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How Often Should a Ductless Fume Hood Filter be Replaced?

Having a routine filter replacement schedule is an important first step for proper equipment maintenance. Most ductless fume hood filter…

Securing the Science Lab: Teaching Chemistry Safely

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The fume hood is an essential safety staple in chemistry classrooms and research labs. It is also arguably the most…

The Cost of Clean Air: Exploring Ductless Labs

How Does A Fume Hood Operate? Fume hoods are designed to protect personnel from toxic or volatile chemical gases, vapors…

Choosing the Right Laminar Flow Hood

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Get the Best Results for Your Application What is a laminar flow hood? Laminar flow hoods go by a few…

The Benefits of American-Made Ductless Equipment

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In an increasingly global economy, we may not always consider where the equipment we buy is made. However, the manufacturing…

How to Control Contamination During PCR Amplification

The importance of contamination control in PCR amplification cannot be overstated. This is because even trace amounts of DNA from…

What’s the Difference Between Class II, Type A2 and B2 Biosafety Cabinets?

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Generally, biological safety cabinets (BSCs) are ventilated enclosures designed to protect laboratory workers and the surrounding environment from biologicals and…

Protect DNA Evidence with Forensic Laboratory Equipment

In 1953, three articles published in the scientific journal Nature detailed one of the most important discoveries in scientific history…

Is Going Ductless Right for Your Lab?

Fume hoods are used in a variety of applications to limit exposure to hazardous fumes and vapors or, with the…

Preventing Cross-Contamination in Forensic Mycology Applications

Forensic mycology brings numerous benefits to criminal investigations. Mold growth on organic matter can help investigators determine postmortem intervals more…