Non-dairy Base Mixture Enzymatic Micelle Formation
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Solution Overview
Problem
Existing methods for producing non-dairy analogs lack the ability to consistently replicate the taste, texture, and functionality of traditional dairy products, particularly in terms of micelle formation and stability, leading to inconsistent quality across different volumes and products.
Innovation Solution
A non-dairy base mixture comprising starch, plant-extracted proteins, enzymes, and specific processing steps to form a protein matrix, which includes enzymatic hydrolysis and synthesis of sugar units and amino acids, followed by emulsification and homogenization to create a stable emulsion with controlled micelle formation, mimicking dairy properties.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Manufacturing precision
If traditional methods are used to produce non-dairy analogs, then production simplicity is maintained, but consistency in micelle formation and stability is poor
Solution Approach 1:
The base mixture is divided into multiple functional components (starch portion, plant-extracted protein portion, enzymes) that each perform specific functions. The starch provides structural framework while plant proteins form micelles, and enzymes catalyze specific reactions. This segmentation allows each component to be optimized independently for its specific function, achieving consistent micelle formation through controlled interactions between discrete functional units rather than relying on complex natural dairy systems.
Solution Approach 2:
Enzymes serve as intermediaries that facilitate controlled chemical reactions between starch and plant-extracted proteins. The enzymes catalyze the formation of sugar units from starch and amino acids from proteins, mediating the interaction between these components to enable consistent micelle assembly. This intermediary approach allows precise control over the chemical transformations needed for reproducible micelle formation without requiring complex natural dairy processing.
2Reliability
If non-dairy ingredients are used, then dairy-free products are achieved, but ability to replicate dairy taste and texture is insufficient
Solution Approach 1:
The invention controls micelle formation by adjusting critical parameters including the ratio of starch to plant-extracted protein, enzyme concentration and activity, pH levels, and temperature conditions. By systematically optimizing these parameters, the process achieves reliable replication of dairy-like micelle structures and properties. The controlled enzymatic hydrolysis and micelle assembly parameters enable consistent production of dairy-analog textures and flavors from non-dairy ingredients.
Solution Approach 2:
The base mixture creates a composite material system combining starch and plant-extracted proteins in specific proportions and configurations. This composite approach allows the starch component to provide structural stability while plant proteins form the micellar structures, together replicating the functional properties of dairy products. The composite material strategy enables reliable dairy property replication through the synergistic interaction of carefully selected non-dairy components rather than using single ingredients.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The solution enables the production of non-dairy products with consistent micelle concentrations and stability, allowing for the creation of dairy-like textures and flavors across various dairy analogs, including milk, cheese, and ice cream, without relying on natural micelles present in animal milk.
Implementation Method 1
a third portion of sugar units hydrolyzed from the starch by a first enzyme
Implementation Method 2
a fourth portion of amino acids hydrolyzed from the plant-extracted protein by a second enzyme
Implementation Method 3
a fifth portion of a protein matrix synthesized from the plant-extracted protein by a third enzyme
Implementation Method 4
followed by emulsification and homogenization to create a stable emulsion
Data Source
AI summary
One variation of a non-dairy milk product includes: a first portion of a starch; a second portion of plant-extracted proteins; a first amount of a first enzyme configured to catalyze hydrolysis of a first proportion of the first portion of the starch into sugar units; a second amount of a second enzyme configured to catalyze hydrolysis of a second proportion of the second portion of plant-extracted proteins into amino acids; and a third amount of a third enzyme configured to catalyze synthesis of protein bonds between plant-extracted proteins in a third proportion of the second portion of the plant-extracted proteins to form a protein matrix.