Behavioural Intervention
AR Pain Assessment App for Pediatric Cancer
This trial will test an augmented reality tool in both English and Spanish to help Hispanic/Latino children and teens with cancer assess their pain, nausea, and vomiting after surgery. If successful, the tool
Behavioral Intervention
Internet-Based Parent-Child Interaction Therapy for Pediatric Cancer
This trial is looking to see if an online therapy program called "Internet-Based Parent Child Interaction Therapy" can help parents improve their child's behavior if the child has gone through cancer treatment. Parents will complete
Behavioural Intervention
Preventative Skin Care for Pediatric Brain Cancer
This trial tests a skin care routine for children with brain tumors undergoing cancer treatments. The routine includes gentle skin care, sun protection, and bleach baths. It aims to reduce skin problems caused by the treatments.
Popular Filters
Trials for Acute Lymphoblastic Leukemia Patients
Behavioral Intervention
Virtual Reality Gaming for Pediatric Cancer
This trial will investigate how a virtual reality game that combines mindfulness and exercise can help children with cancer during their recovery. The game will last for 8 weeks and can be used at home. Some participants
Behavioral Intervention
eHealth Psychosocial Intervention for Parents of Children with Pediatric Cancer
This trial is testing an eHealth intervention to help parents and caregivers of children with cancer deal with the psychological risks associated with the disease. The goal is to improve coping abilities and decrease negative psychological effects.
Trials for Medulloblastoma Patients
Behavioral Intervention
Virtual Reality Gaming for Pediatric Cancer
This trial will investigate how a virtual reality game that combines mindfulness and exercise can help children with cancer during their recovery. The game will last for 8 weeks and can be used at home. Some participants
Behavioral Intervention
eHealth Psychosocial Intervention for Parents of Children with Pediatric Cancer
This trial is testing an eHealth intervention to help parents and caregivers of children with cancer deal with the psychological risks associated with the disease. The goal is to improve coping abilities and decrease negative psychological effects.
Trials With No Placebo
Behavioral Intervention
Virtual Reality Gaming for Pediatric Cancer
This trial will investigate how a virtual reality game that combines mindfulness and exercise can help children with cancer during their recovery. The game will last for 8 weeks and can be used at home. Some participants
Behavioural Intervention
Time Restricted Eating + Prebiotic for Obesity
This trial aims to use innovative solutions to improve the health of pediatric cancer survivors by exploring the effects of nutrition therapy on weight, body composition, glucose regulation, and cardiovascular risk. It will provide important evidence of the benefits of nutrition therapy for young adult survivors.
Behavioral Intervention
eHealth Psychosocial Intervention for Parents of Children with Pediatric Cancer
This trial is testing an eHealth intervention to help parents and caregivers of children with cancer deal with the psychological risks associated with the disease. The goal is to improve coping abilities and decrease negative psychological effects.
Frequently Asked Questions
Introduction to pediatric cancer
What are the top hospitals conducting pediatric cancer research?
When it comes to pioneering research and clinical trials in pediatric cancer, hospitals across the United States are leading the charge. In Houston, Texas, MD Anderson Cancer Center and Texas Children's Hospital are at the forefront of this critical work. Although both hospitals currently have only a few active pediatric cancer trials, their dedication to advancing treatment options for children cannot be understated. In Los Angeles, two esteemed institutions, namely Childrens Hospital Los Angeles and Children's Hospital Los Angeles, also play vital roles in the fight against pediatric cancer. While they may currently have one ongoing trial each with no historical records of completed studies yet available these hospitals are committed to making significant strides in understanding and treating these challenging diseases affecting our young ones.
These hospitals demonstrate that even a small number of ongoing clinical trials can make a tremendous impact on improving outcomes for children with cancer. As researchers continue to explore new avenues for treatment and prevention within these institutions' innovative facilities, they offer hope not only to patients but also to families facing such daunting circumstances around the nation. The collaborative efforts between medical professionals and brave patients involved in these trials highlight the resilience inherent within both individuals affected by pediatric cancer as well as those working tirelessly towards finding better solutions.
Which are the best cities for pediatric cancer clinical trials?
When it comes to pediatric cancer clinical trials, several cities emerge as leaders in research. Houston, Texas is at the forefront with 6 active trials exploring treatments like Group 1(Spellbound) and AR Group. Los Angeles, California follows closely behind with 2 ongoing studies focusing on Dinutuximab with Chemotherapy and eSCCIP/eSCCIP-SP. Wilmington, Delaware and Ann Arbor, Michigan also contribute to the advancement of pediatric cancer care through their respective 2 active trials each. Lastly, Buffalo, New york adds to the collective effort with 1 active trial centered around patient participation. These cities offer valuable opportunities for children battling cancer to access promising clinical trials that may improve outcomes and provide hope for a brighter future.
Note: The original content provided information about additional cities but was removed as it was not relevant to the question asked regarding the best cities for pediatric cancer clinical trials.
Which are the top treatments for pediatric cancer being explored in clinical trials?
Clinical trials are crucial for advancing pediatric cancer treatment options. Currently, the top treatments being explored in clinical trials include:
- Daratumumab: 6 active trials, 134 all-time pediatric cancer trials since its first listing in 2012
- Belantamab mafodotin: 4 active trials, 26 all-time pediatric cancer trials since its introduction in 2018
- Lenalidomide: Involved in three ongoing pediatric cancer studies and an impressive resume of 280 all-time clinical trials since debuting back in 2003. These promising treatments offer hope for improved outcomes among young patients battling this devastating disease.
What are the most recent clinical trials for pediatric cancer?
Exciting developments in pediatric cancer research offer new hope for young patients and their families. One notable clinical trial involves Panitumumab-IRDye800, which is being investigated in Phase 1 and Phase 2 studies for its potential benefits in pediatric cancer treatment. Another promising trial is Group 1 (Spellbound), currently in Phase 2, focusing on innovative approaches to combatting pediatric cancer. These recent trials demonstrate the commitment of researchers to finding effective therapies and improving outcomes for children facing this challenging disease. By advancing our understanding of treatments like Dinutuximab with Chemotherapy and Tranexamic Acid, we can continue to make progress towards better care and brighter futures for these brave young individuals.
What pediatric cancer clinical trials were recently completed?
Recently completed clinical trials in the field of pediatric cancer bring renewed optimism for young patients and their families. Among these trials, one focused on evaluating a novel therapy sponsored by St. Jude Children's Research Hospital, achieving completion in November 2021. Another study investigating an innovative treatment option was successfully concluded earlier this year in February 2021, led by Memorial Sloan Kettering Cancer Center. These significant milestones serve as testament to ongoing efforts to advance pediatric cancer care and provide hope for improved outcomes in the future.