Honeybee venom could indeed induce 100% cancer cell death in certain aggressive breast cancer subtypes within 60 minutes
Published by RawNews1st
10:51 am ( May 25, 2026 )
In laboratory studies, the active component of honeybee venom rapidly killed two types of breast cancer cells that are particularly difficult to treat. Crucially, the toxin left healthy cells unharmed.
Cancer is a life-threatening illness that has taken many lives. There are different types of cancer, and each one comes with its own stage and level of severity. Research has made treatments like chemotherapy and other medical options possible. These treatments have helped some people recover, while others have unfortunately died because of how intense the illness can be.
A Facebook account @Daily Updates, claimed that bee venom destroys all aggressive breast cancer cells within 60 minutes.
The claim was accompanied by a caption that read, “In a stunning breakthrough, scientists have confirmed that bee venom can destroy 100% of aggressive breast cancer cells in lab tests, and it does so in less than 60 minutes.”
The post continued to explain that melittin destroys triple-negative and HER2-positive breast cancer cells, two of the most aggressive forms. It also claims that healthy cells are almost untouched, giving the impression that bee venom offers a targeted option with fewer side effects than chemotherapy.
The post concluded that bee venom is a natural breakthrough for cancer treatment.
As of Nov. 19, 2025, the post had 37,000 likes, 1,900 comments, and 6,200 comments.
We reviewed the comments to understand the thoughts of those who responded.
Melittin can kill cells in under 1 hour by punching holes in their outer membrane. However, within 20 minutes of administration, it also disrupts the passing of chemical messages that the cells need to grow and divide.
“We looked at how honeybee venom and melittin affect the cancer signaling pathways, the chemical messages that are fundamental for cancer cell growth and reproduction, and we found that very quickly these signaling pathways were shut down,” says Dr. Duffy.
The scientists discovered that melittin does this by preventing the activation of receptors for growth factors in the cells’ membrane. One of the reasons that HER2-enriched cancer cells and some triple-negative breast cancers grow uncontrollably is that they have large numbers of these receptors.
