Metabolites / Alfa Chemistry
Plant Metabolites Line

Plant Metabolites Line

Plant Metabolites Line

Plant metabolites are vital chemical compounds involved in plant growth, development, and defense. They also serve as key raw materials for natural product research, functional foods, cosmetics, and agricultural studies. As a professional supplier of metabolite products, Alfa Chemistry is committed to providing researchers and industrial clients with high-purity, diverse plant metabolites and comprehensive technical services, supporting scientific innovation and industrial applications.

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What are Plant Metabolites?

Plant metabolites not only influence the physiological processes of plants themselves but also provide abundant resources for drug development, nutritional supplements, and cosmetic ingredients. Plant metabolites can be classified into two categories:

Primary Metabolites

Including carbohydrates, amino acids, organic acids, etc., which are mainly involved in plant growth and energy metabolism.

Secondary Metabolites

Including flavonoids, phenolics, alkaloids, terpenoids, etc., which generally have roles in defense, antioxidant activity, and signal regulation.

How Are Plant Metabolites Classified?

Alfa Chemistry offers a wide range of plant metabolites, covering the main chemical classes:

Flavonoids

Antioxidant, anti-inflammatory, and cardiovascular protective properties.

Phenolics

Preservative, antibacterial, and antioxidant activities.

Alkaloids

High pharmacological activity, used in drug development.

Terpenoids

Plant signaling molecules, fragrances, and drug precursors.

Organic Acids

Regulate energy metabolism and serve as food additives.

Amino Acids & Polysaccharides

Support basic metabolic research and functional food development.

What Are the Main Applications of Plant Metabolites?

Plant metabolites have broad applications across multiple industries, providing essential support for scientific research and industrial development.

As functional ingredients and natural additives, plant metabolites can be used in dietary supplements, health foods, and beverages. They offer multiple benefits, including antioxidant activity, flavor enhancement, and natural coloring.

In the fields of chemistry, materials, and biotechnology, plant metabolites serve as raw materials or intermediates for the development of natural products and bioactive chemicals.

Plant metabolites are applied in drug development, research on bioactive components of natural medicines, and pharmacological mechanism studies. They support both targeted metabolite analysis and untargeted metabolomics to discover potential therapeutic compounds.

Plant metabolites can be incorporated into skincare products and cosmetics to provide antioxidant, whitening, anti-inflammatory, and anti-aging effects.

In plant breeding, crop improvement, and stress-resistance research, plant metabolites can function as signaling molecules or regulatory factors.

Plant metabolites can be used as natural nutritional supplements to enhance immunity and overall health.

Which Plant Metabolites Are Our Best-Selling Products?

At Alfa Chemistry, we provide a wide portfolio of plant metabolites to support research and industrial applications. Among them, several products stand out as best-sellers, thanks to their proven functionality, reliability, and wide-ranging applications.

Naringin

Hydroxytyrosol

D-Pinitol

Alpha-hexylcinnamaldehyde

Octyl Gallate

Naringin

CAS 10236-47-2

  • Widely used in pharmaceutical and nutraceutical research due to its antioxidant, anti-inflammatory, and cardiovascular protective effects.
  • High demand in functional food development as a natural flavonoid.

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Hydroxytyrosol

CAS 10284-63-6

  • Recognized for its strong antioxidant capacity, widely applied in cosmetic formulations and nutraceuticals.
  • Plays a critical role in cardiovascular and neuroprotection studies.

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D-Pinitol

CAS 10284-63-6

  • A popular metabolite in diabetes and metabolic syndrome research, known for its insulin-mimetic properties.
  • Increasingly applied in sports nutrition and dietary supplements.

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Alpha-hexylcinnamaldehyde

CAS 101-86-0

  • Frequently used in the fragrance and cosmetic industry for its pleasant odor and stability.
  • Also explored for bioactive properties in plant-derived formulations.

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Octyl Gallate

CAS 1034-01-1

  • A well-established food antioxidant and preservative, extending shelf life by preventing lipid oxidation.
  • Demand is strong in the food industry and cosmetic product stabilization.

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Why Choose Our Company for High-Quality Plant Metabolites?

Professional Expertise

Years of experience in supplying plant metabolites and providing technical services.

Strict Quality Control

High-purity products with consistent batch stability, accompanied by detailed quality reports.

Comprehensive Services

One-stop support from product supply to metabolomics analysis, synthesis, and data interpretation.

Global Supply

Rapid response to customer needs with support for international shipping.

What Success Stories Can We Share?

Discover how our products are applied in real-world scenarios through our case studies.

Case 1: Food Industry — Application of Natural Antioxidants

Customer Background

A functional food company based in Europe, primarily producing dietary supplements and health beverages.

Procurement Needs

The customer wanted to incorporate natural plant antioxidants into a newly developed vitamin beverage to partially replace synthetic preservatives, extend shelf life, and enhance the product’s natural profile.

Solution

Alfa Chemistry provided high-purity polyphenols (>98% purity, HPLC verified) and flavonoid plant metabolites, and assisted the customer in small-scale formulation testing.

Application Results

  • In stability tests, beverages containing 0.05% plant polyphenols showed a 32% reduction in peroxide value (POV), demonstrating stronger antioxidant capacity than the control group.
  • Product shelf life was extended from 6 months to 9 months with no significant change in flavor.
  • After launch, leveraging the "natural antioxidant" selling point, first-month sales increased by 18%.

Customer Feedback

"The high-purity polyphenols and flavonoids provided by Alfa Chemistry not only enhanced the natural profile of our beverage but also significantly extended its shelf life. Our R&D team was very satisfied with their professional support and quick response."

Case 2: Pharmaceutical R&D – Verification of Bioactive Compounds

Customer Background

A US-based biopharmaceutical startup focused on developing anti-inflammatory drugs derived from natural products.

Procurement Needs

The company needed to purchase a batch of standardized alkaloids and terpenoid metabolites for early-stage pharmacological experiments and mechanism studies.

Solution

Alfa Chemistry provided over 20 high-purity alkaloids and terpenoid metabolites (purity ≥97%, all with CoA) and offered targeted metabolite analysis services to support the client.

Application Results

  • In vitro experiments showed that two alkaloids at a concentration of 10 μM significantly inhibited IL-6 secretion (approximately 45% reduction, p<0.01).
  • Animal studies demonstrated that these metabolites reduced inflammatory factor levels by 30%–40% in a mouse acute inflammation model.
  • The client has incorporated two of these candidate compounds into subsequent pharmacodynamic studies.

Customer Feedback

"The quality of metabolites and analytical services provided by Alfa Chemistry was highly reliable and offered critical support for our early-stage pharmacological experiments. The collaboration process was smooth, and we were very impressed by their professionalism."

Case 3: Cosmetics Industry – Development of Plant-Based Whitening Ingredients

Customer Background

An Asian skincare manufacturer focused on natural skincare formulations.

Procurement Needs

The customer’s R&D team sought natural whitening and antioxidant ingredients to enhance the efficacy of a new facial serum.

Solution

Alfa Chemistry provided high-purity flavonoids (≥98% purity) and phenolic plant metabolites, and assisted with metabolite separation and identification to ensure the stability and activity of the raw materials in the formulation.

Application Results

  • In stability testing, a serum containing 0.1% plant flavonoids showed a 52% increase in DPPH free radical scavenging activity.
  • In an 8-week human trial, participants’ skin brightness (L* value) increased by an average of 12%, and pigmentation was reduced by approximately 15%.
  • After launch, the product, positioned as "natural whitening + antioxidant," achieved 22% higher sales in the first quarter than expected.

Customer Feedback

"Using Alfa Chemistry’s high-purity flavonoids and phenolic metabolites, our serum formulation performed exceptionally well. The R&D team is very satisfied with the product’s stability and efficacy, and consumer feedback has been very positive."

Frequently Asked Questions (FAQs)

Q1: What is the purity range of plant metabolites provided by Alfa Chemistry?

A: We offer plant metabolites with a purity range from ≥95% to ≥99%, and each batch comes with a CoA (Certificate of Analysis) verified by HPLC, LC-MS, or NMR, ensuring reliability for both research and industrial applications.

Q2: Do you provide custom synthesis or specific derivatives of plant metabolites?

A: Yes, Alfa Chemistry can provide custom synthesis of natural or derivative plant metabolites according to customer requirements, supporting both small-scale research samples and large-scale industrial applications.

Q3: What professional applications are plant metabolites suitable for?

A: Our plant metabolites are widely used in pharmaceutical research and development, functional food development, cosmetic formulations, agricultural research, metabolomics studies, as well as metabolic pathway and flux analysis.

Q4: Do you offer analysis and characterization services for plant metabolites?

A: Yes. Alfa Chemistry provides metabolite separation, structural identification, primary and secondary metabolite analysis, targeted and untargeted metabolomics analysis, as well as metabolomics data processing and pathway analysis, ensuring reliable application data.

Q5: How should plant metabolites be stored and transported to ensure stability?

A: Plant metabolites should be stored dry, protected from light, and at low temperatures according to their chemical properties. We provide professional packaging and transportation recommendations to maintain stability and activity during storage and shipment.

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