Articles tagged with Brain Cancer
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A study of 32 patients with suspected paraneoplastic neurological disorders found that PET imaging successfully identified relevant lesions undetectable by alternative methods. The results suggest that PET is an appropriate and promising tool for patients with undiagnosed paraneoplastic neurological disorders.
Researchers used microarray technology to compare gene expression in healthy flies and those with brain cancer, finding significant changes in 321 genes involved in metabolism, cell proliferation, and more. The study identified a key tumor-suppressor gene mutation that causes cancerous tissue growth and metastasis in flies.
Researchers at Cedars-Sinai Medical Center are studying the link between brain cancer and air pollution, led by Dr. Keith Black. The study aims to determine whether exposure to toxic air pollutants can cause changes in brain tissue associated with brain cancer formation.
A new combination cancer-killing drug regimen has shown promising results in extending patient survival, with 16% tumor shrinkage and 35% stable disease progression after six months. The orally administered treatment has been well-tolerated and offers a more convenient option for patients compared to traditional IV chemotherapy.
St. Jude researchers successfully cloned embryos from mouse medulloblastoma cells using a reprogrammed nucleus model, demonstrating the potential for epigenetic factors to cause tumors. The study provides valuable insights into the molecular basis of cancer and may lead to new therapies.
Scientists have discovered a new hedgehog blocker that stops medulloblastoma tumor growth and kills cancer cells in mice and human patients. The study provides hope for the development of new treatments for this deadly childhood brain cancer.
Researchers used gene modification to deliver Interleukin 12 directly into glioma, a deadly type of brain cancer resistant to treatment. The study showed significant prolonged survival in mice and improved immune system's ability to infiltrate and kill tumor cells.
Researchers found that death rates from brain cancer were close to expected levels for the general population, with no increased risk of lifetime or recent exposure. Socioeconomic factors played a role in increasing premature death risk, but not brain cancer risk.
A large case-control study found no association between cell phone usage and the development of primary brain cancer in a cohort of 891 participants. The study, published in JAMA, analyzed data from patients with primary brain cancer and controls without cancer, finding no correlation between cell phone use and brain cancer risk.
A recent study published in The Journal of the American Medical Association has found that handheld cellular telephone use is not associated with an increased risk of brain cancer. Researchers conducted a case-control study from 1994 to 1998 and analyzed data on 469 participants with primary brain cancer and 422 matched controls.
A study of childhood brain tumors found that children born in late summer or fall were more likely to develop medulloblastoma than the general population. Researchers also discovered a link between longer symptom duration for boys and lower stage of disease at diagnosis, potentially affecting diagnoses and treatment.
Researchers at Harvard Medical School have made a breakthrough in treating multi-site brain cancers by combining tumor-attacking viruses with an approved chemotherapeutic drug. The treatment works by suppressing the immune system's antiviral response, allowing the virus to selectively kill malignant cells.
Wake Forest University Baptist Medical Center has become the first medical center to use the GliaSite Radiation Therapy System, a device that delivers high doses of radiation directly into tumor tissue. This innovation aims to improve treatment outcomes for patients with malignant brain tumors.
The Pediatric Brain Tumor Consortium, sponsored by the National Cancer Institute, aims to speed the development of innovative treatments for children with brain tumors. The consortium brings together experts from eight institutions to conceive, develop and carry out pilot studies and early trials of promising new therapies.
Researchers have developed a new protein, IL13-PE38QQR, that penetrates brain cancer cells and kills them without harming healthy cells. The protein is a combination of interleukin 13 and Pseudomonas exotoxin, which can be delivered through the skull via a needle, potentially allowing patients to remain awake during treatment.
The study identifies mutations of P-TEN in advanced brain, breast, and prostate cancers, suggesting a new potential target for cancer treatment. The discovery represents one of the first genes implicated in aggressive brain tumors.