Liesbeth Ruijgrok
Hospital Pharmacist & Assistant Professor, Erasmus MC
Liesbeth Ruijgrok is a Hospital Pharmacist and Assistant Professor that is highly motivated to improve the availability of suitable medicines for neglected patient groups. Her PhD project at Erasmus MC was about the use of inhaled amphotericin B formulations for the prevention and treatment of invasive aspergillosis. This work consisted of formulation and development of inhalable (liposomal) drugs, pre-clinical experiments and clinical trials. After her PhD and internship in Erasmus MC, she worked as a hospital pharmacist in Amsterdam UMC and Maasstad Hospital Rotterdam. Clinical pharmacy (especially oncology and pulmonology), drug manufacturing and drug development were the focus points of her work between 2004 and 2018. In 2018, she seized the opportunity to return to Erasmus MC. The innovative and research-oriented atmosphere in Erasmus MC contributed to the decision to make this switch in her career. She is Principal Investigator in the Research Pillar “Drug Innovation and Drug Development” of the Hospital Pharmacy. She is an enthusiastic collaborator in several scientific projects that concern in-academia development of drugs, varying from small molecules to cell therapy products (ATMP) and cancer vaccines. In 2019, the possibility of 3D-printing of drugs has aroused her interest. An intensive and fruitful collaboration with TNO started. The 3D-printing technology can substantially enlarge personalized treatment options since it allows for flexible and tuneable drug compounding. She is affiliated to a growing Dutch and European consortium in this field and currently supervises 4 PhD students on the topic of 3D pharmaprinting. Her ultimate goal: to bring this exciting new technology as soon as possible to the benefit of patients!
Presentation: 3D Pharmaprinting: enhancing options for personalized medicine and automated compounding
3D
pharmaprinting—the application of additive manufacturing technologies to
pharmaceuticals—has emerged as a transformative approach to personalized
medicine and automated compounding. By enabling the precise fabrication of
dosage forms with tailored drug combinations, release profiles, and shapes, 3D
printing expands the possibilities of patient-centric therapy beyond what
traditional manufacturing can achieve. Over the past decade, progress in
printable formulations, printer technologies, and regulatory pathways has
advanced the field from proof-of-concept studies to early clinical and
commercial applications. This presentation will provide an overview of the
state of 3D pharmaprinting, highlighting pioneering projects that demonstrate
its potential to address unmet medical needs, from pediatric dosing to
polypharmacy management. Key challenges—including material compatibility,
manufacturing scalability, quality assurance, and regulatory acceptance—will be
discussed, as these remain critical barriers to widespread adoption. Finally,
the talk will explore the future outlook of pharmaprinting, considering how
integration in health care institutions could reshape pharmaceutical care. By
bridging innovation with practical implementation, 3D pharmaprinting offers a
compelling pathway toward safer, more effective, and highly individualized
therapies.
Contact | Connect | ||||
Veerstraat 37 1211 HJ Hilversum Chamber of Commerce: 32110979 VAT no: NL8184.34.491.B01 |
| Register now | |||
© Copyright 2023 by Hyphen Projects | All rights reserved |