@ursulavanduin@BasSmit1 Wat bijzonder en sterk dat Juul mooie armbandjes maakt om de kinderen in ons centrum te helpen. Hier zijn we enorm dankbaar voor. We wensen Juul heel veel sterkte, wat een gemis 🧡🧡🧡
Meet Ryan (8). He has bone cancer and knows more than you'd ever wish for a child. His story highlights the complexity and impact of childhood cancer treatment. This must be improved. Read more about our campaign on https://t.co/iMJiSqmQiQ #CCAM
Researchers from the Máxima have found a possible new treatment for atypical teratoid rhabdoid tumors (ATRT) in the brain. Lab research with new research models is promising. Read: https://t.co/mmQOvUFRBs
The spatial organization of immune cells in the bone marrow in children with acute myeloid leukemia (AML) has been mapped for the first time. Nearly one in three children with AML has many immune cells in the bone marrow. Read: https://t.co/DrAc6R2Mok
New insights into T-ALL from the Princess Máxima Center! Researchers reveal how T-cell acute lymphoblastic leukemia develops, leading to targeted treatments for children. Vera Poort: "This is key to understanding the disease." https://t.co/XhIzrli724 #ChildhoodCancer#Research
Great news! In children with a KMT2A abnormality, leukemia cells appear to respond to treatment with a menin inhibitor. Previously, 1 in 10 children with relapsed or resistant acute KMT2A leukemia went into remission. Now almost 1 in 4. Read: https://t.co/KegL8RamP9
@Stg_Roparun We zijn jullie en de deelnemers van Roparun erg dankbaar voor deze geweldige bijdrage en de eerdere steun die jullie hebben gegeven aan het Prinses Máxima Centrum.
🔬 Cause of leukemia after cancer treatment discovered! Researchers at the Máxima Center found how chemotherapy causes genetic changes leading to leukemia in some children. This helps to better understand, monitor, and prevent secondary cancers. https://t.co/qL3cRIESsn
Researchers at the Máxima developed a system using organoids to test dyes for fluorescence-guided surgery, to enhance precision and reducing damage to healthy tissue. This innovation boosts surgery accuracy for both child and adult cancers.
🔗 Read: https://t.co/H0HKpy4aCt
Dr. Lideke van der Steeg at the Princess Máxima Center gets €600K from @KWF to develop 3D models for precise surgeries on kids with hard-to-find tumors. This tech aims to make operations faster, safer, and easier, improving recovery and quality of life. https://t.co/uKN11fWklW
🌟 Proud of Astrid van Barneveld! She wins the Conquer Cancer Merit Award for her research into process mining in paediatric oncology. 👏🎉 Read more: https://t.co/IgjGEv3Clg #ASCO#ConquerCancer
🌟 Trots op onderzoek Astrid van Barneveld! Ze wint de Conquer Cancer Merit Award voor haar onderzoek in naar process mining in de kinderoncologie. 👏🎉 Lees meer: https://t.co/Omq2NjwBTs #ASCO#ConquerCancer
🔬 A new 3D model aids surgeons in operating on children with kidney cancer at the Princess Máxima Center. This technology allows for more precise and safer surgeries.🎗️⚕️ https://t.co/UNPdjRg2zW
Researchers have found the most common cause of recurrent T-LBL. These NOTCH1 gene fusions are linked to increased CCL17 levels in the blood and can be used as a biomarker for HR T-LBL. This brings personalized treatment one step closer. https://t.co/SZAndAB8Uf
Is it possible to determine the type of kidney tumor from MRI scans? Soon to be PhD Justine van der Beek investigated this question. She also looked at how this could help to provide the child after the MRI scan with the most appropriate treatment. https://t.co/VviLPMKDXJ