3D genomics reveals targets for aggressive childhood cancers

OPACC
Nov 2, 2022
1 min read

While some pediatric brain cancers have known genetic causes, many do not. Three-dimensional profiling revealed new disease mechanisms and drug targets.

Comments

New study: Siblings of children with cancer frequently experience serious suffering

Radiation From Medical Scans May Cause Thousands Of Childhood Cancers, Study Says

Survey: Childhood Cancer Survivors Seek More Support from Healthcare Providers, Peers, and Policymakers

Understanding genomes helps identify kids more likely to develop second cancers

Combo Appears Safe, Effective in High-Risk Intraocular Retinoblastoma

Cancer Vaccine Could Prevent Neuroblastoma From Returning After Antibody Treatment

New Approach for Smarter, Safer Cancer Treatment

Abnormal fusion protein drives childhood brain tumor through condensate formation

Potential new treatment strategy for high-risk neuroblastoma

Targeting a sugar metabolism pathway offers hope for treating rare and aggressive childhood cancer

Recent Posts

3D genomics reveals targets for aggressive childhood cancers

Comments

New study: Siblings of children with cancer frequently experience serious suffering

Radiation From Medical Scans May Cause Thousands Of Childhood Cancers, Study Says

Survey: Childhood Cancer Survivors Seek More Support from Healthcare Providers, Peers, and Policymakers

Understanding genomes helps identify kids more likely to develop second cancers

Combo Appears Safe, Effective in High-Risk Intraocular Retinoblastoma

Cancer Vaccine Could Prevent Neuroblastoma From Returning After Antibody Treatment

New Approach for Smarter, Safer Cancer Treatment

Abnormal fusion protein drives childhood brain tumor through condensate formation

Potential new treatment strategy for high-risk neuroblastoma

Targeting a sugar metabolism pathway offers hope for treating rare and aggressive childhood cancer

Archive

Search By Tags