Monday, July 15, 2024
HomeNewsCan Nose Cells Help Spinal Cord Injuries?

Can Nose Cells Help Spinal Cord Injuries?

| Source: theindychannel.com

INDIANAPOLIS — A doctor in Portugal is recruiting people through an Indiana hospital for a study on whether cells in nasal tissue can help repair damaged spinal cords.

Dr. Carlos Lima, a neuropathologist, says harvesting olfactory mucosa — naval-cavity tissue with mucus-secreting glands — and from a patient and putting it into his or her damaged spinal cord may be able to help regenerate spinal cells.

Lima already has led such a procedure on a Butler University student, Sarah Clay, who became a Paraplegic in an ATV accident five years ago.

Clay flew to Portugal last year for the operation, called olfactory unsheathing cell implantation. She is now undergoing intense Rehabilitation and has seen improvement.

“I can walk with … braces, and I couldn’t do that before,” Clay told 6News’ Stacia Matthews.

The idea behind the procedure is that the nasal tissue has nerve cells that can regenerate, Matthews reported.

“When you lose your sense of smell, it comes back. Those are nerve cells that you’re looking for,” said Clay, a pharmacy student. “They are nerve cells — stem cells — and they regenerate.”

Lima is working with the Rehabilitation Hospital of Indiana to recruit patients for his next study.

“We’re seeing some things that are interesting. They are hard to explain from the normal process of a spinal cord injury,” the hospital’s Annette Seabrook said.

1 COMMENT

  1. I think Dr. Lima is a very well educated physician. He helped Joy Veron, a school teacher to regain momentum after she was paralyzed in 1999. Now, people who want to try stem cells from their nasal passages to be put where the paralyzation is won’t have to go to Portugal as some of Dr. Lima’s earlier patients had to.

This site uses Akismet to reduce spam. Learn how your comment data is processed.

- Advertisment -

Must Read

Study identifies drug target to prevent autonomic dysfunction after spinal cord...

In response to stressful or dangerous stimuli, nerve cells in the spinal cord activate involuntary, autonomic reflexes often referred to as "fight or flight"...