ASEPTIC MEMBRANE PERFORATOR.

Antibacterial electrospun chitosan‐based nanofibers: A bacterial membrane perforator

This study investigates the antibacterial action of chitosan-based nanofibers (CNFs) obtained by the electrospinning process on the permeability of bacterial membranes. The bactericidal efficiency of CNFs was first determined against Gram-negative Escherichia coli and Salmonella Typhimurium, and Gram-positive Staphylococcus aureus and Listeria innocua bacteria as a baseline. The results strongl...

Perforator Relocation in Free Style Local Perforator Flaps

Local perforator flaps have evolved over the time to provide complete and stable coverage of soft tissue defects. Technical advances and experience with the perforator flaps have allowed the harvest of local perforator flaps in a free style manner by offering greater freedom in flap selection. We have proposed a technical modification in the harvest of a perforator flap by relo-cating the perfo...

Aseptic technique.

This chapter describes common laboratory procedures that can reduce the risk of culture contaminations (sepsis), collectively referred as "aseptic technique." Two major strategies of aseptic work are described: using a Bunsen burner and a laminar flow hood. Both methods are presented in the form of general protocols applicable to a variety of laboratory tasks such as pipetting and dispensing al...

Aseptic Surgery

perforator relocation in free style local perforator flaps

local perforator flaps have evolved over the time to provide complete and stable coverage of soft tissue defects. technical advances and experience with the perforator flaps have allowed the harvest of local perforator flaps in a free style manner by offering greater freedom in flap selection. we have proposed a technical modification in the harvest of a perforator flap by relo-cating the perfo...