Reuse

Efficiency in endotoxin removal by a reprocessing protocol for electrophysiology catheters based on hydrogen peroxide plasma sterilization

Electrophysiology / Humans / Medical Device / Reuse / Sterilization / Hydrogen Peroxide / Cardiac Catheterization / Public health systems and services research / Chlorine / Plasma Sterilization / Decontamination / Endotoxins / Hydrogen Peroxide / Cardiac Catheterization / Public health systems and services research / Chlorine / Plasma Sterilization / Decontamination / Endotoxins

Efficiency in endotoxin removal by a reprocessing protocol for electrophysiology catheters based on hydrogen peroxide plasma sterilization

Electrophysiology / Humans / Medical Device / Reuse / Sterilization / Hydrogen Peroxide / Cardiac Catheterization / Public health systems and services research / Chlorine / Plasma Sterilization / Decontamination / Endotoxins / Hydrogen Peroxide / Cardiac Catheterization / Public health systems and services research / Chlorine / Plasma Sterilization / Decontamination / Endotoxins

Efficiency in endotoxin removal by a reprocessing protocol for electrophysiology catheters based on hydrogen peroxide plasma sterilization

Electrophysiology / Humans / Medical Device / Reuse / Sterilization / Hydrogen Peroxide / Cardiac Catheterization / Public health systems and services research / Chlorine / Plasma Sterilization / Decontamination / Endotoxins / Hydrogen Peroxide / Cardiac Catheterization / Public health systems and services research / Chlorine / Plasma Sterilization / Decontamination / Endotoxins

Efficiency in endotoxin removal by a reprocessing protocol for electrophysiology catheters based on hydrogen peroxide plasma sterilization

Electrophysiology / Humans / Medical Device / Reuse / Sterilization / Hydrogen Peroxide / Cardiac Catheterization / Public health systems and services research / Chlorine / Plasma Sterilization / Decontamination / Endotoxins / Hydrogen Peroxide / Cardiac Catheterization / Public health systems and services research / Chlorine / Plasma Sterilization / Decontamination / Endotoxins

V(D)J recombinase activity in a subset of germinal center B lymphocytes

Immune response / Science / Gene expression / Multidisciplinary / Mice / Animals / Immunization / Reuse / Gene / Gen / Genetic Recombination / B Lymphocytes / Recombination / DNA binding proteins / Immunoglobulins / Germinal Center / Animals / Immunization / Reuse / Gene / Gen / Genetic Recombination / B Lymphocytes / Recombination / DNA binding proteins / Immunoglobulins / Germinal Center

Eco-efficiency in primary metals production : Context, perspectives and methods

Engineering / Design / Cleaner Production / Production / Sustainable Development / Recycling / Continuous Improvement / Environmental Sustainability / Optimization / Eco-efficiency / Conception / Environmental Sciences / End of life / Process Design / Environmental protection / Environmental Innovation / Reuse / Greenhouse Gas Emissions / Water Use / Greenhouse Gas / Energy Use / Recycling / Continuous Improvement / Environmental Sustainability / Optimization / Eco-efficiency / Conception / Environmental Sciences / End of life / Process Design / Environmental protection / Environmental Innovation / Reuse / Greenhouse Gas Emissions / Water Use / Greenhouse Gas / Energy Use

Eco-efficiency in primary metals production: Context, perspectives and methods

Engineering / Design / Cleaner Production / Production / Sustainable Development / Recycling / Continuous Improvement / Environmental Sustainability / Optimization / Eco-efficiency / Conception / Environmental Sciences / End of life / Process Design / Environmental protection / Environmental Innovation / Reuse / Greenhouse Gas Emissions / Water Use / Greenhouse Gas / Energy Use / Recycling / Continuous Improvement / Environmental Sustainability / Optimization / Eco-efficiency / Conception / Environmental Sciences / End of life / Process Design / Environmental protection / Environmental Innovation / Reuse / Greenhouse Gas Emissions / Water Use / Greenhouse Gas / Energy Use

Rapid and efficient synthesis of 4(3H)-quinazolinones under ultra sonic irradiation using silica-supported Preyssler nano particles

Catalysis / Kinetics / Nanoparticles / Ultrasound / Sonochemistry / Catalyst / Ultrasonics / Reuse / Support / Particle / Time Factors / Quinazolinones / Silicon Dioxide / Benzamides / Chlorides / Catalyst / Ultrasonics / Reuse / Support / Particle / Time Factors / Quinazolinones / Silicon Dioxide / Benzamides / Chlorides

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