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Neohesperidin dosage

Neohesperidin dosage

Technique(s)
Category:
Sector of activity
Expertise

Physicochemical, Nutritional

CAS No.

13241-33-3

Description

Neohesperidin is a flavanone naturally present in bitter citrus fruits, including grapefruit , bitter orange , and lime . It is often converted into neohesperidin dihydrochalcone (NHDC) , an intense sweetener approved for human nutrition.

The dosage of neohesperidin allows:

  • Control the quality of citrus extracts (flavonoid standardization)
  • Check the actual NHDC concentration in sweet formulations
  • Meet the requirements of food supplements, functional drinks or light products
  • Assess the purity of flavanone extracts or isolates

Analytical methodology

The analysis is carried out by HPLC-DAD (UV detection in wavelengths from 280 to 330 nm), according to a protocol validated for food and plant matrices.

  • Hydroalcoholic or methanolic extraction
  • Possible purification by filtration or solid phase (SPE)
  • Separation on C18 column in reverse phase
  • Quantification using a pure neohesperidin standard

If necessary, the analysis can be coupled with LC-MS/MS identification (particularly for complex extracts or very sweet matrices).

Frequently analyzed matrices

  • Dried or concentrated citrus powders
  • Titrated or raw plant extracts (citrus, grapefruit, etc.)
  • Flavonoid-based food supplements or NHDC
  • Natural sweeteners for human consumption
  • Fortified functional drinks
  • Cosmetic products containing citrus extracts

Industrial applications

  • Standardization of plant extracts for the nutraceutical market
  • Development of natural sweet formulations
  • Verification of NHDC content for additive regulation (E959)
  • Research on the antioxidant and hepatoprotective properties of flavanones
  • Quality analysis in clean label products

Why use YesWeLab?

YesWeLab connects you to the best laboratories specialized in flavonoid analysis, equipped with HPLC-DAD, HPLC-MS/MS and ISO 17025 accredited for physicochemical analyses on complex matrices.

See also:

Other analyses we perform

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