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Short Shorts are cutting edge medical and healthcare discoveries not quite ready for the clinic. They’re worth knowing about now during the 5th week of March, 2022.
Alpacas produce unique antibody fragments known as nanobodies that capably neutralize a wider variety of CoVid variants than the antibodies triggered by our current vaccines. Microbiologists at Sweden’s Karolinska Institute show that these nanobodies are not only potent but are easily produced in large quantities. This makes them very promising therapeutic candidates for squelching CoVid variants as they pop up in a biological whack-a-mole fashion.
https://www.nature.com/articles/s41467-021-27610-z
The artificial sweeteners aspartame, better known as NutraSweet and Equal, and acesulfame-K, marketed as Sweet One and Sunett, are associated with a 13% increased risk of cancer in general and a 22% increased risk of breast cancer in particular. Check which artificial sweeteners are in the foods you eat and avoid these.
https://journals.plos.org/plosmedicine/article?id=10.1371/journal.pmed.1003950
Researchers at the University of Minnesota and the Mayo Clinic have developed a new and better method for cryopreserving pancreatic islet cells for later transplantation into diabetics. Traditional cooling and storage requires use of these cells within 2 to 3 days making it difficult to pool the cells from multiple donors necessary for a successful transplant. The novel cryomesh system strains out excess fluids prior to rapid freezing yielding 87-90% survival rates following thawing, even after up to 8 months of storage. These cells pool well.
https://www.nature.com/articles/s41591-022-01718-1
An experimental treatment that harnesses immunity to tetanus helps kill pancreatic cancer cells and stops them from metastasizing. These cancer cells are normally adept at hiding from the immune system. Immunologists at New York’s Albert Einstein Cancer Center now show that a listeria bacterial vector can transfer the tetanus toxoid gene into pancreatic cancer cells. Once the cancer cells begin expressing tetanus antigens, already existing and relatively ferocious killer T cells directed against tetanus begin attacking and killing them. This works in mice and will be undergoing human trials. The tetanus trick may also help kill other difficult-to-treat neoplasms such as ovarian cancer.
https://www.science.org/doi/10.1126/scitranslmed.abc1600
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alpacas, antibodies, nanobodies, aspartame, acesulfameK, cancer, breastcancer , diabetes, isletcells, cryopreservation, tetanus, immunotherapy, pancreatic, breast, cancer