Kids fight cancer all over the world — but they don’t all have the same chance for a cure. This International Childhood Cancer Day, learn more about the global problem of childhood cancer and what St. Baldrick’s is doing about it, as explained by St. Baldrick’s researcher and Scientific Advisory Committee member Dr. Carlos Rodriguez-Galindo.
A child is fighting acute lymphoblastic leukemia, or ALL, in New York. Another child is fighting ALL in Guatemala City. And another in rural Uganda.
All of those kids should have the chance to live long and healthy lives and have access to the best treatments possible. But the reality is more complicated.
Taking chemo meds every single day can be tough for a kid with cancer. They might forget or just not want to take them. Unfortunately, Dr. Smita Bhatia found that not swallowing that little pill can have big consequences. Read on to learn more about this problem, its effects, and how funding from St. Baldrick’s is helping.
Dr. Smita Bhatia is a pediatric oncologist who wants to keep her patients healthy by helping them stick to their chemo regimen.
For kids with acute lymphoblastic leukemia (ALL), having to take their chemo meds is as routine as their nightly bedtime story. That’s because for the last two years of their treatment, which is called maintenance, these children need to take their medication every single night.
But that doesn’t always happen.
St. Baldrick’s Fellow Dr. Elliot Stieglitz is a big reader, but not in the way that you might think. Over three years, he read the DNA of one hundred children with JMML, a rare leukemia, and he discovered something major. Read on to learn how his discovery could lead to better treatments for kids with this rare disease.
For St. Baldrick’s Fellow Dr. Elliot Stieglitz, being a pediatric oncologist is the perfect blend of emotional satisfaction and intellectual stimulation.
His heart is with the kids and their families, guiding them through the toughest time in their lives. His head is in the lab, trying to find better treatments for childhood cancer.
St. Baldrick’s Scholars Dr. Alex Huang and Dr. Agne Petrosiute are studying how switching off a protein could lead to new treatments and cures for kids with brain tumors. Read on for more about their unexpected discovery, its implications for immunotherapy, and why Dr. Huang compares himself to those fuzzy little bears in Star Wars.
Dr. Agne Petrosiute (left) and Dr. Alex Huang study how the immune system can be harnessed to fight pediatric brain cancer.
Dr. Alex Huang likens himself and his colleague, Dr. Agne Petrosiute, to Ewoks battling the Death Star.
“We are the Ewoks that found the controller on this planet, and all of a sudden the Death Star cannot put up the shield anymore,” he said. “And so now, Luke Skywalker can go in there and blow it up.”
It may seem like a curious explanation, but it fits.
When Honored Kid Will was 3 years old, he was diagnosed with cancer. Now, the third grader with the dimpled smile and bright eyes is healthy, thanks to a clinical trial made possible by St. Baldrick’s funding. Read on for Will’s story of survival.
NEW VIDEO: Will’s Story >
On the surface, Will looks like any other 8-year-old boy. He loves playing soccer, camping with his family, and playing with their dog, Jack. The third grader is a big fan of superheroes and is also quite the successful fisherman.
You’d never guess that most of his young life has been spent fighting cancer.
What happens when a group of experts come together to discuss developments in childhood cancer research and advocacy? Some inspiring conversations about new data, drugs and therapies, important childhood cancer legislation, and more — all to make sure we’re making the best investments with YOUR donations. Get the scoop on our 2016 Research and Advocacy Priorities Summit below.
Every couple of years, St. Baldrick’s brings together our experts to take stock of what we’re doing now, and to look to the future of childhood cancer research. We examine what we are doing well, what we can do better, and what we need to do to help kids with cancer not only survive, but thrive.
Nancy knows advocating for childhood cancer research is more than a job. For her, it’s a passion fueled by her son Scott’s leukemia diagnosis and the shocking shortage of kid-specific treatment options available to him — a topic she helped tackle in her recent work on a comprehensive childhood cancer landscape report. Read about Nancy’s journey from childhood cancer mom to advocate, and her take on the report, below.
When my son, Scott, was diagnosed with acute lymphoblastic leukemia at the age of 3, I wavered for a good three months between wanting to know everything about childhood cancer and not wanting read a single thing.
It’s that time of year again. The days are getting shorter, the leaves are falling from the trees, and there’s a new chill in the air. But don’t worry about pulling out that sweater, because we’ve got just the news to warm you right up — and you helped make it happen!
Today, we are proud to announce the 2016 St. Baldrick’s Infrastructure Grants, totaling $2.1 million awarded to 39 institutions across the United States.
Thanks to nearly a decade of St. Baldrick’s infrastructure grants, all kids treated at three of Chicago’s largest hospitals are getting access to the clinical trials they desperately need. Read on to see how this program YOU made possible is helping find cures for kids with cancer everywhere.
Dr. Mary Lou Schmidt decorates pumpkins with her patient, Isaac, and his mom. Isaac is on a clinical trial that’s part of a unique tri-institutional clinical trial program supported by St. Baldrick’s.
Clinical trials can be options for kids with cancer who have no options left. They can mean better chances at long, healthy lives with fewer side effects. They are hope for a cure for kids with cancer today, and for kids in the future.
Instead of being bound to a specific project, researchers who receive the Robert J. Arceci Innovation Award are given the resources and the freedom to go wherever their curiosity, pioneering spirit, and passion for kids’ cancer research takes them — and the newest awardee, London’s Dr. Sam Behjati, has those three characteristics in spades. Read on (and watch the video!) for more about this innovative award and its first international winner.
Where do cancer tumors come from?
That is the question that gets Dr. Sam Behjati’s gears turning. It keeps the researcher combing through genes in his lab near London. It’s the question he wants to answer to help kids with cancer.
And as the first international winner of the Robert J. Arceci Innovation Award, it’s a question Dr. Behjati can now explore freely — wherever it may take him.
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