Scientists have identified two new fluorescent tumor-targeting agents that seek and light up brain cancer cells, suggesting they may help neurosurgeons to more accurately localize and completely resect brain tumors.
Potential Molecular Marker for Aggressive Brain Tumors
A somatic mutation in the ATRX gene has been found to be a potential molecular marker for aggressive brain tumors, such as gliomas, neuroblastomas and pancreatic neuroendocrine tumors.
A somatic mutation in the ATRX gene has been found to be a potential molecular marker for aggressive brain tumors, such as gliomas, neuroblastomas and pancreatic neuroendocrine tumors.
The new agents were molecularly altered to carry fluorescent dyes that glow under lights with specific wavelengths, either in the green (CLR1501) or near-infrared (CLR1502) range. Viewed under appropriate conditions, the dyes make tumor cells "light up" so that they can be readily distinguished from neighboring normal brain tissue.
In preliminary studies, near-infrared imaging with CLR1502 successfully localized brain tumors through the intact skin and skull of living mice and in addition to fluorescent-guided neurosurgery, APC analogs might play useful roles in diagnosing brain cancers and in targeting chemotherapy drugs directly to cancer cells.
Researchers Map Out How Childhood Brain Tumors Relapse
Researchers have discovered the unique genetic paths that the childhood brain tumour medulloblastoma follows when the disease comes back, according to research published in Cancer Cell.
Researchers have discovered the unique genetic paths that the childhood brain tumour medulloblastoma follows when the disease comes back, according to research published in Cancer Cell.
The researchers acknowledge the "inherent limitations" of their experiments, limited to implanted tumors in animals. Further research will be needed to assess issues related to dye administration, visualization, and timing, as well as the optimal technologies for practical use during surgery.
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Child Brain Tumor - New Cause Identified
Increased risk of developing cancers of the skin and, rarely, in the brain is associated with Gorlin syndrome. The syndrome affects around 1 in 30,000 people.
Increased risk of developing cancers of the skin and, rarely, in the brain is associated with Gorlin syndrome. The syndrome affects around 1 in 30,000 people.
Source-ANI
Potential Therapy Found for Incurable Pediatric Brain Tumor
A new potential drug therapy has been discovered for a rare, incurable pediatric brain tumor by targeting a genetic mutation found in children with cancer.
A new potential drug therapy has been discovered for a rare, incurable pediatric brain tumor by targeting a genetic mutation found in children with cancer.
