Research Grant Program

For more than 55 years, the Children’s Leukemia Research Association has been on the leading edge of blood cancer research. Each year our Medical Advisory Committee of internationally known hematologists reviews research proposals from doctors nationwide. To date, we have supported more than 550 researchers with more than $5,000,000 of grant money to support the most promising blood cancer research that is not duplicated elsewhere.

Our Research Mission

The research mission of CLRA is to support researchers by carefully reviewing proposals and awarding grant money for leading edge projects. All grants are funded through the financial support of our donors.

We hope that through research, we can find new ways to treat patients and get closer to a cure. And we are.

In the 1940s and 1950s, leukemia was not curable for children. Today, doctors are now able to cure as many as 90% of patients with Acute Lymphocytic Leukemia (ALL). This is in part due to researchers ability to sequence DNA to understand more about how the human body works. Doctors are now able to look at cancer cells versus healthy cells, including genes that may cause cancer.

Daniel Herranz, Assistant Professor at Rutgers Cancer Institute has received research grant funding from the Children’s Leukemia Research Association. As a result, his lab has been able to model the human anatomy so they can study leukemia-related tumors and identify novel therapies.

Dr. Kimberly Stegmaier of the Dana-Farber Cancer Institute has received special grants totaling more than $550,000 from CLRA in order to ascertain the answers to the question why some children do not remain in remission.  Her life-changing work focuses on targeted therapies for Acute Myeloid Leukemias. 

Now more than ever, Dr. Stegmaier and her team are getting the best treatments for children that need them as quickly as possible.

Dr. David Reisman, Ph.D., and Michael J. Mungo, Distinguished Professor and Director of Graduate Studies at the University of South Carolina received a grant from CLRA that supports their Acute Myeloid Leukemia (AML) research. Their goal is to deepen the understanding of the role of a novel non-coding RNA molecule called IncRNA that impacts the development of AML.

CLRA Research Grant Application Process

Applications must be completed on our online portal and are due by June 30th every year.

FAQs

Get the answers to all your questions about CLRA’s Research Grant application process, paving the way for groundbreaking initiatives in the fight against blood cancers.

Applications are due by June 30th.

Final review occurs at the board meeting in early December.  Projects can start January 1st.

Grants are awarded for a total of $30,000.  Upon approval, the first payment of $15,000 will be   made in January.  The second payment of $15,000 will be made in July pending receipt of a mid-term report.

Historically, grants have been awarded to the most promising projects investigating the causes and finding a cure for leukemia (blood cancer).  Projects should not be funded by other sources but can build on prior work and be exploratory in nature. 

Mid-term reports must be submitted by June 30th . Mid-term reports should include an updated financial report including the original budget as presented vs. actual expenditures to date.
A final report is due at the conclusion of the project. Final reports should include a summary of results and a final financial report.
Extensions to reporting requirements may be granted depending on circumstances.

To be considered for a CLRA research grant, the research is to be based within the U.S.

Our Stories Illustrate the Impact

Research grant recipient, Dr. Zakrzewski an Associate Member of the Center for Discovery and Innovation and a Pediatric Stem Cell Transplant Attending Physician at Hackensack University Medical Center was interviewed recently. Dr. Zakrzewski said, “CLRA has really helped us to speed things up in 2022.” Watch the complete interview.

 -Dr. Zakrzewski, Research Grant Recipient

There are many options available but when a patient with leukemia relapses, as 20-30% do, there aren’t a lot of therapies available. We need to do better. With the grant from the Children’s Leukemia Research Association, our lab was able to research and identify a novel targeted therapy for leukemia. Our lab is able to model the human anatomy so that we can study leukemia-related tumors.”

Daniel Herranz, Assistant Professor at Rutgers Cancer Institute
is focused on finding novel therapies for blood cancers.

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