What are the uses of naringin?

The primary applications of Naringin are in food, functional food, cosmetics, specialty ingredients, and formulation development that are based on citrus sources. It is useful for its purity, bitterness, solubility, processing properties, and compatibility with the finished product.

Naringin Uses in Food and Functional Food

Citrus fruits are naturally related to naringin powder, and the development of citrus-derived and flavonoid-standardized ingredients is naturally associated with naringin powder.

Food formulations: Naringin can be added to some powdered food and ingredient formulations.

Functional foods: Naringin standard formulation ingredients can be utilized in the development of functional food products.

Citrus ingredients: Can be used as a defined ‘flavonoid’ ingredient in citrus extract formulations.

Value-added food: Naringin has also been investigated for its use in citrus processing and formulation of foods.

In the case of commercial products, choice should be based on the specifications of the finished product, the physical and botanical properties as well as the required assay of the raw material.

Naringin Powder Uses in Beverages

An important area of application for naringin powder is beverage formulation, but its physical and sensory properties need to be well controlled.

Powdered beverages: Naringin can be pre-blended with an appropriate carrier that will enhance the distribution at relatively low levels.

Liquid formulations: The dispersion and sedimentation should be considered prior to final formulation.

Flavor impact: Naringin exhibits a bitter taste; this taste of naringin could affect the final taste of the products.

When the solubility is problematic, consider using formulation technologies such as encapsulation, inclusion complexes, emulsification, and others that can be explored.

Prototype testing is necessary prior to commercial-scale production, as the pH, ionic strength, and solids content of the beverage systems, and the processing conditions, are very different.

 

 

Naringin Uses in Cosmetic Formulations

Naringin powder is also applied to cosmetic ingredient research and development of botanicals.

Creams and gels: Naringin could be tested as a citrus-based flavonoid in the formulation of creams and gels.

Serums: It can be researched along with other botanical/polyphenol components.

Delivery systems, such as encapsulation and carrier technologies, can circumvent dispersion and dispersion compatibility issues.

Raw-material standardization: When consistent levels of ingredients are needed, standardization of the raw materials is key.

In cosmetic use, the manufacturers should consider the behavior of naringin in the final formulation, as it may vary significantly with the type of carrier, its pH, the emulsification system used, and processing conditions.

 

Naringin Dosage and Formulation Techniques

The recommended naringin dose varies, depending on the commercial use. The level of inclusion will be dependent on the raw material assay, product type, desired concentration, sensory attributes, and regulations.

Low dose blends: Blending can be done with a suitable carrier to increase accuracy of weighing and uniformity of content.

Capsules and tablets: If tablet blending and filling are involved, size and bulk density of the powder should be taken into account.

Beverages: Assess dispersion and sedimentation, taste and pH compatibility during prototype development.

Complex formulations: If a conventional mixing process doesn't deliver sufficient performance, then consider other mixing technologies such as encapsulation.

Dosage: The actual amount to be used should be determined by the naringin assay and not by the total weight of a citrus extract.

This will allow more reliable formulation trials than using a single dosage for various product types.

 

Naringin Stability and Storage

The stability of naringin powder is not only related to the ingredient specification, but also to the storage environment.

Moisture: Excess moisture may cause agglomeration and cause powders to flow poorly.

Temperature: A high temperature should be avoided for long periods of time when processing and storing.

For the formulation that is sensitive to environmental exposure, light: Light-protective packaging can be taken into consideration.

pH: The finished product pH should be determined, as it may affect the behaviour of the flavonoids.

Bulk material Quality Control: Moisture-barrier packaging can be used to keep the bulk material quality constant.

Stability evaluation: Assay, moisture, appearance, particle size, and appropriate microbiological parameters can be added.

The recommended storage conditions should be determined based on actual stability data of the particular naringin formulation and packaging system for long-term storage.

Naringin Uses in Advanced Formulation

The aqueous insolubility has promoted the development of various technologies to improve the handling of naringin powder.

Encapsulation: May be able to alter dispersion and/or provide protection for the ingredient in a carrier matrix.

Inclusion complexes: Host molecules can be studied in order to increase the apparent solubility.

Emulsions: Use of suitable emulsification systems can be used as an alternative process to incorporate naringin in complex formulations.

Solid dispersions: These can enhance the physical distribution of the poorly water-soluble ingredient.

Micellar systems: Also investigated as carriers of citrus flavonoids are micellar systems.

The approaches are particularly relevant to the ingredient developer who is developing a beverage or food delivery system or a cosmetic delivery system. Solubilization and delivery technology have been found to be significant areas of the naringin formulation-related literature.

Naringin Bulk Powder: Key Selection Factors

When manufacturers purchase naringin in bulk powder, there are a number of specifications which should be checked prior to making use of it.

All the statements made in the declaration should be confirmed by assay.

Source: Review the botanical source and/or the purification or extraction process.

Physical properties: Inspect for moisture, particle size, appearance, and bulk density (if applicable).

Heavy metals, microbiological limits, and residual solvents are tested as per intended uses, according to DWQ quality testing guidelines.

Supplier qualification is supported by the following documents: COA, specification sheets, batch information, and applicable certifications.

Pre-commercial trials: Test the selected grade in the commercial product (actual product) before commercial production.

What Are the Uses of Naringin?

Naringin is used in applications such as food, functional food, beverages, cosmetics, citrus extract, and advanced formulations. The bitterness, solubility, particle properties, processing, and storage conditions affect its practical use. In B2B applications for ingredient development, the naringin powder needs to be matched to the ingredient specification for the intended product, and to determine the correct formulation level, application tests are necessary.

 

To make a purchasing inquiry, technical inquiry, or bulk order request, please go to the info@scigroundbio.com mailbox (info) or fill out your needs with the form at the bottom of the page. To facilitate your sourcing process, our team will be able to provide you with the product information, quotation, and customization options as quickly as possible.

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FAQ

What is naringin powder used for?

The citrus-flavonoid ingredient, functional-food formulation, beverage development, cosmetic formulation, and specialty ingredient research are all applications for naringin powder.

What are the main uses of naringin in food products?

The main applications of naringin in food products are citrus-based formulation, standardized citrus flavonoid ingredients, powdered food products, and research into value-added citrus ingredients.

Can naringin powder be used in beverages?

Yes. Naringin powder for beverages can be tested either in powdered or in liquid systems, but the limited solubility, the strong bitterness, and the dispersion and sedimentation properties of naringin should be taken into consideration by the manufacturers.

 

What is the typical naringin dosage?

There is no universal naringin dosage for formulation. The quantity varies in accordance with the assay, type of finished product, the desired level of concentration, the sensory requirements, and any applicable regulations.

How can naringin solubility be improved?

Encapsulation, inclusion complexes, emulsification, solid dispersions, and micellar systems are some of the formulation approaches that can be employed to solve the problem of naringin solubility.

How should naringin bulk powder be stored?

In general, the best storage area for naringin bulk powder is a cool, dry place where it is unable to absorb moisture or heat from the surrounding area and is out of the way of unnecessary light. Storage should be in accordance with the supplier's stability data and specifications.

References

1. Jiang, H., Zhang, M., Lin, X., Zheng, X., Qi, H., Chen, J., Zeng, X., Bai, W., & Xiao, G. (2023). Biological activities and solubilization methodologies of naringin. Foods, 12(12), 2327.

2. Shilpa, V. S., Shams, R., Dash, K. K., et al. (2023). Phytochemical properties, extraction, and pharmacological benefits of naringin: A review. Molecules, 28(15), 5623.

3. Li, L., Yan, X., Chen, F., Zheng, L., Hu, Y., He, F., Ni, H., Chen, F., & Li, Q. (2023). A comprehensive review of the metabolism of citrus flavonoids and their binding to bitter taste receptors. Comprehensive Reviews in Food Science and Food Safety, 22(3), 1763–1793.

4. Ben Hsouna, A., Sadaka, C., Generalić Mekinić, I., et al. (2023). The chemical variability, nutraceutical value, and food-industry and cosmetic applications of citrus plants: A critical review. Antioxidants, 12(2), 481.

5. Yang, Y., Trevethan, M., Wang, S., & Zhao, L. (2022). Beneficial effects of citrus flavanones naringin and naringenin and their food sources on lipid metabolism: An update on bioavailability, pharmacokinetics, and mechanisms. The Journal of Nutritional Biochemistry, 104, 108967.