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28029 Sigma-Aldrich

Anaerobic jar

for microbiology

Purchase

Properties

Related Categories Anaerobic Equipment, Core Bioreagents, Labware, Life Science Reagents for Cloning, Microbiology Equipment,
material   polycarbonate lid
grade   for microbiology

Description

Application

Atmospheric Generation System. The 2.5L jar will hold up to 12 disposable plastic petri dishes. The jar’s polycarbonate base is secured to the lid by four spring loaded clips. The clips themselves allow self-venting in the unlikely event of a pressure build up. A carrying handle is also provided, enabling the jar to be transported safely between the bench and the incubator.

An easy to operate vacuum relief screw permits the inlet of air to the jar, thus overcoming any difficulty which could be caused by the presence of negative pressure.

The Anaerojar is lightweight and robust with excellent space saving features; there are no external clamps or protruding valves and the carrying handle tucks away into the lid of the jar itself.

Anaerogen is a kit for use with the Anaerojar. It produces an anaerobic atmosphere rapidly without the use of water or catalyst. No hydrogen is produced. The oxygen is absorbed rapidly without build up of pressure. The final atmosphere contains less than 1% oxygen supplemented with carbon dioxide - ideal for optimum growth of anaerobes and increased colony size.

Anaerobe atmosphere generation bags (Cat. No. 68061) are not included.

Suitable cleaning agents:

Virkon:
Is a multi-purpose disinfectant. It contains oxone (potassium peroxymonosulphate), sodium dodecylbenzenesulfonate, sulphamic acid; and inorganic buffers. It is typically used for cleaning up hazardous spills, disinfecting surfaces and soaking equipment. The solution is used in many areas, including hospitals, laboratories, nursing homes, funeral homes, medical, dental and veterinary facilities, and anywhere else where control of pathogens is required.

MicroSol 3+:
Available in concentrate, ready-to-use spray and handy wipes, the MicroSol 3+ decontaminant′s unique blend of twin chain quaternary ammonium compounds (Q.A.C.s) and amphoretic biocides has proven efficacy against bacteria, fungi, viruses, yeasts and D.N.A.

It is proven to be effective against key human pathogenic micro organisms and interacts with DNA and RNA molecules to have a detrimental effect on their secondary structure, deactivating them within blood, plasma or00 other samples.

MicroSol 3+ serves as a suitable decontamination for pipettes and surfaces for use in molecular biology laboratories and when carrying out DNA profiling for forensic applications. However, the laboratory is not the only place MicroSol 3+ can be used; it can also be used in washroom areas, for food preparation surfaces and for surface decontamination of instruments and electrical appliances.

This lab disinfectant is biodegradable, has low toxicity, with a non-corrosive formula making it user and environmentally friendly. Plus, it leaves no surface residues, doesn’t stain and produces no unpleasant odours to provide the ideal solution for your cleaning or decontamination needs.

Ethanol (70%)

We do recommend washing with hot soapy water. It′s amazing what this can do to clean the jars!

Other Notes

Same product — same quality — now Sigma-Aldrich brand

Price and Availability

Safety & Documentation

Safety Information

Safety Information for this product is unavailable at this time.

Documents

Certificate of Analysis

Protocols & Articles

Articles

Clostridia Diagnostic

Clostridia are relatively large, gram-positive, rod-shaped bacteria that can undergo only anaerobic metabolism. Most Clostridia cannot grow under aerobic conditions and even can be killed by exposure...
Jvo Siegrist
AnalytiX Volume 7 Article 2
Keywords: Aerobic, Anaerobic, Clinical, Degradations, Environmental, Fermentation, Germination, Gram stain, Indicators, Metabolism, Microbiology, Pharmaceutical, Vitamins

Clostridium perfringens, their Properties and their Detection

Clostridia are relatively large, Gram-positive, rod-shaped bacteria that can undergo only anaerobic metabolism. Most Clostridia cannot grow under aerobic conditions and can even be killed by exposure...
ivo.siegrist@sial.com
AnalytiX Volume 10 Article 4
Keywords: Aerobic, Anaerobic, Chlorinations, Degradations, Environmental, Fermentation, Germination, Gram stain, Indicators, Metabolism, Microbiology

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