RESEARCH THEMES
Discover the Future of Pharmaceutical Innovation: Lamprou Lab Research Themes
At Lamprou Lab, we’re redefining the boundaries of pharmaceutical science and medical device engineering. Our multidisciplinary team leverages the latest in nano- and microfabrication to create solutions that transform patient care and advance global health.
Why Choose Lamprou Lab?
• World-Class Expertise: Internationally recognized for pioneering work in printing, bioprinting, and microfluidics.
• Personalized Research Opportunities: From PhD projects to industry collaborations, we offer tailored pathways for aspiring scientists and partners.
• Impactful Outcomes: Our technologies address real-world challenges in healthcare, from cancer management to chronic disease diagnostics.
1. Personalised Drug Delivery & Implantable Therapies:
Designing patient‑specific treatments for chronic and complex diseases
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We develop personalised drug delivery systems and implantable medical devices that improve therapeutic efficacy, patient adherence, and safety. Our research addresses unmet clinical needs in cancer, cardiovascular disease, diabetes, neurological disorders, and chronic inflammation.
Key research topics include:
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Long‑acting injectable and implantable drug delivery systems
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Personalised oral dosage forms and transdermal patches
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Microneedle systems for painless vaccination and biologics delivery
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Smart implants with controlled, stimuli‑responsive drug release
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Patient‑tailored medical devices and resorbable implants
2. Regenerative Medicine and Bioprinted Therapeutic Constructs: Restoring and repairing tissues through advanced biofabrication
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Our research focuses on the development of bioprinted constructs and biomaterials that support tissue regeneration and healing. We work at the interface of pharmaceutics, biomaterials science, and regenerative medicine to create clinically relevant solutions.
Key research topics include:
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Bioprinted scaffolds for tissue regeneration
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Cardiac patches and vascular grafts
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Wound‑healing systems and bioactive dressings
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Drug‑eluting biomaterials for regenerative therapies
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Translational pathways for bioprinted medical products
3. Nanomedicine and Advanced Therapeutic Systems:
Engineering nanoscale solutions for targeted and combination therapies
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We design nanomedicines and micro‑scale delivery systems that enable precise targeting, controlled release, and multifunctional therapeutic action. Our work supports both therapeutic and diagnostic (theranostic) applications.
Key research topics include:
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Nanoparticles for targeted drug delivery and imaging
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Hybrid nanocarriers for combination therapies
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Long‑acting nanomedicines and depot formulations
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Nanofiber‑based drug delivery platforms
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Translation and reproducibility in nanomedicine manufacturing
4. Next Generation Diagnostics and Lab on a Chip Systems:
Enabling rapid, personalised, and point of care healthcare
We develop miniaturised diagnostic platforms that support rapid decision‑making, personalised treatment strategies, and decentralised healthcare delivery.
Key research topics include:
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Lab‑on‑a‑chip systems for drug screening and diagnostics
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Organ‑on‑a‑chip platforms for preclinical testing
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Point‑of‑care diagnostic devices for chronic disease management
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Microphysiological systems for personalised medicine
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Integration of diagnostics into clinical and hospital workflows
5. Sustainable and Responsible Pharmaceutical Manufacturing: Redefining how medicines and medical devices are made
Sustainability is embedded across our research themes. We focus on greener, more efficient, and responsible manufacturing approaches aligned with regulatory expectations and future healthcare systems.
Key research topics include:
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Sustainable pharmaceutical and medical device manufacturing
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Reduction of waste, solvents, and energy consumption
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Green materials and eco‑friendly formulations
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Scalable manufacturing for advanced therapies
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Regulatory science, standards (ISO), and quality‑by‑design
6. Translation, Regulation, and Industry Ready Innovation:
Bridging discovery, regulation, and real world impact
A defining strength of Lamprou Lab is the translation of research into practice. We actively integrate regulatory science, IP, standards, and industry engagement into our research programmes.
Key research topics include:
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Regulatory pathways for advanced drug delivery and bioprinting
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Standards and quality frameworks for emerging technologies
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Industry‑academia co‑development
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IP generation and commercialisation strategies
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Hospital integration and clinical translation
If you want to learn more about our research, please don’t hesitate to get in touch.