This family protocol summary provides a general overview of the Children's Oncology Group (COG) study AAML1031. It tells who is eligible and gives basic information about the study. More details about the study are in the consent form. You can get this from your oncologist.
AAML1031 is a Phase III clinical trial. A trial is another word for a study. This study (clinical trial) is a therapeutic clinical trial. That means it is done to learn more about how well treatments work and the side effects of the treatments. The purpose of a Phase III trial is to learn if a new treatment that is known to work in treating a type of cancer is better in some way than the standard treatment. For example, does it have better cure rates, longer control of disease, fewer or less serious side effects, or fewer days in the hospital?
AAML1031 compares three treatments. These treatments are called study arms. Usually, one study arm is the standard or the best proven current treatment. The other study arms have some changes or additions. The new treatment is thought to be at least as good as the standard treatment. It is not known if the new treatment will be better than the standard treatment.
In a Phase III trial, each child is assigned to a study arm by a method called randomization. This is a process like flipping a coin that assures that each child has a fair and equal chance of being assigned to any of the study arms. That way, the study arms can be compared fairly.
In most clinical trials, we will not know which treatment is better until all of the children taking part in the trial have completed treatment and have been followed for several years. If one of the treatments is found to be better or safer than the others while the trial is still on-going, the trial will be stopped. All children still in the trial will be given the treatment with the best results when possible.
It is important to understand that participating in a clinical trial is entirely voluntary. The decision about whether or not to participate will not affect the care provided by the health care team in any way. You can find additional information about participation in clinical trials at www.childrensoncologygroup.org Always discuss any questions that you may have with your health care team.
A Phase III Randomized Trial for Patients with de novo AML using Bortezomib and Sorafenib for Patients with High Allelic Ratio FLT3/ITD
Study Opening Date
AAML1031 opened on 6/20/2011. The AAML1031 committee hopes to enroll 1250 patients. It is expected that this study will remain open through 2015.
General Patient Eligibility
- Age: 30 years old or younger
- Diagnosis: Newly diagnosed acute myeloid leukemia
- Patients with Down syndrome are not eligible for this study
Please consult your doctor to determine whether your child may participate in this study.
General Background and Study Goal
Nearly 500 children are diagnosed with AML every year and more than half can be cured with standard therapy. In other words, more than half of the children, adolescents and young adults diagnosed with AML remain with no signs of cancer (in remission) for 5 years. The overall goal of this study is to see if the cure rate can be increased without causing more serious side effects from therapy. Side effects are unintended and unwanted results of treatment.
Researchers want to know if the addition of a drug called bortezomib to the standard chemotherapy, can improve the cure rate for AML. Bortezomib has been studied in adults with AML in combination with standard chemotherapy drugs. It has also been studied in small groups of pediatric patients.
FLT3 is a gene that plays an important role in the normal process of making blood cells. The FLT3 gene is called wild-type FLT3 when there is no abnormal change (mutation) in the structure of the gene. The FLT3 gene is called mutant FLT3 when there is an abnormal change (mutation) in the structure of the gene. This abnormal change allows cancer cells to grow. Patients with more mutant FLT3 than wild-type FLT3 in their cancer cells (i.e. high amounts of FLT3 gene mutation) don't respond as well to standard chemotherapy treatment. Sorafenib is a drug that has been shown to block the abnormal function of the FLT3 gene that makes cancer cells grow. AAML1031 will study if the addition of Sorafenib to chemotherapy is effective treatment for patients with high-risk AML due to the FLT3 gene mutation in their leukemia cells.
Sorafenib has been studied in adults with AML in combination with standard chemotherapy. These studies determined the dose of sorafenib that can safely be given to adults. In these studies, the addition of sorafenib to standard chemotherapy increased the number of adults with AML who went into remission. Sorafenib has also been studied in small groups of pediatric patients. These studies found the dose of sorafenib that can be given safely to children. The starting dose of sorafenib on this study is based on results from a pediatric study that combined sorafenib with standard AML chemotherapy.
In this study, researchers hope to learn the significance of very small amounts of leukemia, called minimal residual disease or MRD. MRD is a laboratory measurement that is able to detect very small amounts of leukemia cells in the blood or bone marrow.
In this study the researchers also want to learn more about how treatment for AML affects the quality of life for patients. The researchers would also like to learn more about the stress experienced by parents whose children are undergoing treatment for AML.
In summary the main goals of this study are:
For subjects without high amounts of the FLT3 gene mutation:
1. To see if an investigational drug, called bortezomib, is tolerated when added to the standard AML treatment without causing too many serious side effects. **
2. To compare the effects, good or bad, of adding bortezomib to the standard AML treatment to find out which is better. **
For subjects with high amounts of the FLT3 gene mutation:
3. To determine the dose of sorafenib that can be safely given with the standard AML treatment.
4. To compare the effects, good and/or bad, of adding sorafenib to standard AML treatment to find out which is better.
5. To determine how effective the combination of sorafenib and chemotherapy will be at killing cancer cells.
Other goals are:
6. To study quality of life and parental stress of subjects who receive a stem cell transplant to subjects who are treated with chemotherapy.
7. To understand the biology of AML better with the optional biology tests.
8. To compare any changes in heart function with or without treatment with a drug called dexrazoxane. Dexrazoxane is a drug that is sometimes given to protect the heart from the effects of certain chemotherapy drugs.
Summary of the Treatment
The treatment plan involves cancer fighting medicine called chemotherapy. The treatment on this clinical trial takes about 6 to 8 months. It is divided into 4 stages: Induction I, Induction II, Intensification I, and Intensification II. Depending on the disease risk group, patients may receive a stem cell transplant instead of Intensification II. Details about the individual drugs and the treatment schedule are discussed in the informed consent document.
Patients participating in the study will get 1 of 3 treatment plans. The 3 treatment plans are called:
Arm A - Standard chemotherapy
Arm B - Standard chemotherapy plus bortezomib **
Arm C - Standard chemotherapy plus sorafenib *** (only for subjects with high amounts of the FLT3 gene mutation).
Random Assignment to Arm A or Arm B
Patients will be assigned to either Arm A, the current standard therapy, or Arm B, which is considered the experimental arm. Arm B uses the current standard therapy in combination with bortezomib.
** On March 14, 2016, Arm B was closed to further patient entry. This was done because we could not show that bortezomib helped and because bortezomib did increase some side effects. The study team made the recommendation that children assigned to receive bortezomib no longer receive this drug and continue with treatment with standard chemotherapy only, which is Arm A on this study.
Assignment to Arm C
At the beginning of the study subjects will be tested for the FLT3 gene mutation. If the test results show high amounts of the FLT3 gene mutation, subjects will have the option to change treatment during Induction I and continue with standard chemotherapy plus sorafenib on treatment Arm C.
***On April 29, 2015 Arm C was temporarily suspended to new patient enrollment due to a concern that there may be a higher chance of injury to the heart when sorafenib is given at the same time as chemotherapy.
***On August 18, 2015 Arm C was reopened to patient enrollment. The sorafenib schedule was changed so that it is not given at the same time as chemotherapy. More frequent examinations of heart function will also be performed while patients are receiving sorafenib.
Another goal of the study is to better understand the biology of AML. Briefly, the study doctors want to test blood or bone marrow for certain genetic changes (called genetic markers) in leukemia cells. These tests are optional and will be done only if you agree. The optional biology tests are explained in detail in the consent.
Risks and Side Effects
Chemotherapy can cause side effects during and after treatment. All patients will be closely monitored for possible side effects of the medicines. All risks and side effects will be explained by your treatment team during the consent process. They can answer any questions that you may have about giving permission for your child to be in the clinical trial or other aspects of care. Please refer to the consent form for a detailed explanation of the side effects associated with the treatment on this study
Your child's oncologist and nurses are the best sources for further information.
Richard Aplenc, MD, PhD
Children's Hospital of Philadelphia
Family Protocol Summary Review/Approvals
FAMILY PROTOCOL SUMMARY REVIEW/APPROVALS
|Written by||Lisa Bayer||September 29, 2015|
|Reviewed/approved by (PI)||Richard Aplenc, MD, PhD||October 4, 2015|
|Reviewed and updated by||Marcia Leonard||March 21, 2016|