Compared with postoperative stereotactic radiation therapy, an investigational intraoperative RT approach could significantly reduce local tumor recurrence and improve survival in patients with newly diagnosed operable brain metastases.
New findings could shift the standard approach to preventing brain metastases in SCLC, particularly as modern MRI allows clinicians to detect and treat brain disease earlier.
The imaging agent could potentially help doctors characterize a malignancy's aggression and identify lesions with a higher likelihood of invasion or metastasis.
A new review led by UCLA researchers examines the utility of commercially available AI tools for screening mammography and evidence surrounding their ability to detect interval cancers.
Radiomics features could be especially useful for determining TSS in scenarios where clinical data is lacking or unreliable, such as when patients have altered mental status.
A multidisciplinary center dedicated to early detection of cancer in ostensibly healthy individuals has demonstrated the soundness of its founding concept, cost-effectively catching cancers of many kinds before the onset of symptoms.
The use of e-cigarettes has increased significantly in recent years, mostly due to the fact that many consumers believe them to be a safer option than traditional cigarettes.
“Air pollution is now recognized as the largest environmental threat to human health and we are increasingly seeing the impacts across all major organ systems," experts explained recently in Environmental Health.
The FDA has declined to accelerate approval of Eli Lilly’s highly anticipated Alzheimer’s drug, but the reason for the rejection may presage a forthcoming thumbs-up.
By combining MSI results with whole-brain MRI exams, researchers are hoping to gain insight into the development of Alzheimer’s disease on a molecular level.
Accelerated MRI with AI image reconstruction nearly halved orthopedic scan times while maintaining or even improving image quality in a newly published prospective study.