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Products Category
Products List
Artemisia Annua Extract |
Bayberry Bark Extract |
Elderberry Extract |
Vine Tea Extract |
Garlic Extract |
Acerola Cherry Extract |
Monk Fruit Extract |
Marigold Extract, Lutein |
Griffonia Seeds Extract |
Oat Extract |
Rhodiola Rosea Extract |
Rice Bran Wax Extract – Octacosanol & Policosanol Powder |
Green Tea Extract (Polyphenol, Catechins, EGCG) |
Giant Knotweed Extract Resveratrol |
Ginseng extract Ginsenoside |
Milk Thistle Extract, Silymarin, Silybin |
Conjugated Linoleic Acid-Free Fatty Acid, CLA-FFA |
L-Glutathione Reduced GSH |
Yeast Beta Glucan Powder |
Ganoderma lucidum (Reishi) Extract, polysaccharides |
Silk Peptide |
Silk Protein Powder, Fibroin |
Cinnamon Bark Extract Cinnamaldehyde |
Rice Bran Wax Extract, Triacontanol |
Chicory Root Extract, Inulin |
Stevia Extract, Stevioside |
Pine Pollen Powder |
Cell Wall Cracked Pine Pollen Powder |
Coenzyme Q10 |
Water Soluble Coenzyme Q 10%, 20%, 40% |
Grape Seed Extract, OPC |
Grape Skin Extract, Polyphenols |
Saw Palmetto Extract |
Black Rice Extract |
Tomato Extract, Lycopene |
Ginger Extract Gingerols |
Phosphatidylserine |
American Ginseng Extract |
Siberian Ginseng Extract, Eleutheroside |
Licorice Root Extract, Glycyrrhizic acid |
Haematococcus Pluvialis Extract, Natural Astaxanthin |
Astaxanthin Oil |
Seabuckthorn Berry Oil, Seabuckthorn Fruit Oil |
Seabuckthorn Seed Oil |
Bamboo Leaf Extract, Silica |
Bamboo Leaf Extract, Flavonoid |
Sodium Magnesium Chlorophyllin |
Sodium Copper Chlorophyllin |
Sodium Iron Chlorophyllin |
White Kidney Bean Extract, Phaseolin |
Black Pepper Extract, Piperine |
Red Yeast Rice Extract, Monacolin k |
Yohimbe Bark Extract, Yohimbine HCL |
Boswellia Serrata Extract, Boswellic Acid |
Apple Extract |
Mulberry leaf Extract, 1-Deoxynojirimycin (DNJ) |
Mulberry leaf Extract, Flavonoids |
Turmeric Root Extract, Curcumin |
Huperzia Serrata Extract, Huperzine A |
Instant Oolong Tea Powder |
Instant Pu’er Tea Powder |
Instant Black Tea Powder |
Instant Green Tea Powder |
Black Currant Extract Anthocyanidin |
Mulberry Fruit Extract, Anthocyanidin |
Camellia Oleifera Seed Extract, Tea Saponin |
Gynostemma Pentaphyllum Extract, Gypenosides |
Garcinia Cambogia Extract, HCA |
Gymnema Extract, Gymnemic acid |
Andrographis Extract, Andrographolide |
White Willow Extract, Salicin |
Ginkgo Biloba Extract |
Soy Isoflavone Powder (Soybean Extract) |
Radix Notoginseng Extract, Notoginsenosides |
Sophora Flavescens Extract, Matrine |
Eucommia Ulmoides Extract, Chlorogenic Acid |
Chinese Gallnut Extract, Ellagic Acid |
Yucca Schidigera Extract, Sarsaponin |
Neem Leaf Extract, Toosendanin |
Cranberry Extract, Anthocyanidin |
Pomegranate Bark Extract |
Bitter Melon Extract, Charantin |
Artichoke Extract, Cynarin |
Sweet Tea Extract, Rubusoside |
Annona squamosa Extract |
Spine Date Seed Extract |
Corn Silk Extract |
Loquat Leaf Extract, Ursolic Acid |
Black Hellebore Extract, Veratrine |
Mucuna Extract, L-dopa |
Echinacea Purpurea Extract |
Thyme Leaf Extract |
Mango extract powder, Mangiferin |
Black Cohosh Extract |
Angelica Sinensis Extract |
Horsetail Extract |
Rosemary Extract, Rosmarinic Acid |
Rosemary Extract, Ursolic Acid |
Rosemary Extract, Carnosic Acid |
Black Soybean Hull Extract |
Astragalus Extract, Astragaloside IV |
Valerian Extract, Valeric acids |
Vanilla Extract |
Blueberry Extract |
Pine Bark Extract OPC |
Red Clover Extract, Isoflavones |
Tribulus Terrestris Extract |
Olive Leaf Extract |
Soapnut Extract, Soapnut Saponins |
Sophora Japonica Extract, Quercetin |
Sophora Japonica Flower Extract, Rutin |
Sophora Japonica Extract, Troxerutin |
Wild Yam Extract, Diosgenin |
Lotus Leaf Extract, Nuciferine |
Paeonia Lactiflora Extract, Paeoniflorin |
Broccoli Extract, Sulforaphane |
Dendrobium Extract, Dendrobine |
Schisandra Chinensis Extract, Schisandrins |
Honeysuckle Flower Extract, Chlorogenic acid |
Dandelion Extract |
Hawthorn Leaf Extract, Flavonoids |
Yuanhu Extract, Tetrahydropalmatine |
Snowparsley Extract, Osthole |
Ligustrum lucidum fruit Extract, Oleanolic acid |
Salvia officinalis extract, Carnosic Acid |
Radix Angelicae Dahuricae extract, Imperatorin |
Passion Flower Extract |
Kava extract, kavalactones |
Gotu Kola Extract |
Senna Leaf Extract |
Kudzu Root Extract |
Ivy Extract, Hederagenin |
Citrus Aurantium Extract, Diosmin |
Soy Extract, Daidzein |
Green coffee bean extract, Chlorogenic Acid |
Epimedium Extract, Icariin |
Star Anise Extract, Shikimic Acid |
Citrus Aurantium Extract, Hesperidin |
Konjac Extract, Glucomannan |
Horse Chestnut Extract, Aescin |
Salvia Miltiorrhiza Extract |
Tangerine Peel Extract, NHDC |
Black Sesame Extract, Sesamin |
Cistanche Tubulosa Extract, Verbascoside |
Chamomile Extract, Apigenin |
Bitter Apricot Seed Extract, Amygdalin |
Mangosteen Extract |
Magnolia Bark Extract |
Goji berry powder, wolfberry extract |
St.John’s Wort Extract, Hypericin |
Poria Cocos Extract |
Aloe Vera Extract, Aloin |
Asiatic Plantain Extract |
Ecdysterone |
Brown Seaweed extract, Fucoidan |
Coleus Forskohlii Extract, Forskolin |
Hops Flower Extract, Xanthohumol |
Luteolin |
Ganoderma lucidum spore powder |
Reishi mushroom spore oil |
Kanna extract, Mesembrine |
Pleurotus Ostreatus Extract |
Coriolus Versicolor Extract |
Auricularia auricular extract |
Agaricus Bisporus Extract |
Polyporus umbellatus extract |
Phellinus Igniarius Extract |
Agaricus Blazei Extract |
Coprinus comatus extract |
Hericium erinaceus extract |
Needle Mushroom Extract |
Polygonum multiflorum Extract |
Nutmeg Extract |
Aloe Vera Powder |
Tongkat Ali Powder |
Soybean peptide, Soy Oligopeptides |
Berberine hydrochloride, Berberine HCL |
Cordyceps Sinensis Extract |
Chaga Extract |
Maitake Extract |
Shitake Mushroom Extract |
Witch Hazel Extract |
Carob Bean Extract, D-Pinitol |
Fenugreek Seed Extract, 4-Hydroxyisoleucine |
Fenugreek Seed Extract, Furostanol Saponins |
Fenugreek Seed Extract, Fenugreek Total Saponins |
Chlorella powder |
Red Beet Extract |
Chinese Dodder Seed Extract |
Moringa Leaf Powder |
Devils Caw Extract, Cat's Claw Extract |
Pyrethrum Extract, Pyrethrin |
Spirulina Powder |
Maca Powder |
Strawberry Powder |
Banana Powder |
Corn Peptide |
Wheat Peptide |
Pea Peptide |
Mango Powder |
Rice Protein |
Raspberry Ketone |
Genistein |
Pea Protein Isolate |
Pea Protein Concentrate |
Rotenone |
Capsaicin |
Paprika Oleoresin |
Noni Extract |
Egg White Peptide |
Oyster Peptide |
Collagen Peptide |
L-Glutathione Enriched Yeast Extracts |
Lemon Balm Extract |
Black Ant Extract |
Conjugated Linoleic Acid-Ethyl Ester, CLA-EE |
Conjugated Linoleic Acid-Triglyceride, CLA-TG |
CLA EE Powder |
Kaempferol |
HMB |
HMB Ca |
Silk Amino Acids Powder |
Sericin Powder |
Microalgae DHA |
Arachidonic acid, ARA |
Alpha Lipoic Acid |
Sodium Hyaluronate |
Hydrolyzed Silk Powder |
Chondroitin sulfate |
Glucosamine |
Collagen Protein |
Dimethyl Sulfone (MSM) Powder |
Taurine Powder |
Creatine Monohydrate Powder |
Creatine Anhydrous |
4-Aminobutyric Acid (GABA) |
Melatonine (Melatonin) Powder |
Inositol (Myo-Inositol) Powder |
PQQ (Pyrroloquinoline Quinone) Powder |
Niacin |
Nicotinamide |
Rhodiola crenulata Extract |
News Category
News List
What is conjugated linoleic acid, CLA? |
Research Progress on the Anti-Fatigue Effects of Octacosanol |
Octacosanol: Comprehensive Health Benefits, Extraction Technologies, Applications and Industry Prospects |
Silk Peptides, Silk Fibroin and Sericin: The Next Generation of Natural Functional Ingredients |
Why Glutathione Is Becoming the Most Powerful Antioxidant in Food and Medicine? |
Octacosanol: A Safe and High-Value Functional Ingredient Driving the Future of Nutrition and Health Industries |
Does Coenzyme Q10 Actually Work for Your Heart? The Truth Revealed |
Coenzyme Q10 Demonstrates Antioxidant-Relevant Trends in Nutritional Applications |
Silk Peptides: The Next-Generation Natural Ingredient Redefining Skin Hydration, Brightening, and Repair |
Composition, Structural Characteristics, and Physiological Functions of Silk Amino Acids |
Silk Amino Acids: The Emerging Performance Ingredient in Fitness and Bodybuilding |
Can Octacosanol Powder Become a Promising Raw Material for Lipid-Lowering Products? |
How Does Glutathione Powder Influence Human Metabolism and Health Applications? |
Can Green Tea Extract Reduce Anaerobic Exercise Fatigue? A Functional Mechanism Analysis |
Does Coenzyme Q10 Reduce Myocardial Stress After High-Load Exercise? An Emerging Insight into Athletic Heart Recovery |
Research Progress on the Mechanisms of EGCG in Cardiovascular Protection |
Physiological Characteristics and Research Progress of Resveratrol |
Research Insights Into the Potential Biological Activity of Glutathione (GSH) |
Understanding Silk Peptide Powder and Its Growing Role in Modern Food Applications |
Tea Polyphenols: Biological Properties, Antimicrobial and Antiviral Activity, and Emerging Applications |
Resveratrol: Research Progress, Functional Properties, and Application Perspectives |
Glucosamine Hydrochloride in the Context of Knee Osteoarthritis: An Informational Overview |
Coenzyme Q10 and Cardiovascular Support in Endurance Athletes: An Evidence-Based Perspective |
Tea Polyphenols: Chemical Characteristics, Functional Properties, and Stability Optimization for Industrial Applications |
Why Are Lutein and Astaxanthin Widely Recognized as Key Nutrients for Eye Health and Visual Comfort in Modern Life? |
Human Consumption Study on a Hyaluronate–Glucosamine Combination and Its Potential Role in Supporting Joint Comfort and Function |
Structural Characteristics and Functional Properties of Silk Protein for Food Applications |
What Makes Astaxanthin One of the Most Powerful Natural Antioxidants for Health, Nutrition, and Industry Applications? |
Lutein and Its Role in Eye Health: Functions, Sources, and Global Applications |
Coenzyme Q10: Antioxidant Mechanisms, Biological Functions, Applications, and Market Outlook |
Glutathione (GSH): Biological Functions, Production Pathways, and Emerging Applications in Animal Nutrition |
Can Sodium Hyaluronate Really Work Through Food? A Scientific Review of Mechanisms, Absorption, and Application Prospects |
Glucosamine Hydrochloride and Knee Meniscus Recovery: A Plain-Language Look at Pain Relief and Joint Function |
Can Ginseng Extract and Ginsenosides Support Physical Endurance and Fatigue Management? |
Curcumin: Chemical Structure, Antioxidant Properties, and Key Molecular Signaling Interactions |
Natural Lutein (Xanthophylls) from Marigold Extract in Aquaculture Feed: Safety, Functions, and Application Value |
Resveratrol Applications and Functional Potential in Animal Production |
Sodium Hyaluronate and Skin Hydration: A Human Study–Based Perspective on Daily Moisture Support |
Conjugated Linoleic Acid (CLA): Updated Science, Functional Roles, and Modern Market Applications |
Tea Polyphenols: Bioactive Properties and Applications in Food Systems |
Octacosanol: Natural Origin, Functional Characteristics, and Modern Manufacturing Perspectives |
Soy Isoflavones: Biological Properties, Mechanistic Insights, and Nutritional Research Perspectives |
Sodium Hyaluronate and Glucosamine Sulfate as Structural Ingredients for Joint Function Support |
Lutein: Biological Distribution, Metabolic Characteristics, and Research Progress on Functional Properties |
Biological Characteristics of Ginseng Extract and Its Relevance in Animal Nutrition and Livestock Production |
Glutathione Production Pathways and Its Nutritional Roles in Aquaculture Systems |
How Does Resveratrol Support Glucose Homeostasis? Research Progress on Multilevel Regulatory Mechanisms |
Hyaluronic Acid Properties and Carrier-Based Applications in Transdermal and Topical Delivery Systems |
Curcumin: Processing Characteristics, Stability Considerations, and Application Overview in Food and Industrial Systems |
What Are the Current and Emerging Applications of Coenzyme Q10 Across Health, Food, and Cosmetic Industries? |
How Do Tea Polyphenols Support Intestinal Barrier Function? Mechanisms, Microbiota Modulation, and Implications for Animal Nutrition |
Pine Pollen Powder: Functional Nutrition, Bioavailability, and Its Role in Modern Wellness |
Pine Pollen (Song Hua Fen): Traditional Food Culture, Nutritional Characteristics, and Safe Modern Use |
How Does Cell Wall Cracked Influence Pine Pollen Powder Nutritional Composition and Physicochemical Properties? |
How Glutathione (GSH) Is Linked to Exercise-Induced Fatigue: Energy, Oxidative Stress, and Brain Signals Explained |
Pine Pollen and Antioxidant Protection: How Water-Soluble Plant Compounds Support Cellular Balance |
Astaxanthin from Haematococcus pluvialis: Properties, Functional Potential, Processing Considerations, and Application Outlook |
Functional Mechanisms and Food Application Potential of Sodium Hyaluronate |
Silk Amino Acids, Aerobic Exercise, and Antioxidant Balance: A Science-Based Overview for Fitness and Muscle Health |
Conjugated Linoleic Acid (CLA): Updated Structural Insights, Stability Characteristics, Metabolic Fate, and Implications for Body Composition |
What Is Lutein and How Does It Support Eye Health and Visual Function? |
Is Pine Pollen Powder Safe for Long-Term Use? A Science-Based Review of Toxicological Evidence |
Biological Functions of Soy Isoflavones and Their Application Progress in Animal Production |
Broken-Wall and Non-Broken Pine Pollen: Structural Changes, Physical Behavior, and Practical Differences |
What Makes Milk Thistle Extract Unique in Terms of Composition and Functional Role? |
Clinical Outcomes of Glucosamine Hydrochloride Capsules in Knee Osteoarthritis: A Results-Focused, Evidence-Based Overview |
Can Pine Pollen Powder Play a Role in Reducing Exercise-Related Fatigue? |
How Is Curcumin Extracted and Applied Across Modern Industries? |
Silymarin and Silybin: Hepatoprotective Mechanisms and Advanced Absorption Enhancement Strategies |
Ginsenosides in Health Food: Functional Applications, Quality Awareness, and Modern Consumer Use |
Pine Pollen Powder: A Full-Process Examination from Botanical Origin to Quality Management |
Marigold Lutein in Poultry Nutrition: Extraction Pathways, Biological Functions, and Practical Applications |
How Are Silk Peptides with Different Molecular Weights Developed? |
What Is Coenzyme Q10 and What Does It Do in the Human Body? |
What Are Tea Polyphenols and How Do They Support Everyday Health and Wellness? |
Why Is Octacosanol Still Widely Used in Modern Functional Products? |
Is Milk Thistle Extract with Silymarin Safe for Long-Term Use? |
What Makes Pine Pollen Powder a Unique Natural Nutrient Source for Modern Health? |
What Is Grape Seed Extract and Why Is It Widely Used as a Natural Antioxidant? |
What Are Proanthocyanidins and Why Do They Matter in Grape Seed Extract? |
How Does Grape Seed Extract Work as an Antioxidant in Aqueous Systems? |
How Is Grape Seed Extract Produced? Raw Materials and Extraction Principles |
Where Is Grape Seed Extract Commonly Used? Functional Applications Explained |
Grape Seed Extract vs Other Antioxidants: Key Differences and Use Logic |
Why Astaxanthin from Haematococcus pluvialis Is the Preferred Source of Natural Astaxanthin |
Coenzyme Q10: Scientific Foundations, Nutritional Relevance, and Modern Application |
Why Is Glutathione (GSH) Considered One of the Most Versatile Bioactive Molecules in Physiology and Food Applications? |
What Makes Silybin Capsules a Core Hepatoprotective Agent? Pharmacological Mechanisms, Clinical Applications, and Quality Control Insights |
Shall We Supplement Lutein? A Comprehensive Discussion on Lutein Intake, Marigold-Derived Sources, and Human Health |
Is Resveratrol a Clinically Relevant Compound for Disease Prevention and Supportive Care? |
What Is Octacosanol? Natural Sources, Extraction Technologies, Biological Functions, and Application Prospects |
What Is Oligo Hyaluronic Acid and Why Is It Gaining Attention in Modern Skin Barrier Science? |
What Is Lycopene and Why Has It Attracted Global Scientific Interest? |
How Are Pine Pollen Tablets and Instant Powder Formulated? A Technical Overview of Processing, Blending, and Quality Control |
What Is Silk Protein and Why Has It Attracted Long-Term Interest in Skin and Hair Nutrition? |
What Is Curcumin? Properties, Benefits, Applications, and Advanced Delivery Technologies |
What Is Silibinin? Physicochemical Characteristics, Biological Functions, Industrial Applications, and Advanced Silibinin Extraction Technologies from Milk Thistle Extract |
Can Tea Polyphenols Naturally Support Weight Management Through Gut Microbiota, Metabolic Enzymes, and Fat Metabolism Regulation? |
Is Ginseng Extract Safe for Long-Term Consumption? A Comprehensive Safety and Toxicological Evaluation of Ginseng Extract |
What Is Grape Seed Extract and Why Is Grape Seed Extract Rapidly Emerging as a Key Natural Antioxidant and Functional Ingredient for Animal Health and Modern Livestock Production? |
What Makes High-Isoflavone Soybean Extract a Powerful Natural Antioxidant Ingredient for Feed, Functional Nutrition, and Plant-Based Formulations? |
How Do Soy Isoflavones Naturally Support Women’s Health? The Science Behind Phytoestrogens, Plant Estrogen Balance, and Menopause Wellness |
Is Broken Wall Pine Pollen (Pollen Pini) Safe? A Modern Scientific and Toxicological Evaluation of Pine Pollen Powder for Functional Food and Nutritional Applications |
Haematococcus pluvialis and Natural Astaxanthin: Biological Characteristics, Cultivation Strategies, Integrated Utilization, and Industrial Applications of a High-Value Microalgae Resource |
How Do Lutein and Zeaxanthin in Human Milk Support Infant Visual and Cognitive Development? A Scientific Review of Early-Life Carotenoid Nutrition |
What Is Resveratrol and Why Is Resveratrol Primarily Extracted from Japanese Knotweed for Antioxidant, Cardiovascular, and Healthy Aging Applications? |
Can Milk Thistle Extract Really Protect the Liver and How Does Milk Thistle Extract Support Liver Health Scientifically? |
Why Is Lycopene Considered One of the Most Powerful Natural Antioxidants and What Does Scientific Research Reveal About Its Protective Effects? |
What Makes Cranberry Extract a Powerful Functional Ingredient for Antioxidant Protection, Urinary Health, and Cardiovascular Support? |
How Do the Chemical Constituents of Rhodiola crenulata Extract Define Its Functional Value as a Scientifically Characterized Adaptogenic Botanical Ingredient? |
Can Coenzyme Q10 Improve Cellular Energy, Cardiovascular Function, and Clinical Outcomes Across Multiple Physiological Systems? |
How Does Octacosanol Improve Endurance, Energy Metabolism, and Functional Performance in Sports Candy Applications? |
How Lycopene Functions as a Critical Antioxidant Carotenoid Supporting Cellular Stability, Cardiovascular Integrity, and Neurological Protection |
Why Marigold Lutein Is the Most Important Natural Source of Lutein and How Marigold Lutein Supports Modern Nutritional, Industrial, and Scientific Applications |
How Does Rhodiola Rosea Extract Improve Anti-Fatigue Performance and Enhance Energy Metabolism Through Scientifically Proven Mechanisms? |
Curcumin Aquaculture Applications: How Curcumin Feed Additive Enhances Antioxidant Defense, Immune Function, and Growth Performance in Aquatic Animals |
How Tea Polyphenols Improve Cookie Shelf Life, Oxidative Stability, and Functional Food Value: A Scientific and Industrial Perspective on Tea Polyphenol Cookies |
Structural Modification and Biological Activity Enhancement of Ginsenosides: Advanced Strategies for Improving Bioavailability, Stability, and Functional Performance |
Pine Pollen Powder: Chemical Composition, Pharmacological Effects, Nutritional Value, and Scientific Evidence Supporting Its Health Benefits |
Cranberry Extract Benefits, Nutritional Composition, and Scientific Mechanisms Supporting Its Role in Modern Nutraceutical and Functional Food Applications |
Red Yeast Rice Extract and Longevity: Scientific Evidence, Mechanisms, and Applications of Red Yeast Rice Extract in Anti-Aging Research |
Rhodiola crenulata extract anti fatigue effects scientific mechanisms and physiological benefits |
Astaxanthin from Haematococcus pluvialis: The Complete Scientific and Industrial Guide to Natural Astaxanthin Production, Mechanism, Applications, and Global Market Value |
Tea Saponin Surfactant: Surface Activity, Foam Stability, and Industrial Applications of Natural Tea Saponin |
What Is Bitter Melon Extract and How Does Bitter Melon Extract Support Blood Sugar Balance and Metabolic Health Naturally? |
What Is Grape Seed Extract and Why Is Grape Seed Extract Rich in Proanthocyanidins and Polyphenols? |
Can EGCG Protect the Eyes from Age-Related Retinal Degeneration and Support Long-Term Eye Health? |
Can Reduced Glutathione Penetrate the Skin and Improve Whitening, Anti-Aging, and Antioxidant Effects? |
Biological Functions of Silymarin and Its Application in Livestock and Poultry Production |
Is Edible Silk Protein Powder the Next Breakthrough in Functional Nutrition? |
What Makes Astragalus Extract a Powerful Immune-Supporting Botanical Ingredient? |
How Is Sapindus Mukorossi Developed as a Natural Surface Active Substance for Modern Industry? |
What Are the Real Health Benefits of Blueberry Anthocyanins and Why Are They So Widely Studied? |