Search Results - "Drapal, Victoria"

A preliminary In Vitro viability study of an electrically active hernia mesh on mouse fibroblasts by Drapal, Victoria, Mosier, Savannah, Norman, Anna, Berbel, German, Robinson, Jennifer L, Friis, Elizabeth A

“…Hernias occur when part of an organ, typically the intestines, protrudes through a disruption of the fascia in the abdominal wall, leading to patient pain,…”
Get full text

Reverse engineering of fatty acid-tolerant Escherichia coli identifies design strategies for robust microbial cell factories by Chen, Yingxi, Boggess, Erin E., Ocasio, Efrain Rodriguez, Warner, Aric, Kerns, Lucas, Drapal, Victoria, Gossling, Chloe, Ross, Wilma, Gourse, Richard L., Shao, Zengyi, Dickerson, Julie, Mansell, Thomas J., Jarboe, Laura R.

“…Adaptive laboratory evolution is often used to improve the performance of microbial cell factories. Reverse engineering of evolved strains enables learning and…”
Get full text

Transcutaneous Ultrasound Loading of Piezoelectric-Driven Hernia Repair Mesh for Soft Tissue Healing by Drapal, Victoria A

“…Annually in the United States, over one million hernia repairs surgeries occur. A hernia is a painful medical impediment where a portion of soft tissue…”
Get full text

Integration of clinical perspective into biomimetic bioreactor design for orthopedics by Drapal, Victoria, Gamble, Jordan M., Robinson, Jennifer L., Tamerler, Candan, Arnold, Paul M., Friis, Elizabeth A.

“…The challenges to accommodate multiple tissue formation metrics in conventional bioreactors have resulted in an increased interest to explore novel bioreactor…”
Get full text