Understanding the enzymes that drive hop creep and a novel potential control strategy.

Special Guest: Matt Cottrell.

Sponsored By:

• Hopsteiner: <img src="https://files.fireside.fm/file/fireside-uploads/images/6/6862bc36-d6ba-44cd-ad18-93b0038a8945/G8Ic7vgC.png" alt="hopsteiner 100">
• Proximity Malt: <img src="https://files.fireside.fm/file/fireside-uploads/images/6/6862bc36-d6ba-44cd-ad18-93b0038a8945/eJ5h0Hyi.jpg" alt="proximity malt 100">
• BSG: <img src="https://media24.fireside.fm/file/fireside-uploads-2024/images/6/6862bc36-d6ba-44cd-ad18-93b0038a8945/IbC1PHKC.png" alt="Untitled">
• Berkeley Yeast: <img src="https://files.fireside.fm/file/fireside-uploads/images/6/6862bc36-d6ba-44cd-ad18-93b0038a8945/gFdfSI36.png" alt="BerkYeast">
• The Lupulin Exchange: <img src="https://files.fireside.fm/file/fireside-uploads/images/6/6862bc36-d6ba-44cd-ad18-93b0038a8945/v8Qkx_h_.jpg" alt="Untitled" width="200">

Links:

• Controlling Hop Creep of Dry Hopped Beer Using Exogenous Enzyme Addition to Forestall the Endogenous Dextrin Degrading Enzymes of Humulus Lupulus (Hop) — WBC Rewind
• Upcoming Events - Master Brewers Calendar
• Join Master Brewers
• Brewing Summit 2025