Promotie onderzoek

1. Stress-relieving: 3D printing personalized cortisol for patients with adrenal insufficiency
2. A novel delayed release hydrocortison formulation for patients with adrenal insufficiency
3. Feasibility study of 10 mg 3D printed systained release hydrocortisone 
4. Feasibility study of 3D printed delayed release hydrocortisone 
5. RCT of novel 3D printed hydrocortisone vs standard of care in adrenal insufficiency 

Hospital expenditure of expensive drugs increases yearly. In addition, shortages are becoming more common. To assure access to healthcare and treatment in the future, sustainable use of expensive drugs is very important. This research aims to optimize treatment with regard to efficacy and safety, while aiming to reduce drug costs. 
 

To determine the need for repeated booster vaccinations in healthy individuals and to aid policymakers in future public health interventions for COVID-19. Gain insight into the immunogenicity of the additional bivalent booster vaccination in a representative sample of the healthy Dutch population. We aim to investigate three main topics: 
i) immunogenicity of bivalent vaccines after priming with adenovirus- or mRNA-based vaccines, 
ii) immunological recall responses and reactivity with relevant variants after booster vaccination, and 
iii) the necessity of booster vaccinations for the healthy population in the future.
 

The aim of this project is to explore the 3D printing of peadiatric medicines. 3D printing technology enables the creation of medications with a wide range of dosages, shapes, flavors, and drug combinations, all customized to meet the unique needs of individual patients and specific disease conditions. Once the optimal formulations have been developed, the 3D printed medicines will undergo clinical trials for testing. 

The aim is to present current and new strategies university hospitals can undertake to contain costs of expensive drugs using a drug life cycle approach.
 

We will study compounding medication by 3D printing technology. In this way personalized medication will become more accessable. 
First formulation studies will be executed in order to provide a stable production process. After which, the use of 3D printing will be introduced in the clinical setting. Finally, the printed medication will be tested by a clinical trial.
 

We aim to develop methods to radiolabel orally inhaled drug products, allowing us to more accurately determine lung deposition through imaging techniques.