At SYREN SPREADS, we believe in transparency and grounding our product formulations in credible scientific research. Below are studies related to each of our ingredients, which provide insights into their traditional and modern exploration in wellness contexts.

Note: These studies are primarily in vitro and animal research that explain possible mechanisms of action. Human responses may vary. The statements above have not been evaluated by the Food and Drug Administration, and SYREN SPREADS products are not intended to diagnose, treat, cure, or prevent any disease. For personal health decisions, consult a qualified health professional.

Tremella mushroom, celebrated in beauty-from-within traditions, has been explored in research for its polysaccharides' antioxidant content and hydration-related properties. Here are four key references:

Cellular Resilience and Oxidative Stress
Laboratory research has explored how Tremella polysaccharides may interact with human skin fibroblasts in the context of oxidative stress, a factor associated with cellular health. [Study 1]

Inflammatory Factors and Immune Cells

Studies examine Tremella polysaccharides' potential effects on oxidative and inflammatory markers in immune cells, areas of interest in wellness research.  [Study 2]

UV Exposure and Skin Cell Studies

Research has investigated how Tremella polysaccharides might interact with skin cells exposed to UVA, exploring potential relationships with antioxidants and components like collagen, elastin, and hyaluronic acid. [Study 3]

Traditional Use and Modern Research Review

A scientific review examines both topical and oral Tremella traditions, summarizing research on hydration, structural skin components, and resilience in laboratory and animal models. Study 4

Astragalus membranaceus, treasured in Traditional Chinese Medicine for centuries, has been studied for its saponins', polysaccharides', and flavonoids' potential wellness properties. Here are four key research areas:

UV Exposure and Skin Cell Research

Studies explore how astragaloside IV interacts with human skin fibroblasts in UVA exposure contexts, examining markers and components associated with skin structure. [Study 1], [Study 2]

Skin Appearance Research

Research has examined Astragalus extract's potential effects on skin-related parameters over time, exploring areas of interest in wellness research contexts. [Study 2]

Cellular Aging Mechanisms

Studies investigate Astragalus compounds' potential interactions with telomerase and telomeres in laboratory settings—areas of scientific interest in cellular biology research. [Study 1], [Study 2]

Antioxidant Content and Wellness Traditions

Scientific literature describes Astragalus's antioxidant content, traditional uses, and areas of ongoing research related to cellular wellness. [Study 1], [Study 2]

Gotu Kola (Centella asiatica), revered in Ayurvedic and Traditional Chinese Medicine as "the herb of longevity," has been studied for its triterpenoids', saponins', and polyphenols' potential role in wellness. Here are four key research areas:

Wound Healing and Tissue Wellness Research

Scientific reviews have examined Gotu Kola's traditional use in dermatological contexts, exploring its traditional dermatological use and tissue wellness associations in research contexts. [Study 1]

Skin Hydration and Barrier Function Studies

Research summarizes clinical and pre-clinical investigations of Centella asiatica extracts, examining potential effects on skin hydration, elasticity, and barrier function—areas of interest in skincare and wellness research. [Study 2]

Oral and Topical Application Traditions

Scientific literature documents both internal (oral) and external (topical) use of Gotu Kola in traditional practices, exploring various routes of administration in wellness contexts.[Study 3] 

Antioxidant Content and Structural Skin Components

Studies investigate Gotu Kola's antioxidant and anti-inflammatory content, examining potential interactions with skin structure and appearance in research models.  [Study 1],  [Study 4]

Bamboo extract (Bambusa vulgaris), valued in traditional wellness practices for centuries, has been studied for its naturally high silica content and bioactive compounds including polyphenols and flavonoids. Here are four key research areas:

Nutritional Composition and Antioxidant Content
Research has investigated the nutritional profile of Bambusa vulgaris leaf and shoot extracts, documenting their silica concentration and naturally occurring phenolics and flavonoids with antioxidant properties—compounds of interest in wellness and botanical research.[Study 1]

Silica and Mineral Profile Analysis

Studies examine the silica and mineral content of Bambusa vulgaris, exploring the biological significance of plant-based silica and its traditional associations with structural proteins in research contexts. [Study 2]

Nutraceutical and Beauty Applications Research

Scientific literature reviews bamboo-derived silica's incorporation into nutraceutical and beauty formulations, examining its traditional use and areas of ongoing research in traditional wellness applications. [Study 3]

Traditional Use in Connective Tissue Wellness

Research explores bamboo extract's historical role in traditional medicine systems, particularly in contexts related to connective tissue, structural support, and antioxidant defense mechanisms in laboratory models. [Study 1], [Study 4]

Cacao (Theobroma cacao), revered for centuries as "Food of the Gods," has been studied for its naturally rich flavonoid and polyphenol content. Here are four key research areas:

Nutritional Composition and Antioxidant Content
Research documents cacao's exceptional flavonoid and polyphenol profile, examining these naturally occurring compounds and their antioxidant properties in various scientific contexts related to cellular processes and wellness.[Study 1]

Oxidative Stress and Cellular Research

Studies explore cacao-derived compounds at the molecular and cellular level, investigating their potential interactions with oxidative stress markers and inflammatory pathways in laboratory settings.[Study 2]

Traditional Use and Sensory Wellness

Scientific reviews examine cacao's long history in traditional practices and ceremonial use, exploring its role in sensory experiences, mood-related research, and daily wellness rituals across cultures. [Study 3]

Bioactive Compounds and Research Applications

Literature investigates cacao's diverse bioactive constituents, documenting areas of ongoing scientific interest in nutrition, wellness, and botanical research contexts. [Study 1], [Study 4]

Hazelnuts (Corylus avellana), known as "the nut of longevity" in traditional culinary practices, have been studied for their nutrient-dense profile and naturally occurring bioactive compounds. Here are key research areas:

Bioactive Compound Profile
Research documents hazelnuts' naturally rich content of phenolic compounds, flavonoids, and beneficial fatty acids—constituents examined for their antioxidant and anti-inflammatory properties in nutritional science contexts.[Study 1]

Comprehensive Nutritional Analysis

Studies provide detailed analysis of hazelnut nutrients including monounsaturated fats, dietary fiber, vitamin E, phytosterols, and polyphenols—components widely recognized in nutritional research and dietary wellness. [Study 2]

Traditional Nutritional Value

Scientific literature explores hazelnuts' long history as a valued food source across cultures, documenting their nutrient density and traditional associations with nourishment and vitality in culinary and wellness traditions.[Study 1],  [Study 2]

Antioxidant and Nutritional Content

Research examines the antioxidant capacity of hazelnuts and their naturally occurring vitamin E and polyphenol content—areas of interest in food science and nutritional biochemistry research.[Study 1],  [Study 2]