Kylie Jenner Reveals Stem Cell Therapy as Key to Healing Post-Pregnancy Back Pain

Kylie Jenner Finds Relief from Post-Pregnancy Back Pain with Stem Cell Therapy.

Kylie Jenner has revealed that she has been struggling with chronic back pain since the birth of her son, Aire, three years ago. On December 3, the 28-year-old shared on Instagram that she recently underwent stem cell therapy, which she says has significantly helped her recovery.

In her Stories, Kylie posted photos from her treatment, including hospital shots and bandages on her lower back. She explained that conventional treatments hadn’t worked and that seeing her sister Kim Kardashian benefit from the same therapy inspired her to try it.

“I have been dealing with bad chronic back pain for almost three years after my last pregnancy, and nothing I tried seemed to help,” Kylie wrote. She credited Dr. Adeel Khan and his team at Eterna Health for the treatment and reminded followers that results may vary, advising anyone interested to consult a doctor first.

What Is Stem Cell Therapy?

Stem cell therapy uses stem cells from the body—often from bone marrow, fat, or umbilical cord blood—to repair or replace damaged tissues. These cells can transform into multiple cell types, helping heal injuries, regenerate tissues, and treat certain diseases. While research is ongoing, stem cell therapy is gaining attention for its potential in regenerative medicine.

Muse Stem Cell Therapy and the Kardashians

Kylie underwent Muse stem cell therapy, which uses the body’s own stem cells to target and repair damaged tissue. The cells respond to injury signals and replace damaged areas. Kim, Kylie, and other sisters have traveled to Mexico for this treatment, as it is not yet FDA-approved in the U.S. for general use.

Kim previously shared that Muse therapy helped her recover from chronic shoulder pain and later her own back pain, calling it a “game-changer.” She emphasized the importance of medical supervision and hopes stem cell science evolves so more people can benefit.