JJD GROUP
Culture the protein
Click the cell to start the culture. Fermentation runs on its own from there.
0%PROTEIN
0.00PDCAAS
1CELLS
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NEXT-GENERATION FUNCTIONAL PROTEIN

Yeast protein. Built for modern formulation.

A fermentation-derived functional protein isolate for food, beverage and nutrition applications requiring high protein quality, smooth solubility and strong functional performance.

SACCHAROMYCES CEREVISIAE · FERMENTATION-DERIVED · A JJD GROUP INGREDIENT BRAND
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02 — WHY YEAST PROTEIN NOW

Why formulators are looking beyond traditional proteins.

Each incumbent protein carries a formulation trade-off. Yeast protein is not another plant protein — it is a different production platform: fermented, complete and functional.

03 — WHAT EXACTLY IS YEASTPRO

From fermentation to functional protein.

    HOVER OR TAP A STEP · NON-GMO BIOMASS FERMENTATION → SPRAY-DRIED POWDER

    04 — NUTRITIONAL PROFILE

    Complete protein. Clear nutritional value.

    PDCAAS
    1.0
    Complete protein — equivalent to whey and egg on this scale
    PROTEIN CONTENT
    ≥75–80%
    Dry basis
    ALL 9 ESSENTIAL AMINO ACIDS
    HOVER A NODE OR ROW

    PDCAAS
    1.0
    05 — FUNCTIONAL PERFORMANCE

    Protein that does more than add protein.

    DRAG TO STIR · CLICK TO RE-ADD POWDER
    01 — SOLUBILITY
    01 — SOLUBILITY

    Solubility

    Designed for smooth dispersion in liquid systems with reduced sedimentation potential. Drag through the liquid to see particles distribute rather than settle.

    RANGEApprox. pH 3.0–7.5 (source brief) EFFECTSSmooth dispersion · reduced sedimentation · clean mouthfeel RELEVANT TORTD and RTM beverages, acidified drinks, clear and creamy systems
    02 — GELATION
    02 — GELATION

    Gelation

    Heat-induced protein networks can support structure and texture. Raise the heat and watch connections form between particles into a matrix.

    RANGEHeat-set; evaluate at your process temperature EFFECTSStructure · bite · water retention · matrix formation RELEVANT TOMeat alternatives, structured foods, certain bakery applications
    03 — EMULSIFICATION
    03 — EMULSIFICATION

    Emulsification

    Supports interaction between water and fat phases. Apply shear and the separated layers become a finer, more stable emulsion.

    RANGEFat-containing systems; evaluate at target fat level EFFECTSFat binding · foam and emulsion creation · creamy mouthfeel RELEVANT TOPlant-based dairy, creamers, sauces, beverages
    06 — APPLICATIONS

    Where YeastPro fits.

    One protein isolate across six product categories. Indicative starting inclusion levels are shown; final levels depend on the target protein claim and system.

    07 — PROTEIN COMPARISON

    How does yeast protein compare?

    VIEW

    YeastPro values from the supplied product brief. Comparator values are typical published ranges and general formulation experience; they vary by grade, supplier and system. Purpose: to show where YeastPro fits, not to rank proteins.

    08 — WHY FERMENTATION MATTERS

    Protein production without the harvest cycle.

    CROP-BASED PROTEIN (E.G. PEA, SOY)
    One growing season. One or two harvest windows.
    2 / 12MONTHS OF HARVEST
    MONTHS WITH PROTEIN OUTPUT
    Harvest windowGrowing or idle — supply drawn from stored crop
    • Output depends on land, climate and crop yield
    • Quality and price move with each harvest
    • A poor season affects the whole year
    FERMENTATION-DERIVED — YEASTPRO
    Closed bioreactors. A new batch every few days.
    12 / 12MONTHS OF PRODUCTION
    MONTHS WITH PROTEIN OUTPUT
    Producing — batches repeat continuously
    • Independent of weather, season and farmland
    • Batch-to-batch consistency in spec and quality
    • Capacity can be planned to demand, not to harvest
    09 — RESOURCE EFFICIENCY

    Same protein. A fraction of the footprint.

    Relative resource use to produce one kilogram of protein. Bars show the magnitude stated in the supplier brief; animal protein is set to 100% as the reference.

    LAND USE
    ~90% less1
    Bioreactors need no farmland or grazing
    ANIMAL PROTEIN
    YEASTPRO
    WATER USE
    ~90% less1
    Closed-loop process water, no irrigation
    ANIMAL PROTEIN
    YEASTPRO
    PRODUCTION CYCLE
    Days
    Not months or years
    LIVESTOCK
    12–24 months
    YEASTPRO BATCH
    Days

    1 Land and water figures as stated in the supplied product brief, compared with conventional animal agriculture. Source reference: [to be supplied before publication]. Bars are illustrative of the stated magnitude, not measured LCA data.

    10 — TECHNICAL SPECIFICATION

    YeastPro technical overview.

    PRODUCT CODE
    YEASTPRO / YP-01
    11 — FORMULATION SUPPORT

    Build your next protein product.

    Three choices and we show where YeastPro is likely to help. No formulations are generated — an application specialist follows up with real guidance.

    RESULT

    Select one option in each step.

    12 — SAMPLE REQUEST

    Test YeastPro in your formulation.

    Request a bench-scale sample or speak with our technical team about your application.

    SUPPLIED BY
    JJD Group · Sweetener India

    An established B2B food-ingredient supplier: distribution and application support, technical documentation, sample handling, commercial sourcing and India market supply.

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