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Unlock the Secrets of Mash pH: Join Our April 29 Webinar!

Discover how mash pH affects your brew and learn expert tips to perfect your process at “The Effect of Mash pH on Wort Composition and Beer Flavour Stability” on April 29 at 11:30 a.m. Central. Don't miss out on this opportunity to elevate your brewing skills!

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Optimize your brews with resources like our Methods of Analysis, Laboratory Proficiency Program, and Fishbone References.

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Collaborate with peers and experts, share strategic advice, and solve your brewing challenges with ASBC Connect.​

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Featured Science

Pathogens in Non-Alcoholic Beers—Current Knowledge

With the NA beer market booming, it is more important than ever to understand what pathogens can and cannot grow in your products. In this month’s article, Dr. Grzegorz Rachon et al. investigate the impact of CO2 on the growth of E. coli or Salmonella in closed and open bottle environments.

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​​​​Up​​coming Events​​​

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Brewing Summit 2025​​​

Advance Registration Is Open Now!

Join us August 13–15 in Palm Desert, California for an immersive experience where brewing professionals, scientists, and industry leaders come together to explore the latest innovations, cutting-edge research, and real-world applications.

Advance rates end June 17! Don’t miss this opportunity to connect with experts, gain valuable insights, and stay ahead in the ever-evolving brewing industry. 

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Evaluate and Improve Your Accuracy

ASBC Laboratory Proficiency Program (LPP)

With a variety of samples available, ASBC LP​P can help improve the accuracy of labs of all sizes. Compare your results with labs from around the world while regularly evaluating your accuracy and instrument performance. Learn how you can start improving your lab -- and the synergies you can get when you bundle ASBC LPP with your free ASBC member Methods of Analysis​

Get Started​!​​

​​JASBC Editor's Pick

Quantitative Analysis of Ferulic Acid Dehydrodimers in Wort and Beer Using UPLC-QTOF: Implications for Water Extractable Arabinoxylan (WEAX) Gel Formation​

WEAX compounds are non-starch polysaccharides containing a xylose backbone with arabinose branches, a percentage of which are esterified to ferulic acid. The formation of ferulic acid dimers can facilitate WEAX crosslinking and in turn gel formation. WEAX extracted from grain during mashing is associated with problems related to wort viscosity (lautering), filtration and even haze formation in final product. Dulcie Thomson et al. present an ultr​a-high performance liquid chromatography with tandem time of flight mass analyser (UPLC-QTOF) approach, to accurately quantify the various ferulic acid dehydrodimers (di-FA) in wort and beer, including the enzymatic digestion of samples prior to analysis using commercially available brewing enzymes.​ Read this Editor’s Pick open access in JASBC!

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The American Society of Brewing Chemists supports brewers and breweries of all sizes worldwide. Connect with fellow brewing scientists and take your quality to the next level.​

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