ACS10, a cytarabine pharmacogenomics score impacts survival in pediatric and adolescent and young adult patients with AML, and associates with outcome differences in Black patients (Alliance).
      QxMD      Google Scholar   
Citation:
JAMA Netw Open vol 8 (6) e2516296
Year:
2025
Type:
Manuscript
Funding:
NCTN
Endpoint:
Secondary-not-in-original
Analysis:
Primary
Data Sharing:
Alliance-data-source,-internal-user
Status:
Presented/Published
Citation Status:
epub-ppub
Note:
Methodological:
No
Biospecimen:
Yes
SDC:
No
Book Volume:
Parents:
4130  
Children:
None
Program:
OGC
Primary Committee:
Leukemia
Sec. Committees:
   
Pharmas:
 
Grants:
U10CA180821, U10CA180882, U24CA196171, UG1CA189850, UG1CA189824, UG1CA233247, UG1CA233253, UG1CA233327, UG1CA233328, UG1CA233331, UG1CA233339, R01-CA132946, AGR DTD 04-26-2018, R01-CA-262496, R01-CA-284595-01, R01-CA-283574-01, R01-LM-013879, T32HG008958  
Corr. Author:
 
Authors:
                                               
Networks:
CT063, LAPS-AL002, LAPS-IL057, LAPS-MO011, LAPS-NC010, LAPS-OH007, LAPS-PA015, NC002, NORTHWELL   
Study
Alliance-A152424
Multiple Studies, or Legacy Studies in Alliance Study:
CALGB-20202, Alliance-A152424, CALGB-8461, CALGB-9665
Phases:
N/A, N/A
Keywords:
leukemia, AML, cytarabine, drug resistance, pharmacogenomics, SNP