Keywords
Spina Bifida, Myelomeningocele, Fetal Surgery, Tissue Engineering, Tissue Adhesive
Presentation Type
Talk
Research Abstract
Spina bifida aperta is a serious birth defect involving the protrusion of the spinal cord outside the spine that can lead to partial paralysis, inability to control the urinary tract, and often death, before or after birth. On average, medical treatment related to spina bifida costs the United States $1,176,000,000 each year. Advancements in existing treatment options, namely fetal surgery, can greatly decrease neurological injury and related costs, but can also lead to birth complications and have lasting effects on both the mother and child. The application of tissue scaffolds to aid closure of the gap left after fetal correction have been in development, but advancements in adhesive methods for the scaffolds are needed to decrease surgery time and increase deformity coverage. This study compares strengths of different adhesive methods in a simulated amniotic fluid environment through peel tests and determines the viability in vitro of a lab-produced collagen patch as a scaffold to cover the spina bifida defect.
Session Track
Biotechnology and Biomedical Engineering
Recommended Citation
Sadid R. Khan, Renxiang Tang, Sean Bucherl, and Eric Nauman,
"Adhesive Methods for Scaffold-aided Repair of Spina Bifida"
(August 2, 2018).
The Summer Undergraduate Research Fellowship (SURF) Symposium.
Paper 1.
https://docs.lib.purdue.edu/surf/2018/Presentations/1
Adhesive Methods for Scaffold-aided Repair of Spina Bifida
Spina bifida aperta is a serious birth defect involving the protrusion of the spinal cord outside the spine that can lead to partial paralysis, inability to control the urinary tract, and often death, before or after birth. On average, medical treatment related to spina bifida costs the United States $1,176,000,000 each year. Advancements in existing treatment options, namely fetal surgery, can greatly decrease neurological injury and related costs, but can also lead to birth complications and have lasting effects on both the mother and child. The application of tissue scaffolds to aid closure of the gap left after fetal correction have been in development, but advancements in adhesive methods for the scaffolds are needed to decrease surgery time and increase deformity coverage. This study compares strengths of different adhesive methods in a simulated amniotic fluid environment through peel tests and determines the viability in vitro of a lab-produced collagen patch as a scaffold to cover the spina bifida defect.