“Soursop is abundant in vitamin C and antioxidants known to promote immunological function,” claims WebMD.
According to research, it boosts the immune system’s capacity to fight viruses and encourages the destruction of free radicals.
Studies on the fruit’s impact on cancer have led some researchers to hypothesise that it might aid in the targeted destruction of cancerous cells.
According to research cited in an article by Constantino Mazzanobile from the Department of Mental Health at New York University published in the Journal of Yoga, Physical Therapy and Rehabilitation, Graviola’s effects on cancer were not only comparable to those of Adriamycin in laboratory studies, but also blatantly outperformed it.
The study, which was written up in the Journal of Natural Products, claimed that two chemicals isolated from the seeds had effects similar to those of the drug Adriamycin, which is frequently used in chemotherapy.
Mazzanobile, Mr “A plant-derived substance has a 10,000 times more killing power than adriamycin when it comes to the colon’s malignant cells.
Even Purdue University researchers discovered that Graviola leaf extracts effectively destroyed cancer cells in at least six different cancer kinds, with particular success against prostate cancer and pancreatitis cells.
This is significant given that one in eight men in the UK are now affected by prostate cancer, according to current statistics.
For the first time, prostate cancer has surpassed breast and lung cancer as the most common cancer in Britain, according to Dr. Quinton Fivelman, Chief Scientific Officer of London Laboratory.
Contrary to chemotherapy, the soursop extract appears to also be effective against breast and colon cancer cells while sparing normal cells.
Various types of liver cancer cells can be killed by graviola extracts, according to additional laboratory investigations.
This was supported by a body of studies that demonstrated the carcinogenic effects of soursop on cancer cells and was published in the journal BMC Complementary and Alternative Medicine in 2016.
“Crude extract samples displayed variable levels of cytotoxicity toward breast cancer cell lines,” the researchers reported.
“The findings show that [the extract] is a good candidate for cancer treatment, especially in breast cancer, and merits much additional research as an alternative to conventional medications,” they concluded.
The pulp extract has an impact on prostate cancer cells in mice, which are typically found to be resistant to chemotherapy medicines, according to animal research.
However, it seems that there isn’t enough proof to back up claims that the fruit extract can treat or prevent human cancer. This indicates that there is insufficient knowledge about the fruit’s efficacy and safety.
This was supported by a body of studies that demonstrated the carcinogenic effects of soursop on cancer cells and was published in the journal BMC Complementary and Alternative Medicine in 2016.
“Crude extract samples displayed variable levels of cytotoxicity toward breast cancer cell lines,” the researchers reported.
“The findings show that [the extract] is a good candidate for cancer treatment, especially in breast cancer, and merits much additional research as an alternative to conventional medications,” they concluded.
The pulp extract has an impact on prostate cancer cells in mice, which are typically found to be resistant to chemotherapy medicines, according to animal research.
However, it seems that there isn’t enough proof to back up claims that the fruit extract can treat or prevent human cancer. This indicates that there is insufficient knowledge about the fruit’s efficacy and safety.
Scientists are, however, concerned about the fruit’s side effects because some study indicates that the fruit’s compounds may contribute to movement abnormalities and nerve alterations.
According to Cancer Research UK, “the nerve alterations may result in symptoms similar to Parkinson’s disease.”
According to laboratory studies, some components of Graviola can harm nerves. From the bloodstream, it enters the brain.
