The process of using detergents to decellularize and then recellularize porcine hearts with differentiated cells made from human patient specific pluripotent stem cells is an innovative area of research that may significantly change the prognosis for heart failure patients.
With that in mind, researchers are seeking innovative ways to enhance wound management. One such method is the porcine urinary bladder matrix.
Two recent studies have shown the effectiveness of porcine tissues in treating wounds in both humans and other animals.
As we discussed last month, abalation is a method used in treating liver tumors. Our previous blog post looked at thermal abalation and porcine liver tissues.
This week, we’ll look at microwave abalation (MWA) in liver tumor treatments and a study by Italian researchers published in 2015 in the Journal of Cancer Surgery.
Treating this condition can be frustrating. Only about half of all people with hypertension have the disease under control.
New research published earlier this year in the journal Cureus looked at the efficacy of treating refractory hypertension through radiosurgical ablation of the renal nerve.
Thermal ablation is an important technique in treating liver tumors and metastases. New research into this treatment conducted in Germany relied on porcine liver models to test ablation methods.
This study was conducted by researchers from University Medicine Berlin and Martin Luther University in Halle, and published in April in the Journal of Cellular Biology.
As often happens, these searches turn to porcine tissue to approximate human tendons.
In a U.S. patent application filed in 2016, LifeCell Corporation of Branchburg, NJ describes a study using a porcine acellular tissue matrix – derived from porcine skin – that was implanted into a human.
The abdominal wall is comprised of muscles and connective tissue. A hernia occurs when there is a tear in the wall, allowing what is behind the wall to push through.
When there is damage to the cells, tissue must be regenerated. This regeneration depends on a series of physiological events.
The first stage of this process is the inflammatory phase. After many other cells migrate to the damaged site, the differentiated cells produce and deposit new extracellular matrix.
Studies, such as the one published last year by LifeCell Corporation in New Jersey, have used porcine dermal tissue to make a biocompatible mesh to repair multiple damaged tissues, while minimizing infections or adhesions.
A recent study by researchers at the University of British Columbia found that blood pressure plays a role as a confounding factor in measuring the elasticity of the renal tissue.
As we’ve pointed out multiple times on this blog, porcine tissue is used in research because of pigs’ biological similarities to humans.
That was the case yet again in a study conducted by researchers from the Departments of Chemical Engineering and Biological Sciences at Rowan University and the Department of Biomedical Engineering at Drexel University.