This SPORE is the nation¡¯s only program solely dedicated to bone sarcomas ¡ª rare cancers that affect pediatric, adolescent and young adult (AYA) and older adult patients. Our innovative research approach drives age-inclusive translational research with specialized attention to AYA challenges.
This SPORE is the nation¡¯s only program solely dedicated to bone sarcomas ¡ª rare cancers that affect pediatric, adolescent and young adult (AYA) and older adult patients. Our innovative research approach drives age-inclusive translational research with specialized attention to AYA challenges.
Advancing Bone Sarcoma Treatment with Strategic Focus on Adolescent and Young Adult Needs
The overarching goal of MD Anderson's Sarcoma SPORE (Specialized Program of Research Excellence) is to reduce sarcoma morbidity and mortality through innovative translational research focused on immunologic and targeted treatments.
The program addresses two critical needs:
- sarcomas are rare and complex, requiring a multidisciplinary, team-based approach
- sarcomas span pediatric, adolescent-young adult and adult populations, necessitating research that covers all age groups
The team includes clinicians, physician-scientists, statisticians, computational experts and basic/translational scientists from eight departments across five MD Anderson divisions, supported by patient advocates, external advisors and administrative experts. Core resources include a Pathology and Tissue Core for molecular profiling and a Biostatistics and Bioinformatics Core for data analysis and risk stratification. Common research themes include targeting the immune system and tumor microenvironment, with a particular emphasis on osteosarcoma, where little progress has been made in over 30 years.
Research Projects
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Project 1
[Not Currently Funded]
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Project 2
Adoptive Cell Therapies for Chordomas
Develop adoptive cellular therapy for chordoma via clinical trial of T cells targeting Brachyury, a key chordoma protein
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Project 3
Development of Novel Antibody Drug Conjugates for the Treatment of Osteosarcoma
Evaluate and refine novel antibodies for osteosarcoma as antibody-drug conjugates in a Phase II clinical trial