Annotation

This directly corroborates that conversion and fermentation can be coupled in a grain-spirit mash.

Challenges Claims

Citations

LallemandDistilaZymeGA — APPLICATIONS, bullets 1–2

Context

The data sheet first identifies the enzyme’s substrate and then places that function within grain-spirit SSF.

Excerpt ID

311

Excerpt Text

Lallemand describes DistilaZyme GA as hydrolyzing short-chain dextrins into fermentable sugars for yeast uptake and as suitable for simultaneous saccharification and fermentation of whole-grain mashes and starch substrates.

Literature Notes

Lallemand — SSF supplies dextrose during yeast fermentation

Locator End

Bullet 2

Locator Start

APPLICATIONS, bullets 1–2

Locator Type

Section

Originating Working Notes

Page (text)

Source

No access

Source Section

APPLICATIONS

Supports Claims

SSF can reduce glucose accumulation by matching release to yeast uptake

Tags

Raw Materials and AgricultureFermentation

Verification Notes

Enzyme class, dextrin substrate, fermentable-sugar product, yeast uptake, SSF wording, and whole-grain scope checked against the official data sheet on 2026-08-26.

Verification Status

Verified

Passage

Lallemand describes DistilaZyme GA as hydrolyzing short-chain dextrins into fermentable sugars for yeast uptake and as suitable for simultaneous saccharification and fermentation of whole-grain mashes and starch substrates.

Provenance

• Source: No access
• Section: APPLICATIONS
• Locator: bullets 1–2
• Type: Paraphrase
• Verification: enzyme class, dextrin substrate, fermentable-sugar product, yeast uptake, SSF wording, and whole-grain scope checked against the official data sheet on 2026-08-26.

Context and annotation

The data sheet first identifies the enzyme’s substrate and then places that function within grain-spirit SSF. This directly corroborates that conversion and fermentation can be coupled in a whole-grain mash.

Official data sheet