Medical researchers at University of Calgary reviewing glioblastoma scans alongside niacin supplements for a clinical trial illustration.
Medical researchers at University of Calgary reviewing glioblastoma scans alongside niacin supplements for a clinical trial illustration.
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Early University of Calgary trial tests high-dose niacin as add-on treatment for glioblastoma

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Researchers at the University of Calgary are studying whether high doses of vitamin B3 (niacin) can improve outcomes for patients with newly diagnosed glioblastoma when added to standard treatment. An interim analysis of 24 patients found a higher-than-expected six‑month progression‑free survival rate, though investigators stress the results are preliminary and require ongoing safety monitoring.

Researchers at the University of Calgary, led by Dr. Gloria Roldan Urgoiti and Dr. V. Wee Yong, are running a Phase I–II clinical trial evaluating controlled-release niacin alongside standard-of-care treatment for newly diagnosed glioblastoma.

The researchers’ hypothesis is that glioblastoma can suppress immune activity and that niacin may help restore the function of weakened immune cells, potentially improving the immune system’s ability to attack tumor cells. In the ScienceDaily release, Yong described niacin as “rejuvenat[ing] immune cells” so they can “attack and kill the cancer cells.”

The trial is designed to identify the highest safe dose and assess potential benefit when niacin is combined with standard chemotherapy and radiotherapy. The researchers set a pretrial benchmark: if six‑month progression‑free survival did not improve by at least 20 percentage points versus prior studies, the trial would stop.

In early findings from 24 patients, 82% had no signs of disease progression at six months—reported as a 28‑percentage‑point improvement compared with earlier studies. The team said the findings are encouraging but emphasized that high doses of vitamins, including niacin, can be toxic and should only be used under strict medical supervision.

One participant, Edward (Ed) Waldner, said he joined the study after surgery and that taking part helped him mentally “because we’re trying.” He also said he has been feeling well and that follow-up scans have shown his condition remains “stable.”

The interim results were published in the Journal of Neuro-Oncology in 2025. The study is continuing, with the team aiming to complete its final analysis after enrolling 48 participants by the end of 2026 or in early 2027.

Watu wanasema nini

Initial reactions on X are limited but positive, with users sharing study details from the University of Calgary niacin trial for glioblastoma, noting promising 82% six-month progression-free survival rates in a small interim analysis of 24 patients, while highlighting the need for further safety data and follow-up.

Makala yanayohusiana

Microscopic view of enhanced natural killer cells attacking cancer cells due to a drug developed by McGill researchers.
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McGill researchers use reversible drug approach to boost natural killer cells against hard-to-treat cancers

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Researchers at McGill University report a drug-based method to temporarily enhance natural killer (NK) cells—an immune cell type—by inhibiting two proteins, improving the cells’ ability to attack several aggressive cancers in preclinical experiments.

Scientists at McMaster University and the Hospital for Sick Children in Canada have discovered that oligodendrocytes, cells typically supporting nerve function, aid the growth of glioblastoma by sending signals to tumor cells. Blocking this communication slowed tumor progression in lab models. The findings suggest an existing HIV drug, Maraviroc, could be repurposed for treatment.

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Researchers in Japan have created new vitamin K compounds that are three times more effective than natural forms at turning stem cells into neurons. The work, published in 2025, targets diseases that destroy brain cells such as Alzheimer’s and Parkinson’s.

Duke University researchers report that boosting the transfer of healthy mitochondria from support cells to sensory neurons reduced pain-like behaviors in mouse models of diabetic and chemotherapy-related peripheral neuropathy, an approach they say could address a root driver of nerve pain rather than simply blocking pain signals.

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Researchers from the Institute for Bioengineering of Catalonia and collaborating institutions report that engineered “supramolecular” nanoparticles restored aspects of blood-brain barrier function in Alzheimer’s-model mice, rapidly lowering brain amyloid-β and producing improvements on behavioral and memory tests.

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