Microfluidic nanomedicine for pulmonary drug delivery

Using Cyclosporine A as a model compound, we demonstrate the potential of this platform for delivering challenging therapeutic molecules.

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3D-Printed Dissolving Microneedles for Skin Cancer Therapy
Biphasic co-delivery of curcumin and 5-FU using 3D-printed dissolving microneedles for enhanced skin cancer treatment and localised drug delivery.

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Advanced Drug Delivery and Pharmaceutical Manufacturing

Explore our latest publications in advanced drug delivery, pharmaceutical technologies, microfluidics, biofabrication and personalised medicines.

Research from Lamprou Lab has been featured by leading international media and industry outlets including BBC News, New Scientist, Popular Science, Smithsonian Magazine, ITV News, Belfast Live, ScienceDaily, Cambridge Network, BioProcess Online, GEN and 3D Printing Industry. Coverage has highlighted advances in drug delivery, pharmaceutical 3D printing, biofabrication, microfluidics, nanomedicine, wound healing and personalised healthcare.

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Examples:

Innovative 3D-Printed Patch Could Improve Skin Cancer Treatment

First of its kind 3D printed cacao-based health supplement helps boost immune system

​3D printed innovative bandage for diabetic foot ulcers (DFU) treatment

​4D printed implants for efficient breast cancer management

​3D treatment that could revolutionise diabetes treatment

​3D Printing Sees COVID-19-Induced Boost for Formulations

​Amphibian foam used for drug delivery for first time

​Microfluidics offers easier and faster manufacturing of nanomedicines

​Queen’s University Belfast provides NHS with protective facemasks

​Research could signal safer generation of mesh implants

Nanomedicines' impact on patients under the microscope

Media coverage highlighting the personal journey behind academic research and the challenges, resilience, and determination that often underpin scientific careers.

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"I put my dreams on hold but dad's life-changing accident inspired my return to university" Dr Milliken, Read the Full Story

Internationally Recognised Leaders in Pharmaceutical 3D Printing, Drug Delivery and Microfluidics Research

Lamprou Lab has received international recognition for pioneering contributions to pharmaceutical 3D printing, advanced drug delivery, microfluidics, biofabrication and pharmaceutical manufacturing.

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World Top 2% Researcher Recognition

Continued international recognition for research excellence and scientific impact.

🏆  World Top 2% Scientist Recognition

Professor Dimitrios Lamprou has been recognised among the world's most influential researchers, reflecting sustained contributions to pharmaceutical sciences, drug delivery and advanced manufacturing.

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🎓 Doctor Honoris Causa Award

Professor Dimitrios Lamprou was awarded an Honorary Doctorate (Doctor Honoris Causa) in recognition of his outstanding contributions to science, innovation and education.

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🍫 3D-Printed Cacao Health Supplement

Researchers developed a novel 3D-printed cacao-based supplement designed to support immune health and personalised nutrition.

Innovative 3D-Printed Patch Could Improve Skin Cancer Treatment

Development of an innovative dissolvable 3D-printed microneedle patch designed to improve the treatment of localised skin cancer. 

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3D-Printed Bandage for Diabetic Foot Ulcers

Development of an advanced drug-delivering bandage designed to improve treatment outcomes for diabetic foot ulcer patients.

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4D-Printed Breast Implants for Cancer Reconstruction

Innovative 4D-printing technologies enabling next-generation personalised implant design for cancer patients.

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3D Bioprinted Wound-Healing Patches

Novel wound-healing patches combining biofabrication and drug delivery technologies to improve patient care.

Talking Science with Professor Dimitrios Lamprou

A discussion covering innovation, pharmaceutical technologies, research impact and future healthcare solutions.

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Microfluidics for Drug & Vaccine Delivery

Exploring the role of microfluidics in next-generation pharmaceutical development.

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Emerging Technologies in Protein & Peptide Delivery

Insights into future drug delivery technologies and therapeutic innovation.