Holding a peachy sparkling tea
  • Introduction by Feng Shi
  • The attributes most impacted by sugar reduction
  • Discovering new flavour compounds
  • Identifying active flavour compounds
  • Capturing aroma to create authentic flavours
  • Discovering natural flavour modifiers in the lab
  • Discover more
Introduction by Feng Shi
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Feng Shi, Category Technical Leader

Hi, I’m Feng Shi, Category Technical Leader. Today we’ll explore together how we can find fresh sweet taste inspiration and capture flavours from novel sources. 

  

Here’s what we’ll cover: 
 

  • The attributes most impacted by sugar reduction
  • Discovering new flavour compounds
  • Identifying active flavour compounds
  • Capturing aroma to create authentic flavours
  • Discovering natural flavour modifiers in the lab

  

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      The attributes
      most impacted by
      sugar reduction

      Explore

      Discovering 
      new flavour
      compounds

      Explore

      Identifying 
      active flavour
      compounds

      Explore

      Capturing aroma
      to create
      authentic flavours

      Explore

      The attributes most impacted by sugar reduction
      Component content

       

      The attributes most impacted by sugar reduction

      When sugar is reduced various attributes suffer.
      This is why we’re constantly looking for new ingredients that can offset those drawbacks.

      Sweet 
      intensity

      Drinking a beverage from a bottle

      Sugary 
      body and mouthfeel

      Young woman eating a coated dougnut with sprinkles

      Sugary body and mouthfeel

      Fast 
      sweet onset

      Dark rose beverage

      Flavour
       top notes release

      Adding ketchup to a hot dog
      Discovering new flavour compounds
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      Discovering new flavour compounds

      We approach this in three key ways:

      Photographing fruit

      Taste treks

      Exploring opportunities to discover the most unique new ingredients that have not yet been used in flavour creation. 

      Givaudan’s Chef’s Council chefs

      Givaudan’s Chef’s Council

      Connecting with some of the world’s most respected and renowned chefs to spot emerging trends.

      Handshake

      External collaborations

      Working alongside academic institutes worldwide to source botanicals with unique taste and functionalities. 

      Identifying active flavour compounds
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      Identifying active flavour compounds

      When a food or a plant has been identified as having interesting sensory properties, the next challenge is how to identify the molecules responsible for this effect.

        

      What is the typical concentration of active components in plants?

      Plant leaves
      Sometimes, the active components are only in the parts per million or parts per trillion range.

      How can we filter out conventional compounds
      to enrich the potential taste modifiers?*

      Non-targeted molecule discovery through sensory guided fractionation

       Targeted molecule discovery by combining human and artificial intelligence

      Capturing aroma to create authentic flavours
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      Capturing aromas to create authentic flavours

      Some aroma molecules can be quite fragile and the freshness of the flavour profile may fade after heating
      FreezeFrame® was developed to tackle this issue. But how does it work?

      Freeze

      Freeze
      Liquid nitrogen is used to freeze the sample to prevent any reactions that could lead to flavour loss or changes

      Separate

      Separate
      The substances are heated and released or separated with a GC (gas-chromatograph)

      Identify

      Identify
      The substances are identified using mass spectrometry (MS)

      Some of the authentic top notes that Givaudan has been able to create using this approach include:

      Slice of lemon

      Lemon-lime

      Slice of watermelon

      Watermelon

      Discovering natural flavour modifiers in the lab
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      Discovering natural flavour modifiers in the lab

       

      Natural food processing can also provide inspiration for creating flavours. 
      Here’s how it works

      Discovering natural flavour modifiers in the lab

       

      Maillard reaction

      A Maillard reaction is the non-enzymatic reaction between reducing sugar (carbohydrates) and amino acids (proteins). It contributes to the sensory quality of thermally processed foods 

      Maillard reaction diagram

      How many taste modifiers area available in Givaudan’s sweet toolbox?

      60

      Proprietary taste modifiers

      50

      Natural modifiers

      40

      Patented with exclusivity

       

      * Find out more in Season 1, episode 3

      Discover more
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