization.

4. National and International Collaboration

Forge reciprocal partnerships with leading global institutions to facilitate joint projects, shared infrastructure, and knowledge exchange.

5. Stem Cell Technology Development

Advance proprietary expertise in:

• Cell isolation and expansion

• Directed differentiation protocols

• Quality control and GMP-compliant processing

• Clinical readiness validation

6. Establishment of Specialized Stem Cell Banks

Develop and operate advanced biological repositories, including:

• Umbilical Cord Blood and Tissue Banking
  For hematopoietic and mesenchymal stem cell harvesting and cryopreservation.

• Bone Marrow Banking Units
  For autologous and allogeneic transplantation material processing and storage.

7. Commercialization Framework

Create structured technology transfer pathways to translate laboratory discoveries into market-ready biomedical products.

8. In-House Production Capabilities

Develop cost-effective production of essential laboratory reagents and specialized consumables required for stem cell culture and tissue engineering protocols.

To support advanced regenerative medicine research and clinical translation, the Center is committed to developing state-of-the-art infrastructure.

1. GMP-Compliant National Clean Room Facility

Establishment of one of the largest GMP-compliant clean rooms in the country dedicated to clinical-grade cell therapy manufacturing, adhering to ISO Class standards appropriate for sterile cell processing.

2. Advanced Stem Cell Banking Infrastructure

Highly secure cryogenic repositories including:

• Umbilical cord tissue and blood processing suites

• High-throughput bone marrow processing and storage units

• Strict chain-of-custody and quality monitoring systems

3. Cell Therapy Development Programs

Focused development of cell-based therapeutic technologies addressing major unmet clinical needs, including:

• Burn treatment using bioengineered skin substitutes

• Chronic wound therapies for non-healing ulcers

4. Advanced Analytical Platforms

Maintenance of high-level analytical capabilities such as:

• Advanced flow cytometry

• High-content imaging

• Proteomic profiling

• Cell signaling pathway analysis

• Mathematical modeling for cellular response and potency validation

These capabilities ensure scientific rigor and GMP-level quality control in cell-based product development.

Director: Dr. Majid Salehi

Dr. Salehi holds a Ph.D. in Tissue Engineering from Tehran University of Medical Sciences and currently serves as an Associated Professor at Shahroud University of Medical Sciences.

His leadership emphasizes translational research, ethical governance, industrial collaboration, and sustainable infrastructure development in regenerative medicine.

Email: salehi.m@shmu.ac.ir
Tel: +98-23-32395054 (Ext. 517)