Biography & Research Profile
Official academic profile and research portfolio for Dr. John Tsado Mathew in the institutional repository.
Affiliation and appointments
Current university affiliation, previous appointments, visiting chairs, and administrative roles.
Education and qualifications
Academic degrees, diplomas, postgraduate dissertations, and professional certifications.
PhD in Analytical Chemistry
Federal University of Technology Minna, Niger State, Nigeria • Nigeria
Research expertise
Core specialisations, research areas, methodologies, and collaboration opportunities.
Application of chitosan-based composite coating when combined with antimicrobial agents with nanocompounds
Peer-reviewed articles, books, chapters, preprints, and scholarly writings.
Application of chitosan-based composite coating when combined with antimicrobial agents with nanocompounds
Authors: Mathew, J. T., Hussaini, J., Azeh, Y., Muhammad, M. M., Inobeme, A., Shaba, E. Y., Jiya, M. J., Etsuyankpa, M. A. I., Adetunji, C. O., Musa, M. B., Ismaila, S. T., Tanko, A. O., Jibrin, E. M., & Ndejiko, A. M
Vol. 1 (1) pp. 36 - CRC Press
This review investigates the synergistic potential of chitosan-based composite coatings when combined with antimicrobial agents and nanocompounds to develop advanced materials with improved functionality. Chitosan, a biopolymer derived from chitin, serves as the primary matrix for the composite coating, offering biocompatibility and film-forming properties. The antimicrobial efficacy is enhanced by incorporating antimicrobial agents known for their broad-spectrum activity against bacteria and fungi. Furthermore, the integration of nanocompounds, such as nanoparticles or nanoclays, aims to impart additional functionalities to the coating, including increased mechanical strength, barrier properties, and sustained release of antimicrobial agents. The synergistic effects of these components contribute to the development of a multifunctional coating system with enhanced antimicrobial activity and extended durability. The fabrication process involves careful optimization of the chitosan-based composite formulation to ensure homogenous dispersion of antimicrobial agents and nanocompounds. Characterization techniques, including scanning electron microscopy, X-ray diffraction, and Fourier-transform infrared spectroscopy, are employed to analyze the morphological and structural aspects of the developed composite coatings. The potential applications of these advanced coatings span various industries, including food packaging, biomedical devices, and environmental protection. The enhanced antimicrobial properties and additional functionalities make these coatings promising candidates for addressing challenges related to microbial contamination and material degradation in diverse settings. This research contributes to the advancement of sustainable and effective materials with applications in promoting public health and environmental sustainability.
Research projects
Major investigations, collaborative laboratory projects, and sponsored initiatives.
Research projects
Grants and funding
Competitive grants, donor awards, research fellowships, and industry sponsorships.
Grants and funding
Funding Body:
Other research outputs
Datasets, software codebases, patents, technical reports, and research instruments.
Other research outputs
Teaching and learning resources
Courses taught, guest lectures, courseware, and open educational resources.
Teaching and learning resources
Postgraduate supervision
MSc, MPhil, PhD research supervision records and active supervision opportunities.
STUDY OF THE MIGRATION OF SELECTED HEAVY METALS BETWEEN WRAPPING SHEETS AND FOOD PRODUCTS
Conferences, talks and presentations
Keynotes, invited lectures, oral presentations, panellist contributions, and seminar attendance.
Conferences, talks and presentations
Event: •
Awards and honours
Academic prizes, prestigious fellowships, distinguished honors, and public recognitions.
Awards and honours
Granted by:
Professional memberships and academic service
Learned societies, journal editorial appointments, examining boards, and peer review.
Member • Professional memberships and academic service
Collaborations and partnerships
Inter-institutional networks, international agreements, and industry partnerships.
Collaborations and partnerships
Partners:
Community engagement and research impact
Policy advisory, outreach, public dissemination, and societal translations of research.
Community engagement and research impact
Research identifiers and external profiles
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Contact Information
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Institutional Email jmathew@ibbu.edu.ng
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Department Chemistry
- 🕒 Profile Last Updated: Nov 13, 2026
Nexus
Standardized research profile verified by the University Academic Directorate.
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