Descriptions: Oxoid™ CampyGen™ sachets generate a controlled microaerophilic atmosphere for the cultivation of Campylobacter species. Designed for use in 3.5 L anaerobic jars, these easy-to-use gas-generating sachets provide reliable conditions without the need for specialized equipment. Supplied in packs of 10 for convenient laboratory use.
Benefits:
Creates a microaerophilic atmosphere ideal for cultivating Campylobacter species without specialized equipment.
Convenient and easy-to-use sachets – simply place in an anaerobic jar or container.
Reliable performance – ensures optimal conditions for selective growth of fastidious organisms.
Compact and cost-effective – no need for expensive gas-generating systems.
Suitable for 3.5 L jars – perfect for routine diagnostic and research labs.
Pack of 10 sachets – supports multiple tests and efficient workflow.
Applications:
Cultivation of Campylobacter species in diagnostic microbiology
Use in clinical laboratories for stool sample analysis
Food safety testing for Campylobacter contamination
Veterinary microbiology for pathogen detection
Research studies requiring microaerophilic conditions
Environmental monitoring for Campylobacter presence
Descriptions: Oxoid™ CampyGen™ sachets generate a controlled microaerophilic atmosphere for the cultivation of Campylobacter species. Designed for use in 3.5 L anaerobic jars, these easy-to-use gas-generating sachets provide reliable conditions without the need for specialized equipment. Supplied in packs of 10 for convenient laboratory use.
Benefits:
Creates a microaerophilic atmosphere ideal for cultivating Campylobacter species without specialized equipment.
Convenient and easy-to-use sachets – simply place in an anaerobic jar or container.
Reliable performance – ensures optimal conditions for selective growth of fastidious organisms.
Compact and cost-effective – no need for expensive gas-generating systems.
Suitable for 3.5 L jars – perfect for routine diagnostic and research labs.
Pack of 10 sachets – supports multiple tests and efficient workflow.
Applications:
Cultivation of Campylobacter species in diagnostic microbiology
Use in clinical laboratories for stool sample analysis
Food safety testing for Campylobacter contamination
Veterinary microbiology for pathogen detection
Research studies requiring microaerophilic conditions
Environmental monitoring for Campylobacter presence
