Research group's work will usher in a new era in the study of diseases of the urinary system

New study opens up the possibility of using CRISPR to alter the makeup of the human microbiome in a way that could be personalized and specific from person to person

In a new study, researchers tested whether Stx2a is important for calf-to-calf transmission by comparing E. coli O157 strains with and without Stx2a

Weighing is an important act in every laboratory—but it can become tedious and even uncomfortable. The design of the new, smaller XPR analytical balance gives you deeper access to the weighing chamber. This makes every weigh-in easier so you can stay steady and get more done

Today’s busy laboratories are under high pressure to be productive. The new XPR analytical balance enhances work speed by offering operators an easy, tablet-like work experience—even through lab gloves—for a fast, intuitive weighing experience

When your lab is busy, you don’t have time to worry about electrostatic charges negatively affecting your weighing results. That’s why new XPR analytical balances include static detection, making them the only balance on the market today that can automatically sense, measure, and negate the effects of static

The ‘BB package’ combines top-quality 2D coded sample storage tubes, a high performance 2D barcoded tube scanner, and a semi-automated tube selector that makes picking individual tubes very easy, all at an affordable price

The SG 920 ensures continuous gas flow to downstream applications by automatically switching gas supply from a primary cylinder bank to a reserve cylinder ban

'Fuzzy' dark matter theory simulated fully for the first time

Use of brain-like extracellular matrix allows cell growth and treatment to more closely replicate physiological response

Asian soybean rust has a devastating impact on soybean, an internationally important crop with 381 million tons produced globally

An SLU team believes their system may provide clues relevant to solving the mystery of why all life on Earth spends so much energy enriching potassium inside cells and throwing sodium out