Coating with Autologous Plasma Improves Biocompatibility of Mesh Grafts In Vitro: Development Stage of a Surgical Innovation

Table 1

Meshes.


Mesh	Material	Biomechanic characteristics

Vitamesh, Proxy Biomedical	Large pore monofilament Polypropylene	Knit polypropylene, pore size 2410 µm, Thickness (microns) 250, tear resistance ( N) 33.7
Dynamesh, FEG Textiltechnik	Monofilament (PVDF) polyvinylidene fluoride	Effective porosity: 58%, reactive surface: 1.97 m²/m², suture pull out strength: 31 N, tear propagation resistance: 28 N, pore size: 3000 μm
TFT Motifmesh, Proxy Biomedical	Micromachined polytetrafluoroethylene	Pore size 235 µm, thickness (microns) 150, tear resistance ( N) 15.1
TVT polypropylene	Polypropylene	Nonabsorbable, permanent polypropylene suture, pore size of 164 × 96 μm
UltraPro Hernia System Medium (UHSM), Ethicon	Polypropylene reinforced with poliglecaprone fibers	Filament thickness 0.09 mm, mesh thickness 0.5 mm, ( N) 69 N, pore size 300 µm
Proceed surgical mesh, Ethicon	Monofilament polypropylene encapsulated with polydioxanone (PDS)	Closely knitted with small pores <1000 µm size, high tensile strength
Mersilene, Johnson and Johnson	Multifilament mesh, polyethylene terephthalate	Density 0,19 g/cm³, pore size 120–85 µm

Investigated meshes and their main characteristics [5].