Virtual visit appointments available 7 days a week from 9:00am to 11:00pm. Learn More
The Pediatric Center for Precision Oncology
Aiming to discover the genetic make-up of each child’s tumor
Pediatric cancer researchers have recently discovered that each child’s tumor is unique; the tumors do not have the same genetic mutations and sequences. Based upon these recent discoveries, researchers at the Center for Precision Oncology aim to ultimately discover the genetic make-up of each child’s tumor.
Improving treatment outcomes by identifying gene mutations that cause tumors
Our goal is to improve the treatment of children with cancer by identifying the specific genetic mutations responsible for their tumors. The center will use state-of-the-art genomic sequencing technologies to comprehensively analyze tumor samples from patients at Texas Children's Cancer Center. Doctors and researchers at the center hope to sequence all new pediatric cancers in the state – cancers affecting 1,000 children each year – in collaboration with investigators at other academic institutions in Texas.
A partnership with the Human Genome Sequencing Center
The partnership between Texas Children's Cancer Center and the Human Genome Sequencing Center will facilitate groundbreaking studies of the genetics of pediatric cancers by engaging clinical and scientific resources. As a part of Baylor College of Medicine, one of the top medical schools in the country, the center will benefit from existing resources, which will allow it to build upon a foundation of knowledge regarding tumor sequencing. In addition, the center will coordinate with the Texas Cancer Research Biobank, which recently received over $7 million in funding from the Cancer Prevention and Research Institute of Texas (CPRIT). The center is currently focusing on three core projects:
The Pediatric Cancer Sequencing Project. Sequencing of tumor and blood samples from children with cancer to provide an unprecedented view of the genetic landscape of pediatric cancers.
Functional genomics. Analyzing the effects of mutations on tumor biology and developing tumor models that may be used to test new therapies.
Clinical cancer genomics and therapeutics. Incorporating genomic information into the routine clinical care of children with cancer.