Skip to main navigation
  • University of California San Francisco
  • About UCSF
  • Search UCSF
  • UCSF Medical Center
Home
Mobile Menu Close
  • Join
  • Contact Us
Show Search Form
  • Research
    • Cancer intrinsic mechanisms that mediate immune evasion in pediatric brain cancers and glioblastoma
    • Regulation of Senescence in p53 mutant medulloblastoma
    • PP2A as a Novel Immunotherapy Target
  • People
  • Publications
  • Funding
  • News
Lab bench with Falcon conical tubes and test tubes

Research

The goal of the Ho Lab is to develop novel therapeutics for pediatric brain tumors and translate bench work to clinical trials.

 

 

Immune cells
Cancer intrinsic mechanisms that mediate immune evasion in pediatric brain cancer and glioblastoma

We are currently developing a novel immunotherapy to enhance immunogenicity of pediatric brain tumors including DIPG and medulloblastoma as well as adult glioblastoma to sensitize to immune checkpoint blockade.

Learn More >
Medulloblastoma
Regulation of Senescence in p53 mutant medulloblastoma

We are investigating novel therapies to target medulloblastoma by regulating senescence pathway in p53 mutant medulloblastoma with the worst prognosis.

Learn more >
PP2A holoenzyme crystal structure
PP2A as a novel immunotherapy target

We identified the role of PP2A in mediating tumor response and are currently developing novel therapeutics targeting this enzyme. 

Learn more >
Logo Footer
  • Research
  • People
  • Publications
  • Funding
  • News

© 2024 The Regents of the University of California | Accessibility | Privacy Policy | Terms of Use | A-Z Website List | Credits

  • Research
    • Cancer intrinsic mechanisms that mediate immune evasion in pediatric brain cancers and glioblastoma
    • Regulation of Senescence in p53 mutant medulloblastoma
    • PP2A as a Novel Immunotherapy Target
  • People
  • Publications
  • Funding
  • News
  • Join
  • Contact Us