top of page
Writer's pictureAndreas Sanidiotis

Enzymes in Mixology: Crafting Extraordinary Cocktail Syrups with Amylase and Glucosidase

The world of mixology is constantly evolving, with bartenders venturing beyond traditional ingredients and techniques to discover new flavor frontiers. Enzymes, those biological catalysts found throughout nature, have emerged as exciting tools for creating exceptional cocktail syrups. This article explores the use of amylase and glucosidase to transform the humble bombolone into a unique syrup, delving into the science and art of this technique.


Understanding Enzyme Action

Enzymes are specialized proteins that accelerate biochemical reactions. Amylase and glucosidase hold specific importance for culinary applications due to their ability to break down complex carbohydrates (starches) into simpler sugars. Here's a breakdown of their functions:

  • Amylase: This enzyme works optimally between 55°C and 70°C (131°F to 158°F), with an ideal pH of 4.0 to 4.5. It initiates the breakdown of long-chain starch molecules, releasing smaller sugar molecules such as maltose and dextrin.

  • Glucosidase: Working with amylase, glucosidase operates under the same temperature and pH conditions. It continues the process, breaking down dextrin into individual glucose molecules, yielding a sweeter and more complex final product.


Pomboloni Syrup

Crafting the Bombolone Syrup:

Ingredients:

  • 250g bombolone

  • 250g water

  • 12.5g amylase

  • 12.5g glucosidase

Procedure:

  1. Blend the bombolone and water until smooth. Blending maximizes the starch's surface area for optimal interaction with the enzymes.

  2. Add the amylase and glucosidase, mixing thoroughly to ensure even distribution throughout the blend.

  3. Vacuum-seal the mixture to minimize oxidation during cooking. Use sous vide or a carefully controlled water bath to maintain a precise 55°C (131°F) for 2 hours. This maximizes enzyme activity for starch conversion.

  4. Strain the cooked mixture through a fine-mesh sieve or SuperBag.

  5. Refrigerate.


The Science Behind the Sweetness

During the two-hour cooking process, the enzymes break down the starch in the bombolone into sugars. Amylase begins by cleaving the long starch chains into smaller sugars, including maltose and dextrin. Glucosidase then takes over, further breaking down these molecules into individual glucose units. The final result is a syrup naturally sweetened by the conversion of the bomboloni's starch.


Innovations in Mixology

This enzymatic bombolone syrup offers bartenders exciting possibilities:


  • Natural Sweetness: Unlike simple syrups made with refined sugar, this syrup's sweetness originates directly from the pastry. This translates to a more nuanced, less one-dimensional sweetness.

  • Flavor Enhancer: The syrup carries subtle flavor notes from the bombolone itself – vanilla, citrus, even hints of fried dough – adding an extra dimension of complexity to cocktails.

  • Creative Inspiration: The bombolone syrup can be used to elevate classic cocktails like an Old Fashioned or inspire unique signature creations!


Harnessing the power of enzymes like amylase and glucosidase exemplifies the intersection of science and creativity in modern mixology. By understanding the principles of enzymatic action, bartenders can unlock extraordinary new flavors and textures in their cocktail syrups. The bombolone example is just one starting point; the possibilities in this emerging field are truly limitless.

89 views0 comments

Opmerkingen


Join our mailing list

Thanks for subscribing!

bottom of page