About NBRL

Nanomedicine and Bioengineering Research Laboratory

The Nanomedicine and Bioengineering Research Laboratory (NBRL) is an interdisciplinary research laboratory in the Department of Pharmacy at Indira Gandhi National Tribal University, Amarkantak, Madhya Pradesh, India.

NBRL conducts research at the interface of pharmaceutical sciences, nanotechnology, biomaterials, and bioengineering. The laboratory focuses on the rational design, development, optimization, and evaluation of advanced drug-delivery systems intended to address limitations associated with conventional pharmaceutical formulations.

Our research seeks to improve the solubility, stability, bioavailability, site-specific delivery, therapeutic performance, and safety of pharmaceutical and bioactive compounds.

Our Mission

Our mission is to advance pharmaceutical and biomedical research through the development of scientifically robust, reproducible, and therapeutically relevant drug-delivery systems.

The laboratory aims to:

• Develop innovative nanocarrier-based therapeutic delivery platforms

• Apply systematic formulation-development approaches

• Investigate targeted, controlled, and site-specific drug delivery

• Integrate pharmaceutical sciences with biomaterials and bioengineering

• Train students in experimental design, analytical methods, and research ethics

• Promote interdisciplinary and collaborative research

• Contribute to the translation of laboratory findings into practical pharmaceutical applications

Our Vision

Our vision is to establish NBRL as a collaborative centre for research and training in nanomedicine, pharmaceutical technology, advanced drug delivery, and biomedical materials.

We seek to generate research that is methodologically rigorous, clinically relevant, and responsive to emerging challenges in healthcare and pharmaceutical development.

Research Focus

The laboratory’s principal research areas include:

• Nanomedicine

• Targeted and controlled drug delivery

• Polymeric nanoparticles

• Lipid-based nanocarriers

• Nanoemulsions and vesicular systems

• Nose-to-brain drug delivery

• Ocular drug delivery

• Nanophytomedicine

• Nanotheranostics

• Biomaterials and nanocomposites

• Quality by Design-based formulation development

• Physicochemical characterization of pharmaceutical systems

Our Research Approach

NBRL follows an integrated research workflow that combines theoretical understanding with experimental validation.

A typical project may involve:

1. Identification of an unmet formulation or delivery problem

2. Literature review and formulation of the research hypothesis

3. Preformulation and compatibility studies

4. Selection of suitable materials and manufacturing methods

5. Risk assessment and Design of Experiments

6. Preparation and optimization of the delivery system

7. Physicochemical and analytical characterization

8. In vitro drug-release or permeation studies

9. Biological evaluation, where applicable

10. Stability assessment

11. Statistical analysis and interpretation

12. Documentation, publication, and further translational evaluation

Quality by Design

The laboratory applies Quality by Design principles to improve formulation understanding, process robustness, and experimental reproducibility.

This approach may include:

• Definition of the Quality Target Product Profile

• Identification of Critical Quality Attributes

• Assessment of Critical Material Attributes

• Identification of Critical Process Parameters

• Risk-based experimental planning

• Statistical optimization

• Establishment of an appropriate control strategy

Research Training

NBRL provides research training to postgraduate students, doctoral scholars, project personnel, and visiting researchers, subject to institutional regulations and laboratory capacity.

Training may include:

• Scientific literature review

• Research-question development

• Experimental planning

• Laboratory documentation

• Pharmaceutical formulation techniques

• Instrumental characterization

• Statistical analysis

• Scientific writing

• Research presentation

• Publication ethics

• Data integrity

• Laboratory safety

Research Integrity

NBRL is committed to responsible research conduct.

All laboratory members are expected to maintain:

• Accurate and complete experimental records

• Transparent reporting of methods and results

• Appropriate statistical analysis

• Proper attribution of authorship and contributions

• Responsible management of research data

• Compliance with ethical and institutional requirements

• Respect for intellectual property and confidentiality

• Safe and responsible laboratory practices

Collaboration

The laboratory welcomes scientifically relevant collaboration with universities, research institutions, healthcare organizations, and appropriate industrial partners.

Potential areas of collaboration include:

• Pharmaceutical nanotechnology

• Drug-delivery-system development

• Biomaterials

• Formulation optimization

• Analytical characterization

• Cellular and molecular evaluation

• Pharmacokinetic studies

• Preclinical research

• Computational and statistical modelling

• Technology development and validation

Facilities and Capabilities

The laboratory supports formulation development and physicochemical characterization of pharmaceutical and nanoscale delivery systems.

Available capabilities may include:

• Particle-size analysis

• Polydispersity measurement

• Zeta-potential analysis

• Formulation optimization

• Drug-loading and encapsulation studies

• In vitro drug-release studies

• Stability evaluation

• Pharmaceutical and biomaterial characterization

Institutional Affiliation

Nanomedicine and Bioengineering Research Laboratory
Department of Pharmacy
Indira Gandhi National Tribal University
Amarkantak, Madhya Pradesh 484887
India