Congrats Monica, Judith and team! We were so glad to contribute to this work, which has wide-reaching implications for how we treat cancers. Looking forward to continuing the collaboration and overcoming this resistance.
Metastasis kills most cancer patients and grows from invisible seeds. How do these seeds escape from attack by immune cells? These seeds harness stress hormones!🤯
thanks to @nyscf @parkerici for their support. Today at @Nature https://t.co/rMKnHEqQwb
My daughter is in an MSTP program, so I hear about the challenges firsthand: the long hours,
the uncertainty, the pressure.
To all our early career scientists, I want you to know that what you're doing matters. Your perseverance today becomes tomorrow's treatments. Keep going.
If you are interested in pursing a PhD in precision medicine in my lab (https://t.co/BV72RAPEEY) & you meet one of the following conditions: completed undergraduate studies, master within the European Higher Education Area & are admitted to a doctoral program in Catalonia, DM me
We had the zest time at tonight's #LemonBall!💛🍋💃
To everyone who attended, we cannot thank you enough for making this Lemon Ball extra sweet. Thank you for all that you have done and continue to do for kids with cancer. Special thanks to our outstanding presenting sponsors ALDI USA, Applebee's Neighborhood Grill + Bar, Northwestern Mutual and Volvo Car USA, and all the Lemon Ball sponsors, benefactors, supporters, volunteers and friends who made this night possible.
Let's keep making progress for children with cancer all year long!🎉
I am sharing a quick update for those who may not have seen this yet. As of 9/29/25, I have had the honor of serving as Director of the National Cancer Institute. I will be sharing updates on cancer research progress from @NCIDirector. Feel free to follow me there.
Clear, trustworthy information is essential during a cancer journey. If you or someone you care for has questions about cancer or cancer care, @theNCI’s Cancer Information Service can help. Call 1-800-4-CANCER or visit https://t.co/QPovDN0aUY
➡️Join our upcoming BCDI discussions on #celldeath as a modulator of intestinal inflammation from Pedro Saavedra @Northeastern and blocking ferroptosis to prevent pancreatitis from Zhe Cao from @HarvardChanSPH!
Monday January 5th at 3PM @harvardmed. https://t.co/uOJiL148QG
➡️Join our upcoming BCDI discussions on the role of ferroptosis in autism led by Sundari Chetty @harvardstemcell and targeting apoptosis to overcome cancer chemoresistance led by Xingping Qin @HarvardChanSPH
Monday December 1st at 3PM @harvardmed Quad. https://t.co/uOJiL148QG
The 2025 Young Investigator Summit brought childhood cancer researchers together to discuss the future of their work in a changing landscape. These Alex's Lemonade Stand Foundation-funded scientists receive YI Grants early in their careers, a critical time to establish research projects that will hopefully lead to more cures for kids in the long term.
Thanks to all researchers and staff who attended and to @NM_Financial for sponsoring this year's YI Summit!
➡️Join our next BCDI meeting for exciting discussions on immune-competent organoid brain tumor models from Xin Tang @BostonChildrens and immune suppression in ovarian tumorigenesis from @TanjinaKader@harvardmed! Monday Sept 8th at 3PM @ Harvard Med Quad. https://t.co/uOJiL148QG
We want YOU 🫵 to join The Million Mile Challenge to help kids with cancer! Every September for Childhood Cancer Awareness Month, thousands of supporters walk, run, and cycle to help reach our collective goal of moving a million miles and raising millions for childhood cancer research.
YOU have the power to make a difference. Register for free and challenge your friends and family to join your team> https://t.co/dpjfOr9i2Y
📢Informative #radbio review in @IJROBP ⚠️
MYC is an enigmatic oncogene impacting #radiotherapy responses in complex ways. This work focuses on novel approaches for MYC inhibitors.
@sueyom@CellDeathLab
https://t.co/xe5AwLjBHg
Herculean effort from @deadoc80 and team to COMPREHENSIVELY review how #caspases promote or suppress inflammatory signaling. Recent discoveries show that caspase signaling, and ultimately organismal responses, are nuanced and context-dependent. #apoptosis#inflammation