Liposuction Leftovers Smooth Lumpectomy Damage
References: chicagotribune
A breakthrough discovery by Japanese medical researchers could offer hope for women whose breasts have been damaged as a result of the surgical removal of cancerous lumps.
Doctors have found a way to reuse fat cells from liposuction to fix the breasts of women affected with lumpectomy after breast cancer. Stem cells from the lipo can be used to repair the crater-like dents left after cancerous regions were removed from breasts.
"In the new study, doctors suctioned fat from each patient, usually from her abdomen or hips. They extracted stem cells from half the fat, then mixed the cells in with the remaining fat and injected it into the lumpectomy site. The hope is that the stem cells and other "helper cells" will keep the transplanted tissue alive."
This new procedure would be much less evasive than other procedures. It's anticipated to cost between $3,000-$5,000.
Image Source
Doctors have found a way to reuse fat cells from liposuction to fix the breasts of women affected with lumpectomy after breast cancer. Stem cells from the lipo can be used to repair the crater-like dents left after cancerous regions were removed from breasts.
"In the new study, doctors suctioned fat from each patient, usually from her abdomen or hips. They extracted stem cells from half the fat, then mixed the cells in with the remaining fat and injected it into the lumpectomy site. The hope is that the stem cells and other "helper cells" will keep the transplanted tissue alive."
This new procedure would be much less evasive than other procedures. It's anticipated to cost between $3,000-$5,000.
Image Source
Trend Themes
1. Regenerative Medicine - The breakthrough discovery of using stem cells from liposuction to repair breast damage after lumpectomy surgery presents opportunities for the regenerative medicine field.
2. Minimally Invasive Procedures - The less invasive nature of the new procedure for fixing breast damage could inspire innovation in developing more minimally invasive procedures for various medical treatments.
3. Recycling Medical Waste - The reuse of fat cells from liposuction to repair breast damage highlights the potential for recycling medical waste and creating sustainable solutions in the healthcare industry.
Industry Implications
1. Medical Technology - The breakthrough provides opportunities for medical technology companies to develop innovative products and devices that utilize stem cells for repairing various types of tissue damage.
2. Cosmetic Surgery - The use of stem cells to repair breast damage after surgical procedures can revolutionize the field of cosmetic surgery and open up new possibilities for natural-looking results.
3. Biotechnology - The discovery of using stem cells from liposuction for tissue repair creates potential opportunities for biotechnology companies to explore the development of stem cell therapies for different medical conditions.
3.2
Score
Popularity
Activity
Freshness
