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133 - MICROBIAL AIR MONITORING FROM PAPER TO DIGITAL DIGITALISATION OF SETTLE METHOD IN CLEANROOM
Application Note N.133 outlines the digitalization of the settle method for microbial air monitoring in cleanrooms. It details the process from preparation to data transmission, highlighting the steps involved in using the AIRBIO MONO E SETTLE system.
Learn more132 - ENVIRONMENTAL MONITORING (E.M.) IN CLEANROOM
This application note (N.132) introduces the concept of Environmental Monitoring (E.M.) in cleanrooms. It discusses the importance of monitoring viable and non-viable contaminants to maintain defined parameters within aseptic environments and prevent product contamination.
Learn more131 - MICROBIAL MONITORING OF COMPRESSED GAS. PREVENTIVE SAFETY NEASUREMENTS INTRODUCTION
This application note (N.131) focuses on the critical topic of microbial monitoring of compressed gas and emphasizes the preventive safety measures necessary for its use. The safe utilization of compressed gases necessitates specific safety protocols to mitigate accidents and ensure a secure working environment.
Learn more130 - ENVIRONMENTAL MONITORING - INCUBATION OF CULTURE MEDIA PLATE USED FOR ACTIVE OR PASSIVE SAMPLING
For effective environmental monitoring, proper incubation of culture media plates is essential. This document provides guidance on achieving accurate Total Bacterial Count (TBC) and Total Fungi Count (TFC) results.
Learn more129 - MICROBIAL ENVIRONMENTAL MONITORING IN CLEANROOM: ACTIVE AIR, PASSIVE AIR, COMPRESSED GAS, SURFACES, HANDS, CLOTHES
To effectively monitor microbial levels in cleanrooms, several analytical techniques are used. This post introduces active and passive air sampling, along with methods for compressed gas, surface, and personnel monitoring.
Learn more128 - PATHOGEN AIRBORNE DISEASES MONITORING IN LIVESTOCK PREMISES
Monitoring airborne pathogens is crucial in livestock environments to prevent epidemics. This document outlines a protocol for bio-aerosol collection using air samplers.
Learn more127 - HOW TO ENTER IN CLEANROOM
Entering a cleanroom requires careful protocol to prevent contamination. Even small particles can cause damage, so understanding the correct procedures is essential.
Learn more126 - CONTRIBUTION FOR AN EFFECTIVE MICROBIAL REDUCED RISK OF CONTAMINATION DURING MICROBIOLOGICAL MONITORING IN CLEANROOM
Cleanrooms must be kept free of contaminants to ensure product integrity. Interestingly, personnel are a major source of contamination, making proper procedures crucial.
Learn more125 - TRIO.BAS Air Sampler - Care, Maintenance, Battery Charging
The TRIO.BAS microbial air samplers should be cleaned at regular intervals. The body of the unit should be treated with mild detergent or ethanol. The stainless steel aspirating head should be cleaned with different type of detergents (exclude chlorine detergent).
Learn more124 - Cleanroom Microbial Air Monitoring with Operative Efficiency by TRIO.BAS Air Sampler
The Cleanroom monitoring is a continuous program to evidentiate control and detect possible excursions in the environment of aseptic manufacturing area. The choice of location of the air samplers and frequency is based on risk evaluation driven by the nature of cleanroom activity, equipments and process workflow.
Learn more123 - Indoor Air Bioaerosol Sampling from Building according NIOSH
This Application Note reports the original method from the technical paper 0800 published on 1998 by NIOSH USA (NATIONAL INSTITUTE FOR OCCUPATIONAL SAFETY AND HEALTH). After 20 years the method is still a valid and well done document. The new generation of air samplers simpli es the reported sampling process.
Learn more122 - Microbial Air Monitoring suggestions for reference graphic preparation
A speci c graphic to be implemented should be the basis for the interpretation of the microbiological results in non “standardied closed environment”. The graphic is then used as a guide for the environment to be monitored at regular programmed intervals. It is important to consider in a closed space the occupant density, the building characteristics, the humidity for a correct evaluation of the results. The graphic is the most effective method to involve the personell in the Hygiene care.
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