BD 260683 - GasPak Anaerobe Pouch System, Self-Contained Anaerobic Environment for Culture Growth, 20/BX

BD 260683 - GasPak Anaerobe Pouch System, Self-Contained Anaerobic Environment for Culture Growth, 20/BX

The BD 260683 - BD GasPak Anaerobe Pouch System is a self-contained, disposable anaerobic incubation system designed to provide a controlled oxygen-free environment for cultivating obligate and facultative anaerobic microorganisms. Manufactured by Becton Dickinson (BD), this pouch system eliminates the need for bulky anaerobic jars or chambers by generating an oxygen-free, carbon dioxide-enriched atmosphere directly inside a transparent, resealable pouch. The system uses a proprietary chemical reaction to absorb oxygen and release CO2, creating the ideal conditions for anaerobe recovery and growth.

This compact, easy-to-use design allows laboratories to incubate individual Petri dishes or small batches without additional equipment, making it ideal for clinical, research, and industrial microbiology applications. The BD GasPak Anaerobe Pouch System simplifies workflow while maintaining the high performance and reliability associated with BD anaerobic culture technology.

Key Benefits

The BD GasPak Anaerobe Pouch System offers multiple advantages in anaerobic culture incubation. Its self-contained design ensures efficient oxygen removal and CO2 generation without the need for water or catalyst activation. The transparent pouch allows for continuous visual inspection of cultures without opening the system, preserving the anaerobic environment. The single-use format reduces contamination risk and eliminates the maintenance associated with traditional anaerobic jars. In addition, the built-in indicator strip provides immediate visual confirmation of anaerobiosis through a color change mechanism, ensuring accurate environmental validation for reliable microbial recovery.

Compatibility and Applications

The BD 260683 Anaerobe Pouch System is compatible with most standard Petri dishes and culture plates. It is commonly used in:

• Clinical microbiology laboratories for isolating anaerobic pathogens such as Clostridium, Bacteroides, and Peptostreptococcus.
• Research laboratories studying anaerobic microbial metabolism and antibiotic resistance.
• Pharmaceutical and food industry laboratories for sterility and contamination testing.

Each pouch accommodates up to two standard-size Petri dishes and can maintain anaerobic conditions for up to 4872 hours, depending on the culture requirements and incubation parameters.

Usage Guidelines

To use the BD GasPak Anaerobe Pouch System, open the pouch and insert the desired culture plates along with a BD GasPak EZ Anaerobe Sachet or integrated reagent pack (depending on configuration). Seal the pouch firmly using the built-in zip closure. The chemical reaction begins automatically, removing oxygen and generating CO2 to establish the anaerobic atmosphere. Observe the included anaerobic indicator strip to verify oxygen removaltypically, the color changes from blue (aerobic) to colorless (anaerobic) within 3090 minutes. Place the sealed pouch in a suitable incubator set to the desired temperature and allow cultures to grow as required. Dispose of the pouch after a single use in accordance with biohazard waste protocols.

Certifications, Safety Standards, and Regulatory Approvals

The BD GasPak Anaerobe Pouch System is manufactured under ISO 13485:2016-certified quality management standards and complies with FDA and CE regulations for in vitro diagnostic (IVD) devices. Each batch is tested for oxygen absorption efficiency, CO2 generation rate, and packaging integrity to ensure consistent performance. The pouch materials are latex-free, non-toxic, and designed for safe use in both clinical and research laboratories. The product conforms to CLSI (Clinical and Laboratory Standards Institute) guidelines for anaerobic bacterial culture procedures.

Comparison with Competitor Products

Compared to traditional anaerobic jars and other pouch-based systems, the BD GasPak Anaerobe Pouch offers a simpler, more efficient, and lower-maintenance alternative. While anaerobic jars require catalysts, water activation, and repeated cleaning, the BD pouch provides automatic oxygen removal and CO2 generation with minimal setup. Competitor products may offer less reliable sealing or slower anaerobiosis achievement times, whereas BDs proprietary technology ensures rapid and stable anaerobic conditions. The clear, flexible pouch design also enables easy inspection of cultures without disruptionan advantage not typically available in metal jar systems.

Typical User Profile and Application Scenarios

This product is used by microbiologists, laboratory technicians, and clinical staff who perform anaerobic bacterial cultures regularly. Common application scenarios include diagnostic testing for infections caused by anaerobes, microbial ecology research, and quality assurance testing in food and pharmaceutical manufacturing. Its user-friendly, disposable design makes it ideal for laboratories with limited space or low-to-medium testing volumes that still require precise anaerobic conditions for reliable microbial growth.

Best Practices for Use and Maintenance

Store BD GasPak Anaerobe Pouch Systems at room temperature (1530C) and away from direct sunlight. Do not puncture or pre-open pouches before use. Always insert an anaerobic indicator strip to validate anaerobic conditions during each incubation. Avoid overcrowding culture plates within the pouch to maintain proper gas circulation. Dispose of used pouches following standard biohazard disposal regulations. For long-term anaerobic studies, use in conjunction with BD GasPak jars or chambers to extend incubation capabilities.

Regulatory and Safety Information

The BD 260683 - BD GasPak Anaerobe Pouch System complies with all relevant FDA, CE, and ISO standards for in vitro diagnostic and laboratory use. The product contains non-hazardous oxygen-absorbing and CO2-generating compounds that are sealed within the internal reagent pack and do not require user activation. Safety Data Sheets (SDS) are available upon request. The pouch is intended for single use and should not be reused or resealed once opened. Follow institutional biosafety guidelines when handling microbial cultures or disposing of used materials.

How to Order

To order the BD 260683 - BD GasPak Anaerobe Pouch System, add the product to your cart and proceed through the checkout process. CIA Medical provides fast delivery, competitive pricing, and bulk order support for laboratories and healthcare facilities. For volume purchases, custom quotes, or product-specific questions, contact CIA Medical customer service at (312) 275-5850 or submit an inquiry through the contact form on this page. Our experienced representatives are available to assist with product selection, technical documentation, and order tracking.