The Innovator – Ranjan Patnaik

Ranjan Patnaik, Ph.D., Chief Technology Officer at MycoTechnology, explains how fungal……
MyCo

Share this article:

Ranjan Patnaik, Ph.D., Chief Technology Officer at MycoTechnology, explains how fungal fermentation is driving confectionery innovations through flavour modulation and natural sweeteners 

Fungal fermentation is gaining attention across food production. How do you see it shaping the next generation of confectionery ingredients? 

As the food and beverage industry continues to search for sustainable ways to meet the taste and nutritional needs of global populations, we believe that fungal fermentation processes may be a key contributor.   

The fungi kingdom is vast and diverse, with many unique capabilities. As awareness grows, we’ve started to uncover many ways that fungi can add value to our food systems, and there is still much more to discover.   

Fungi present a wide variety of potential innovations to pursue, and our intention is to focus our efforts and resources on solving the most critical challenges and continuously adapting to current market needs. We have a decade of institutional know-how and experience in growing a variety of mushroom mycelia in large-scale fermenters and unlocking unique value propositions for flavour modification. More recently, our efforts have been focused on supporting the need for healthier, better-tasting products. 

How can natural fermentation processes enhance or balance flavours in sweets without relying on artificial additives? 

Created via mushroom mycelial fermentation, ClearIQ™ natural flavour is an effective tool to overcome complex taste challenges. It can harmonise flavour profiles, enhance desirable flavours including fruity and indulgent flavours, and mitigate common off-notes. It has been found to reduce bitterness and positively modulate the delicate flavour profiles in chocolates and chocolate compounds. Particularly in sugar-reduced chocolate compounds, ClearIQ enhances flavour while reducing the bitterness and sweet linger commonly associated with non-nutritive sweeteners like stevia. Most recently, we found that it really helped to enhance the fresh raspberry notes in a bon bon filling developed in our lab. 

Sugar reduction remains a key challenge in confectionery. What are the main hurdles to maintaining sweetness and texture, and how can technology help? 

Honey Truffle Sweet Protein, a new, naturally derived, non-caloric sweetener, has a clean, sweet taste with minimal off-notes. Our technology allows for scalable, sustainable production and low cost-in-use, overcoming many of the common challenges and risks associated with traditional ingredients. Honey Truffle Sweet Protein is up to 2,500 times sweeter than sugar. (Sweetness levels vary by specific product application and formulation.) 

The MycoTechnology team discovered this sweet protein from the honey truffle, a uniquely sweet species of truffle that has been consumed for thousands of years. Our advanced fermentation technologies have allowed us to efficiently produce this protein with a clean sweetness profile, proven safety and digestibility performance, and low cost-in-use.  

Unlike some high-intensity sweeteners, Honey Truffle Sweet Protein is fully digestible by the GI tract, safely breaking down into common amino acids found in everyday foods and not absorbed into the bloodstream or tissues. 

Sweet proteins are molecules that are naturally occurring in plants and fungi. They taste sweet, often thousands of times sweeter than sucrose. Sweet proteins enable the ability to create naturally derived, non-carbohydrate sweetener ingredients. Manufacturing sweet proteins directly from their natural source by extraction is not commercially viable nor desirable from an environmental management and sustainability standpoint. Instead, precision fermentation offers a safe, economic and commercially scalable manufacturing option. It is important to understand that, used as a sweetener, sweet proteins do not provide a source of protein because of their low usage levels. Sweet proteins have a delayed sweetness onset and a long linger.  

Read more latest industry news and developments in our free to download magazine.

Never miss a story… Follow us on:

LinkedIn: International Confectionery

X: @InConfectionery

YouTube: @ConfectioneryTV

Media contact

Joseph Clarke
Editor, International Confectionery
Tel: +44 (0) 1622 823 920
Email: [email protected]

About International Confectionery

International Confectionery is the leading authority in global confectionery content, delivering expert news, in-depth articles, exclusive interviews, and industry insights across print, digital, and event platforms. Published 10 times a year, the magazine is a trusted resource for professionals seeking updates and analysis on the latest developments in the confectionery sector.

To submit an article, or for sponsorship opportunities, please contact our team below.

Joseph Clarke Picture

Joseph Clarke

Senior Editor

Steve Blakebrough Picture

Steve Blakebrough

Sales Manager

Afua Akoto Picture

Afua Akoto

Marketing Manager

Related News

Magna

Infra-Red Heating Improves Chocolate Quality

Heraeus Noblelight’s carbon medium-wave infra-red heating systems are helping Magna Speciality Confectioners achieve more consistent quality in filled chocolate products, while reducing energy consumption and equipment footprint compared with its previous heating arrangements.
Cordillera

Cordillera Expands ATENEA Programme

Community consultations are under way in the cocoa-growing regions Magdalena and Cesar ahead of two new cohorts scheduled to begin in January 2027.
EXBERRY® Aerated Gums

The Power of Plant-Based Colours

GNT will demonstrate how plant-based EXBERRY® colours can deliver vibrant shades while supporting natural ingredient lists at Gulfood Manufacturing 2026 (November 3-5, Dubai).
Pralines

Cargill Introduces Coconera in Europe

Cargill introduces its Coconera cocoa butter equivalent range to Europe, offering confectionery manufacturers greater formulation and supply flexibility.
Scroll to Top