Objectives To transfer sterile medical devices (SMD), infusion bags (IB), ampoules (A), injection vials (V) and infusion bottles (B) into a laminar airflow cabinet (LAF) or safety cabinet (SC) with a surface bioburden as low as possible. Methods Surface bioburden of the outer layer of SMD, IB, A, V and B was determined by contact plates. Surface bioburden determination of critical spots on A, V and B (ampoule necks and stoppers) was determined by high-recovery swabs and contact plates. Particle emission from white cardboard boxes was determined by a particle counter. Results The chances of a contaminated outer layer of SMD is negligible as long as they stay in their original boxes. The outer layer of double-packed IB can contain a considera...
OBJECTIVES:The goal of this research was to evaluate how material curl, package structure and handli...
Objectives To determine prospectively the risk reducing measures of non-sterility during aseptic han...
OBJECTIVES: To determine prospectively the risk reducing measures of non-sterility during aseptic ha...
OBJECTIVES: To transfer sterile medical devices (SMD), infusion bags (IB), ampoules (A), injection v...
OBJECTIVES: To transfer sterile medical devices (SMD), infusion bags (IB), ampoules (A), injection v...
Objectives To improve the disinfection methods for materials with a non-sterile surface to be used i...
OBJECTIVES: To improve the disinfection methods for materials with a non-sterile surface to be used ...
ObjectivesTo develop methods for surface bioburden determination of ampoules and vials to be used in...
Objectives To develop methods for surface bioburden determination of ampoules and vials to be used i...
Objectives To develop methods for surface bioburden determination of ampoules and vials to be used i...
Often, medicines given by an injection must be treated before administration to patients. This can b...
ObjectivesThe goal of this research was to evaluate how material curl, package structure and handlin...
OBJECTIVES:The goal of this research was to evaluate how material curl, package structure and handli...
Objectives To determine prospectively the risk reducing measures of non-sterility during aseptic han...
OBJECTIVES: To determine prospectively the risk reducing measures of non-sterility during aseptic ha...
OBJECTIVES: To transfer sterile medical devices (SMD), infusion bags (IB), ampoules (A), injection v...
OBJECTIVES: To transfer sterile medical devices (SMD), infusion bags (IB), ampoules (A), injection v...
Objectives To improve the disinfection methods for materials with a non-sterile surface to be used i...
OBJECTIVES: To improve the disinfection methods for materials with a non-sterile surface to be used ...
ObjectivesTo develop methods for surface bioburden determination of ampoules and vials to be used in...
Objectives To develop methods for surface bioburden determination of ampoules and vials to be used i...
Objectives To develop methods for surface bioburden determination of ampoules and vials to be used i...
Often, medicines given by an injection must be treated before administration to patients. This can b...
ObjectivesThe goal of this research was to evaluate how material curl, package structure and handlin...
OBJECTIVES:The goal of this research was to evaluate how material curl, package structure and handli...
Objectives To determine prospectively the risk reducing measures of non-sterility during aseptic han...
OBJECTIVES: To determine prospectively the risk reducing measures of non-sterility during aseptic ha...