New Studies paint grim pic of chemo

Study Finds Chemotherapy Makes Cancer Far Worse

August 14, 2012 in -Mailing List, Miscellaneous by EMFacts

Woops! Study Accidentally Finds Chemotherapy Makes Cancer Far Worse

Anthony Gucciardi
NaturalSociety
August 6, 2012
http://naturalsociety.com/chemotherapy-makes-cancer-far-worse/

A team of researchers looking into why cancer cells are so resilient accidentally stumbled upon a far more important discovery. While conducting their research, the team discovered that chemotherapy actually heavily damages healthy cells and subsequently triggers them to release a protein that sustains and fuels tumor growth. Beyond that, it even makes the tumor highly resistant to future treatment. Reporting their findings in the journal Nature Medicine, the scientists report that the findings were ‘completely unexpected’. Finding evidence of significant DNA damage when examining the effects of chemotherapy on tissue derived from men with prostate cancer, the writings are a big slap in the face to mainstream medical organizations who have been pushing chemotherapy as the only option to cancer patients for years.

The news comes after it was previously ousted by similarly-breaking research that expensive cancer drugs not only fail to treat tumors, but actually make them far worse. The cancer drugs were found to make tumors ‘metasize’ and grow massively in size after consumption. As a result, the drugs killed the patients more quickly. Known as WNT16B, scientists who performed the research say that this protein created from chemo treatment boosts cancer cell survival and is the reason that chemotherapy actually ends lives more quickly. Co-author Peter Nelson of the Fred Hutchinson Cancer Research Center in Seattle explains:

“WNT16B, when secreted, would interact with nearby tumour cells and cause them to grow, invade, and importantly, resist subsequent therapy.”

The team then complimented the statement with a word of their own:

“Our results indicate that damage responses in benign cells… may directly contribute to enhanced tumour growth kinetics.”   read on...