On #WorldCancerDay, we stand with researchers, healthcare professionals, and patients worldwide in the fight against cancer. Through innovative research in actinic keratosis, we aim to contribute to prevention and treatment strategies that reduce the burden of skin cancer

RT @MSCActions: Registrations for #ScienceIsWonderful 2025 are open! 🎉. 📅 13–14 March 2025.📍 Africa Museum, Tervuren 🇧🇪🇪🇺. Join us for our….

📧 Connect with Aminur: Want to collaborate? Reach out to him for opportunities at: 📧Aminur.Rashid@uantwerpen.be🔗

🌍 Fun Fact:.Originally from India, Aminur’s academic journey has taken him from Italy to Belgium, driven by his passion for science and discovery.

✨ Motivation:.“Plasma technology offers a minimally invasive approach with the potential to revolutionize cancer and skin disease treatment, which is incredibly exciting. Knowing my research could make a real difference in healthcare keeps me motivated every day.”.

💡 Expected Impact:.Aminur’s work could provide critical insights into the mechanisms of gas plasma therapy, helping to establish it as a potential treatment for AK and potentially broader applications in immuno-oncology.

🧪 Research Goals: .Aminur aims to understand how plasma can induce immunogenic cell death in AK cells and potentially stimulate immune activation. Aminur is also investigating the combined effects of plasma treatment with standard AK therapies.

🔬 Introducing Aminur📷 our final Doctoral Candidate at @UAntwerpen. Aminur's research project centers on the immunobiology of actinic keratosis (AK) following gas plasma treatment. #PlasmaMedicine #ResearchSpotlight #PlasmACT

📧 Connect with Mac: Want to collaborate? Reach out to him for opportunities at: 🔗

✨ Motivation:.“I have always been drawn towards understanding life at a molecular level, and I think computational tools are the best way to unravel life in detail.”.

💡 Expected Impact:.Mac's research aims to create a fundamental understanding at the atomic level of the mechanisms of RONS. This should help other scientists to make choices to effectively use RONS for medicinal applications.

🧪 Research Goals:.Mac's goal is to understand the effect of reactive oxygen and nitrogen species (RONS) on biological targets (e.g. proteins) using chemical modelling, as well as providing insights on the permeability of different RONS into the skin.

🔬 Introducing Mac 📷 Doctoral Candidate at @UAntwerpen. Mac's research project centers on modeling the interaction of plasma species with biomolecules #PlasmaMedicine #ResearchSpotlight #PlasmACT

📧 Connect with Agnieszka: Want to collaborate? Reach out to her for opportunities at: 📧agnieszka.ossowska@med.uni-rostock.de 🔗

✨ Motivation:."My undergraduate studies sparked a strong interest in molecular biology and dermatology, leading me to PlasmACT. Knowing that my work could directly advance medical innovation is inspiring. ".

💡 Expected Impact:.If successful, Agnieszka’s research could serve as a foundation for future clinical trials and eventually integrate plasma-based solutions into standard dermato-oncology care.

🧪 Research Goals:.Her goal is to pave the way for plasma multi-jet technology in routine clinical settings, with a focus on preventing skin cancer by treating AK safely and effectively.

🔬 Introducing Agnieszka 📷 Doctoral Candidate at.University Medical Center Rostock. Agnieszka's research project centers on testing the safety and efficacy of an innovative plasma jet developed within PlasmACT. #PlasmaMedicine #ResearchSpotlight #PlasmACT

📧 Connect with Sidharth: Want to collaborate? Reach out to him for opportunities at: s.sidharth@tue.nl.

📸 Fun Fact:.Sidharth likes to swim and play badminton. As well as this, he is a "social being" and loves to connect with people!.