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Cancer Tissue

Our tissue's inability to repair itself as we grow older is thought to correlate with the decline in the presence of stem cells. So it follows that if stem cell function can be preserved beyond the norm, it could have implications for the aging process and adverse effects of tissue degeneration, such as cancer. Scientists from the University of Toronto have followed this line of thinking through research on the mammary glands of genetically modified mice, finding that development of the tissue can be manipulated to avoid the effects of aging. Read More
One of nature’s most notorious psychopaths may be giving cancer patients new hope. The mantis shrimp is famous for having a punch like a .22 bullet and a perpetual bad attitude, but is also has the most complex eyes in the animal kingdom, which are excellent at detecting polarized light. With this in mind, the University of Queensland is developing new cameras based on the mantis shrimp’s eyes that can detect a variety of cancer tissues. Read More
Cancer is an insidious disease, paying no heed to when, where or whom it might strike. But scientists continue to wage a war against it, hoping to claim the ultimate prize – a cure. Latest research from chemists at the University of Florida suggests a new technique using near infrared light could help scientists to view and photograph lysosomes – sac-like structures within cells – that are linked to cancer and other diseases. Read More
The medical profession has experienced much difficulty and frustration in detecting and treating ovarian cancer, but researchers at the Yale School of Medicine, Connecticut, believe they have made a major breakthrough. They say eliminating cancer stem cells (CSCs) within a tumor could hold the key to successful treatments. Read More
Scientists at UC Santa Barbara have developed a biological mechanism that can act as an entirely new means of drug delivery, carrying with it the potential to make treating illness even more effective. Rather than simply circulating in the bloodstream, the laboratory-developed peptide can deliver nanoparticles directly into tissue. Read More
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