Bioproduction
DELIVERING OPERATIONAL EFFICIENCY THROUGH SMARTER QUALITY MONITORING
Choosing the right microbiology diagnostic solution can simplify workflows and boost efficiency for routine testing. Adding automation can increase standardization, reduce human error, and increase data integrity, while implementing rapid and simple at-line testing provides certainty that your manufacturing process is secure.
Comprehensive Bioproduction Solutions
With the most comprehensive portfolio of microbiology solutions for bioproduction, we can provide you with better quality control, keep you in compliance, and improve your bottom line.
3P Environmental Monitoring
Imagine a fully digitalized Environmental Monitoring (EM) process where your data is totally under your control and accessible in real-time.
AIR IDEAL® 3P® Powerful Air Testing
AIR IDEAL® 3P® is used for the detection of viable organisms through active air sampling. It uses standard prepared media, including contact plates and 100mm plates.
BACT/ALERT® 3D
The BACT/ALERT® 3D was developed as an effective and safe solution for industrial sterility testing.
BIOBALL® Standardized Strains
BIOBALL® is a small water-soluble ball containing a precise number of microorganisms that delivers accuracy and precision, batch after batch.
VITEK® MS PRIME MALDI-TOF Mass Spectrometry System
The VITEK® MS PRIME is an innovative MALDI-TOF mass spectrometry system that takes your automated identification experience to the next level.
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BUILD OUT YOUR BIOPROCESS TESTING WORKFLOW
Bioprocessing is a type of manufacturing that uses living cells to produce a product. In pharmaceutical bioprocessing, a living cell is manipulated to manufacture the drug of interest in bioreactors and is then purified and formulated to create the end product.
TESTING BIOPRODUCTION SAMPLES USING THE BIOFIRE® MYCOPLASMA MOLECULAR LAB IN A POUCH SYSTEM
The BIOFIRE® FILMARRAY® 2.0 Industry system utilizes a filmarray instrument and next generation PCR testing where all reagent components are contained in a closed pouch to detect the presence of more than 130 species of mycoplasma.
COMPARATIVE STUDY OF PREPARATION TIME BETWEEN A QUANTITATIVE CERTIFIED REFERENCE MATERIAL AND TRADITIONAL CULTURE METHOD FOR GPT
Making quantitative in-house microbiological culture stocks for USP Growth Promotion Testing (GPT) can be time consuming and needs knowledgeable and experienced analysts.