P. R. Corridon

Organ Scaffold Characterizations Using Intravital Microscopy

This paper uses intravital microscopy to assess the structural and functional integrity of decellularized kidney scaffolds in transplanted rats.

Analysis of vascular architecture and parenchymal damage generated by reduced blood perfusion in decellularized porcine kidneys using a gray level co-occurrence matrix

This study uses GLCM and wavelet analysis to assess vascular changes in decellularized porcine kidneys under hypoperfusion, finding increased textural heterogeneity.

Assessing the Live Decellularized Renal Microvasculature Post-Transplantation using Intravital Microscopy

This study uses intravital microscopy to assess microvascular integrity in decellularized renal scaffolds post-transplantation in rats, showing initial structural retention and progressive permeability issues.

Intravital imaging of real-time endogenous actin dysregulation in proximal and distal tubules at the onset of severe ischemia-reperfusion injury

This study uses intravital imaging to observe real-time actin dysregulation in kidney tubules during severe ischemia-reperfusion injury in rats.

Capturing effects of blood flow on the transplanted decellularized nephron with intravital microscopy

This study uses intravital microscopy to examine how blood flow affects decellularized nephron scaffolds after transplantation, revealing increased microvascular permeability and scaffold damage.

Modeling changes in vascular and extracellular matrix integrity that can occur in decellularized kidneys after implantation

This study models vascular and extracellular matrix changes in decellularized porcine kidneys after implantation under different perfusion rates, showing reduced venous outflow and clot formation under abnormal conditions.