Articles tagged with Bee Venom
A study by Kobe University ecologist Shinji Sugiura reveals that adult pond frogs actively attack and consume hornet workers despite being stung repeatedly. The frogs showed no noticeable harm from the venomous stings, making them a unique model organism for studying mechanisms underlying venom tolerance.
Researchers have discovered that combining antimicrobial peptides from bees and frogs can prevent bacteria from mutating quickly, making them a promising alternative to traditional antibiotics. This finding could lead to safer disease control in livestock and agricultural settings.
Researchers found that bee venom and melittin suppress inflammation in atopic dermatitis by regulating T helper cell differentiation. The study suggests bee venom may be an effective treatment for eczema, potentially alleviating inflammatory skin diseases.
Researchers at Lobachevsky University have found that bee venom inhibits the growth of malignant tumors and can enhance biological activity in the body. The study also suggests that bee products may be used to treat diabetes mellitus by lowering blood sugar levels.
Researchers found that melittin, a compound in bee venom, blocks the expression of inflammatory genes in synovial cells. This inhibition can lead to reduced tissue swelling and osteophyte formation, suggesting a potential treatment for RA patients.