The ‘Fire with Fire’ Cancer Documentary is Inspiring
Jennifer Gosnell — June 30, 2013 — Pop Culture
The ‘Fire with Fire’ cancer documentary created by General Electric features an incredible, bio-engineered step forward in the world of health care. Showcasing a particular case, a 6 year-old girl named Emma, this video shows how thinking outside the box in the medical world can lead to life-changing results.
The doctor on the video explaining the remarkable change in the way they went about treating Emma is Carl H. June of the University of Pennsylvania. He explains how they bio-engineered HIV cells, or “serial killer” cells, to actually attack areas that are infected with a tumor. Though it was a risky move, it was performed on a patient that, medically, could not get much worse without actually dying. Today Emma is healthy and alive thanks to this amazing procedure.
The doctor on the video explaining the remarkable change in the way they went about treating Emma is Carl H. June of the University of Pennsylvania. He explains how they bio-engineered HIV cells, or “serial killer” cells, to actually attack areas that are infected with a tumor. Though it was a risky move, it was performed on a patient that, medically, could not get much worse without actually dying. Today Emma is healthy and alive thanks to this amazing procedure.
Trend Themes
1. Bio-engineering - Exploring the potential of bio-engineering in medical advancements, such as using HIV cells to target tumors.
2. Cancer Treatment - Innovations in cancer treatment, like the use of bio-engineered cells, can lead to life-changing results for patients.
3. Disruptive Medicine - Thinking outside the box in the medical world can pave the way for disruptive innovations in healthcare, as showcased in the 'Fire with Fire' documentary.
Industry Implications
1. Healthcare - The healthcare industry can benefit from incorporating bio-engineering techniques and disruptive medicine to improve patient outcomes.
2. Pharmaceuticals - The pharmaceutical industry has the potential to develop new treatments by leveraging bio-engineering methods and cancer research.
3. Medical Research - Medical research institutions can explore the use of bio-engineering and disruptive medicine to advance cancer treatment and patient care.
2.1
Score
Popularity
Activity
Freshness
