Making Pulmonary Interventions Truly Personalized: From Treatment Development to Patient Care
By Maarten Lanclus and Antoon Dierckx
Respiratory conditions can vary significantly from one patient to another. Therefore, when developing a new respiratory treatment, it is important to obtain a deep understanding of the pathology, and the effect that your treatment has on different patients. And after obtaining market clearance, clinicians must be able to define the most effective treatment plan for each individual patient.
Are you a medical device company that is developing a novel respiratory treatment, or that has a treatment solution on the market?
In this webinar recording you will discover how data-driven technologies like artificial intelligence can help to optimize respiratory treatment protocols, resulting in better clinical trial outcomes. And how clinicians benefit from smart patient screening and 3D planning tools to better prepare for treatments and achieve more predictable results.
In this webinar, you will learn:
How advanced CT analysis techniques uncover a deeper understanding of lung pathology and disease progression to define and optimize treatment parameters for your device
How smart patient screening and 3D treatment planning can lead to more successful clinical trials, trial time reduction, and a guarantee of predictable outcomes
How to cost-effectively scale your treatment planning when going from helping one patient to millions more
This webinar is brought to you by Fluidda and Materialise, bringing together decades of expertise in advanced respiratory imaging and personalized 3D planning.
Our collaborative effort will provide you with guidance from beginning to end in your product lifecycle. Practically, this entails support from the R&D phase, tuning the medical intervention to specific pathophysiology and patient phenotypes, all the way to the clinical roll-out of personalized treatment planning for clinicians. This could reduce the time from development to roll-out in clinical practice and optimize treatment success.
PhD, CTO, Fluidda
Maarten Lanclus attained his MSc degree specializing in artificial intelligence within the biomedical space.
He then received his PhD degree, focusing on the application of AI algorithms on FLUIDDA’s Functional Respiratory Imaging technology. After managing the company’s R&D team, Maarten recently became the CTO of FLUIDDA.
In his new role, he is responsible for managing the technical department to optimize structure, workflow, and communication between the subdepartments. With his team, he focuses on strategizing future development steps and integrating them at the core of the company.
Innovation Manager - Respiratory, Materialise
Antoon Dierckx, MSc, is an Innovation Manager with Materialise Medical. In his role, Antoon explores unmet needs in respiratory healthcare and collaborates closely with clinicians and medical device companies to develop novel personalized image-based planning solutions.
Antoon obtained a Master’s Degree in Biomedical Engineering from the University of Leuven, with a focus on medical image processing.