Light microscopy images of the large pore polypropylene mesh, fixed with stitches or with the different cyanoacrylates (Glubran 2, SafetySeal, Ifabond and Evobond), 90 days after the surgery. Left images: Masson’s trichrome staining panoramic images of the implant meshes (100x magnification). Right images: sirius red staining images (100x magnification). Notice the increase in type I collagen at this study time in relation to 14 days. Type I collagen is seen in red, and type III collagen is seen in yellow-green. (PP: polypropylene mesh filament; TA: tissue adhesive).</p
<p>A–D: Masson trichrome staining; E–F: Immunostaining. (A) PSIS at Week 1 (×100). Only a thin layer...
<p>Picrosirius red staining was used to visualize changes in collagen organization over time in vehi...
In use since the 1960s, polypropylene (PP) biomaterials are common in commercially available hernia ...
Light microscopy images of the large pore polypropylene mesh, fixed with stitches or with the differ...
Light microscopy images of the large pore polypropylene mesh, fixed with stitches or with the differ...
<p>Panoramic light microscopy images of tissue integration of the reticular PP mesh (Surgipro) fixed...
Comparative histological and electron-microscopic studies of tissues at the site of implantation of ...
<p>Appearance of the different meshes after 14 days of implantation and <i>Sa</i> contamination. (A,...
<p>Immunofluorescence detected for collagen type III at 14 and 90 days postimplant (left panel). N=n...
The deposition of new collagen in association with a medical implant has been studied using expanded...
Images of the optimal integration of the Optilene Mesh Elastic polypropylene mesh in the different s...
Incisional hernia occurs in approximately 11% of all laparotomies. Changes in collagen have been clo...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)Complications related to tissue integra...
Light microscopy (Masson´s trichrome staining, 100x magnification) and scanning electron microscopy ...
Pelvic Organ Prolapse (POP) is the herniation of pelvic organs into the vagina. Despite broad accept...
<p>A–D: Masson trichrome staining; E–F: Immunostaining. (A) PSIS at Week 1 (×100). Only a thin layer...
<p>Picrosirius red staining was used to visualize changes in collagen organization over time in vehi...
In use since the 1960s, polypropylene (PP) biomaterials are common in commercially available hernia ...
Light microscopy images of the large pore polypropylene mesh, fixed with stitches or with the differ...
Light microscopy images of the large pore polypropylene mesh, fixed with stitches or with the differ...
<p>Panoramic light microscopy images of tissue integration of the reticular PP mesh (Surgipro) fixed...
Comparative histological and electron-microscopic studies of tissues at the site of implantation of ...
<p>Appearance of the different meshes after 14 days of implantation and <i>Sa</i> contamination. (A,...
<p>Immunofluorescence detected for collagen type III at 14 and 90 days postimplant (left panel). N=n...
The deposition of new collagen in association with a medical implant has been studied using expanded...
Images of the optimal integration of the Optilene Mesh Elastic polypropylene mesh in the different s...
Incisional hernia occurs in approximately 11% of all laparotomies. Changes in collagen have been clo...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)Complications related to tissue integra...
Light microscopy (Masson´s trichrome staining, 100x magnification) and scanning electron microscopy ...
Pelvic Organ Prolapse (POP) is the herniation of pelvic organs into the vagina. Despite broad accept...
<p>A–D: Masson trichrome staining; E–F: Immunostaining. (A) PSIS at Week 1 (×100). Only a thin layer...
<p>Picrosirius red staining was used to visualize changes in collagen organization over time in vehi...
In use since the 1960s, polypropylene (PP) biomaterials are common in commercially available hernia ...