Mini-review focused on melittin antitumoral effects.
Bee Venom
Bee venom therapy is an apitherapy approach using live bee stings, purified bee venom, injections, topical products, or bee venom acupuncture. In cancer circles, most serious interest centers on venom peptides such as melittin and apamin, especially laboratory and animal research suggesting direct cancer-cell membrane effects, apoptosis signaling, immune/inflammatory effects, and possible drug-delivery uses.
Consumer-facing safety and usage overview for bee venom, including allergy and regulatory cautions.
Plain-language overview of bee venom benefits claims and risks, including anaphylaxis.
Systematic review of apamin and melittin conjugates as experimental cancer-treatment tools.
Updated review summarizing melittin findings across multiple human cancer models, mainly preclinical.
Safety-oriented NCBI entry noting bee pollen is claimed for cancer and other uses but has not been shown to have those activities.
Systematic review of anaphylaxis connected to bee venom acupuncture.
Review of bee venom components and prostate cancer research models.
Preclinical breast cancer study reporting that honeybee venom and melittin induced cell death in HER2-enriched and triple-negative breast cancer models and affected EGFR/HER2 activation.
EurekAlert news release about research published in npj Precision Oncology reporting that honeybee venom and its peptide melittin rapidly killed triple-negative and HER2-enriched breast cancer cells in laboratory models, while having less effect on normal cells. The release also describes early combination findings with docetaxel in mice and notes that delivery, toxicity, and tolerated dose require further study.
Review of melittin and conjugates in cancer therapy, including anticancer mechanisms and major toxicity/delivery barriers.
Review of anticancer effects and proposed mechanisms for bee venom and melittin, noting cytotoxicity and hemolysis as key barriers.
Fatal case report after bee sting acupuncture involving anaphylactic shock and disseminated intravascular coagulation.