Mould study highlights safer far-UVC light cleaning alternative
Research suggests that to prevent common mould growth, low-dose far-UVC light could be applied as a chemical-free addition to manual cleaning of indoor surfaces.
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Research suggests that to prevent common mould growth, low-dose far-UVC light could be applied as a chemical-free addition to manual cleaning of indoor surfaces.
This report is dedicated to exploring some of the latest advances in pharmaceutical environmental monitoring, covering topics from contamination control and cleanroom validation through to emerging technologies for bacterial endotoxin testing.
Monitoring microbial contamination levels at various stages requires focused, independent software with extended controls over microbial management. Digital monitoring of contaminants and their sources helps understand microbial behavior and trends. Thus, a reinforced, data- driven environmental monitoring mechanism is the key to maintaining controlled lab spaces for microbial trend analysis.…
Technology innovations and a stronger focus on developing novel drugs to treat chronic diseases, are key drivers for the global mycoplasma testing market up to the next decade, research states.
Automating a Laboratory’s BET workstream using Lonza’s PyroTec® PRO Robotic Solution, WinKQCL® Software, and MODA® Software.
The new sterilisation method could provide an affordable, rapid approach for preparing microbiological culture media, research suggests.
Research suggests the rapid detection method “will enable the timely implementation of microbiological monitoring strategies for large batches of medications”.
While fungal contamination detection in pharmaceutical manufacturing remains a challenge, preventive practices and policies must be followed, research states.
8 March 2024 | By Thermo Fisher Scientific
Discover the valuable role ultraviolet-visible spectroscopy can play in quickly and accurately monitoring a drug as it moves through the research & development workflow and enabling quality and regulatory compliance through the manufacturing process.
Automating the pipetting steps of the PyroGene® rFC Assay on the ASSIST PLUS helps to reduce the opportunity for pipetting errors and ensures robust reproducibility.
Revisions for two proposed USP chapters recommend changes for rapid tests required for releasing sterile short-life products, as well as for rapid microbiological methods (RMM) for detecting contamination in these products.
9 February 2024 | By Charles River Laboratories
Join this webinar to unravel the complexities of microbial identification technologies and their pivotal role in fortifying contamination control strategies within the pharmaceutical industry.
Driven by a rise in infectious diseases and advancements in digital technologies, increased demand for rapid microbiology testing is set to accelerate the market’s growth.
The bacterial detection method is robust and highly sensitive over a wide concentration range and does not require DNA amplification, research suggests.
EPR's inaugural Pharma Horizons report explores the latest advances in artificial intelligence (AI) and machine learning (ML) for drug development, pharmaceutical manufacturing and quality control.