New combo therapy targets tough brain tumors
NCT ID NCT03050736
First seen Jun 24, 2026 · Last updated Jun 26, 2026 · Updated 1 time
Summary
This phase 2 trial tested a drug called VAL-083 combined with standard radiation in 29 people with newly diagnosed glioblastoma, a fast-growing brain cancer. The study focused on patients whose tumors have a specific genetic marker (unmethylated MGMT) that makes them resistant to standard chemotherapy. The goal was to find the safest dose and see if the combination can shrink tumors or slow their growth.
What this could mean
Our plain-language read of the trial. This is informational only — not medical advice or a prediction.
- Active substance
- VAL-083 (dianhydrogalactitol)
- What this could lead to
- If successful, this could offer a new treatment option for glioblastoma patients whose tumors do not respond to standard chemotherapy.
- What could go wrong
- This is a small, early-phase trial with only 29 participants, so results may not apply to all patients. The drug may cause side effects or fail to improve outcomes.
This is an AI summary of the original study and may miss details. Read our disclaimer.
Get updates
Get notified about this study
Sign up to get updates when this study changes or when new studies for BRAIN CANCER are added.
By submitting, you agree to our Terms of use
Conditions
The condition(s) this trial relates to.
As listed by the trial registrant
The condition terms exactly as the trial's registrant entered them.
Contacts and locations
Locations
-
Sun Yat-Sen University Cancer Center
Guangzhou, 510060, China
More trials for these conditions
Other studies related to the condition(s) this trial covers.
- New imaging clues could sharpen brain tumor monitoring
- Can a virus injected into brain tumors fight recurrence?
- Can a Tumor's genetic blueprint guide better treatment for kids with brain cancer?
- Can a seizure drug outsmart a deadly brain tumor?
- Can adding lenvatinib to standard care outsmart a tough brain cancer?
- A simple lotion duo may shield skin from Tumor-Treating fields