Our Partners and Collaborations Validating Our Platform

Ingredient Analysis

Ingredient
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CytoSolve’s in silico analysis mapped black cumin seed bioactives to key molecular pathways underlying inflammation, oxidative stress, and metabolic regulation.

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CytoSolve’s in silico analysis quantified how sprouting alters bioactive compound potency and pathway engagement versus raw and roasted ingredients.

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CytoSolve’s bioinformatics modeling revealed how oat-derived compounds modulate molecular systems governing relaxation and fatigue through validated, systems-level mechanisms.

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CytoSolve’s in silico modeling validated the potency and efficacy of D-glucaric acid across molecular pathways governing detoxification and cellular protection.

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Ingredient-level validation applied systematic bioinformatics to confirm nutritional composition and documented health benefits of Animal Element components using in silico analysis.

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CytoSolve-enabled ingredient analysis helps C.L.E.A.N.® and R.A.W.® quantify bioavailability and formulation synergy while enforcing safety and minimal-processing certification requirements.

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Ingredient analysis evaluated the clean, nutrient-rich composition of BOSS Food™ products within a holistic food quality framework, demonstrating adherence to Certified C.L.E.A.N.® standards for minimal processing and ingredient integrity.

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Ingredient analysis evaluated the composition and quality integrity of Artisana Organics™ products, demonstrating alignment with Certified C.L.E.A.N.® standards for clean, minimally processed, and nutrient-dense foods.

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Ingredient analysis highlights Health-Ade® Kombucha’s commitment to clean ingredients, authentic fermentation, and quality preservation through traditional small-batch brewing practices.

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Ingredient analysis confirms that Two Moms in the Raw® products exemplify whole-food purity, minimal processing, and clean ingredient sourcing aligned with Certified C.L.E.A.N.® principles.

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Ingredient analysis confirms that Brad’s Raw Foods® products uphold whole-food purity, raw processing integrity, and clean ingredient sourcing aligned with Certified C.L.E.A.N.® standards.

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Ingredient analysis confirms Nutty Goodness™ products emphasize whole-nut purity, minimal processing, and clean sourcing consistent with Certified C.L.E.A.N.® principles.

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Ingredient analysis demonstrates that Rhythm Superfoods® products emphasize organic vegetables, minimal processing, and clean formulations aligned with Certified C.L.E.A.N.® principles.

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Ingredient analysis confirms that Thomas Creek Farm® pet food formulations prioritize clean sourcing, nutritional integrity, and minimal processing aligned with Certified C.L.E.A.N.® principles.

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Ingredient analysis highlights Parry Nutraceuticals®’ commitment to clean, algae-based ingredients produced through controlled cultivation and minimal processing aligned with Certified C.L.E.A.N.® standards

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Ingredient analysis shows GoMacro® products emphasize organic, plant-based whole-food ingredients and minimal processing aligned with Certified C.L.E.A.N.® principles.

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Ingredient analysis highlights Healthy Endings®’ commitment to clean, whole-food dessert ingredients and minimal processing, aligned with Certified C.L.E.A.N.® standards.

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Ingredient analysis highlights Natural Vitality®’s commitment to clean mineral ingredients, simple formulations, and minimal additives aligned with Certified C.L.E.A.N.® standards.

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Ingredient analysis confirms that Upfront Foods® products emphasize real, recognizable ingredients, minimal processing, and formulation transparency aligned with Certified C.L.E.A.N.® standards.

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Ingredient analysis highlights Shri Kartikeya Pharma®’s commitment to clean botanical ingredients, traditional Ayurvedic formulation principles, and quality-controlled processing aligned with Certified C.L.E.A.N.® standards.

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Ingredient analysis highlights Enovate Biolife®’s commitment to clean, functional nutraceutical ingredients produced with transparency, quality control, and minimal processing aligned with Certified C.L.E.A.N.® standards.

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Ingredient analysis highlights Hail Merry®’s commitment to clean, whole-food dessert ingredients, minimal processing, and coconut-based formulations aligned with Certified C.L.E.A.N.® standards.

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NutriGold’s Certified C.L.E.A.N.® supplements blend organic, whole-food, non-GMO ingredients with rigorous third-party testing for purity, potency, and consumer-trusted quality.

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Three Trees achieved Certified C.L.E.A.N.® recognition by validating minimalist, organic plant-based ingredients through rigorous third-party purity and quality analysis.

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CP – The Raw Juicery earned Certified C.L.E.A.N.® status by validating raw, cold-pressed juice ingredients through rigorous purity, sourcing, and nutritional integrity analysis.

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Analysis

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Kalustyan Corporation SM achieved Certified C.L.E.A.N.® recognition by validating specialty food ingredients through rigorous purity, sourcing transparency, and clean-label analysis.

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Apollo Olive Oil achieved Certified C.L.E.A.N.® recognition by validating single-source extra virgin olive oil through rigorous purity, authenticity, and clean-label analysis.

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Buchi Kombucha achieved Certified C.L.E.A.N.® recognition by validating living kombucha ingredients through rigorous purity, sourcing transparency, and fermentation integrity analysis.

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Pure Essence Labs achieved Certified C.L.E.A.N.® recognition by validating whole-food supplement ingredients through rigorous purity, sourcing, and bioactivity analysis.

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The Herbs & Bees achieved Certified C.L.E.A.N.® recognition by validating organic herbal ingredients through rigorous purity, sourcing transparency, and clean-label analysis.

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Analysis

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National Private Label achieved Certified C.L.E.A.N.® recognition by validating private-label ingredient sourcing, formulation transparency, and clean-label manufacturing standards.

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Analysis

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Spoon Optional achieved Certified C.L.E.A.N.® recognition by validating minimalist dessert ingredients through rigorous purity, sourcing transparency, and clean-label analysis.

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Zucarmex® achieved Certified C.L.E.A.N.® recognition by validating sweetener ingredients through rigorous purity testing, sourcing transparency, and clean-label analysis.

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Ricola achieved Certified C.L.E.A.N.® recognition by validating alpine herbal ingredients through rigorous purity testing, sourcing transparency, and clean-label analysis.

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Super Pop Snacks achieved Certified C.L.E.A.N.® recognition by validating organic snack ingredients through rigorous purity testing, sourcing transparency, and clean-label analysis.

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Rainbow Light achieved Certified C.L.E.A.N.® recognition by validating supplement ingredients through rigorous purity testing, sourcing transparency, and clean-label analysis.

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Humming Hemp® achieved Certified C.L.E.A.N.® recognition by validating hemp-based ingredients through rigorous purity testing, sourcing transparency, and clean-label analysis.

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Analysis

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CytoSolve® supported ingredient integrity analysis for Hibernia Misiones, strengthening purity, sourcing transparency, and clean-label validation of botanical food ingredients.

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CytoSolve® enabled molecular-level ingredient analysis for YouBar®, strengthening clean-label validation, nutritional integrity, and formulation transparency for personalized nutrition bars.

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Analysis

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CytoSolve® supported ingredient integrity analysis for Ohi Food Co., strengthening clean-label validation, functional performance, and formulation transparency for better-for-you snacks.

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CytoSolve® supported ingredient integrity analysis for Spirulina For Life, strengthening purity validation, bioactivity assurance, and clean-label compliance of spirulina ingredients.

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Analysis

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CytoSolve® enabled molecular-level ingredient analysis for Natreon®, supporting clean-label validation, bioactivity preservation, and scientific integrity of botanical extracts.

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CytoSolve® enabled ingredient integrity analysis for Naturally CLEAN EATS®, supporting clean-label validation, nutritional functionality, and formulation transparency.

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CytoSolve® enabled molecular-level ingredient analysis for Care/of®, supporting clean-label validation, nutrient integrity, and scientific transparency across personalized supplement formulations.

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Analysis

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CytoSolve® enabled ingredient integrity analysis for So-B®, supporting clean-label validation, functional performance, and scientific transparency across beverage formulations.

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CytoSolve® enabled molecular-level ingredient analysis for CHILDLIFE™ Essentials, supporting clean-label validation, nutrient bioactivity, and formulation integrity in pediatric supplements.

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Analysis

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CytoSolve® enabled ingredient integrity analysis for Eat to Heal™, strengthening clean-label validation, nutrient functionality, and scientific transparency in therapeutic food formulations.

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Analysis

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CytoSolve® enabled ingredient integrity analysis for FoodNerd®, supporting clean-label validation, nutrient functionality, and scientific transparency across functional snack formulations.

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Analysis

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CytoSolve® enabled molecular-level ingredient analysis for Virentia®, supporting clean-label validation, bioactive consistency, and scientific transparency of botanical ingredient systems.

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Analysis

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CytoSolve® enabled molecular-level ingredient analysis for Honey New Zealand™, strengthening purity validation, bioactivity preservation, and clean-label confidence in premium honeys.

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Analysis

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CytoSolve® enabled ingredient integrity analysis for Ohm Bucha, supporting clean-label validation, fermentation integrity, and bioactive consistency in kombucha formulations.

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Analysis

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CytoSolve® enabled molecular-level ingredient analysis for Gingerbug supporting clean-label validation, fermentation integrity, and bioactive consistency in fermented ginger beverages.

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Analysis

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CytoSolve® enabled molecular-level ingredient analysis for Rallis Olive Oil®, strengthening purity validation, bioactive preservation, and clean-label confidence.

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Analysis

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CytoSolve® enabled molecular-level ingredient analysis for PPO Lab, strengthening clean-label validation, ingredient purity, and scientific transparency across functional ingredient systems.

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Analysis

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CytoSolve® enabled molecular-level ingredient analysis for BEE POSITIVE™, supporting purity validation, bioactive preservation, and clean-label confidence in Manuka honey products.

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Analysis

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CytoSolve® enabled molecular-level ingredient analysis for Piping Rock®, supporting clean-label validation, nutrient stability, and formulation transparency across diverse supplement portfolios.

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Analysis

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CytoSolve® enabled molecular-level ingredient analysis for Galicina, supporting clean-label validation, bioactive consistency, and scientific transparency of plant-derived bioactives.

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Analysis

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CytoSolve® ingredient analysis modeled snack formulations to understand nutritional pathways, fiber functionality, and ingredient interactions supporting healthier snack design outcomes.

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Analysis

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CytoSolve® ingredient modeling revealed mechanistic contributions of scratch-made dough and sauces to flavor development and digestive interactions in Italian cuisine.

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Analysis

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CytoSolve® systems biology ingredient analysis elucidates key molecular components and functional biochemical effects of artisanal shoyu fermentation for enhanced mechanistic product understanding.

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Analysis

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CytoSolve® integrated mechanistic models to simulate molecular hydrogen, predicting coordinated suppression of inflammatory pain mediators across interconnected biochemical pathways networks.

Ingredient
Analysis

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CytoSolve® analyzed RNAi as a therapeutic ingredient, modeling contact activation and bradykinin pathways to predict knockdown–response relationships in HAE.

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Analysis

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CytoSolve® performed an ingredient-level in silico analysis predicting synergistic glucose-metabolism effects of cinnamon bark oil across multiple molecular pathways.

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Analysis

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CytoSolve® applied in silico systems modeling to evaluate individual and combined ingredient efficacy for joint pain, muscle soreness, and headache relief.

Ingredient
Analysis

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CytoSolve® integrated validated pain-pathway models to quantify apigenin–hesperidin synergy, generating patent-ready evidence across inflammation, nociception, and oxidative stress.

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Analysis

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CytoSolve® applied in silico systems modeling to show how SeaMeal™ ingredients synergistically improve pet coat appearance via skin barrier synthesis and oxidative stress reduction.

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Analysis

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CytoSolve® collaborated with Wapiti Labs to mechanistically integrate Elk Velvet Antler bioactives into a unified, regulatory-ready systems biology framework model.

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Analysis

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CytoSolve® modeled Redoxx® and Bug Check® ingredient systems confirming synergistic mechanisms, safety alignment, and NASC-ready in silico validation outcomes achieved.

Ingredient
Analysis

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CytoSolve® enabled ingredient-level in silico analysis to quantify how plant-based bioactives influence testosterone regulation within an integrated endocrine system.

Ingredient
Analysis

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CytoSolve® enabled ingredient-level in silico analysis to quantify individual and synergistic phytonutrient effects on low-grade chronic inflammation biomarkers.

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Analysis

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CytoSolve® enabled ingredient-level systems analysis to identify a synergistic, low-dose combination of FDA-approved drugs for pancreatic cancer.

Ingredient
Analysis

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CytoSolve® provides an ingredient analysis framework to systematically evaluate Whole Foods Market® product ingredients for quality, safety, and biological relevance.

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Analysis

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CytoSolve® modeled metabolic interactions between rhubarb stalks and animal meat to optimize livestock health, mitigating inflammation and oxalate risks.

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Analysis

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CytoSolve® organized cannabis molecular complexity into an evidence-linked systems architecture enabling precision chemotype validation and patient-focused medical development outcomes readiness.

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Analysis

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CytoSolve® quantified individual and combined relaxation ingredients across six pathways enabling mechanistic clarity scalable screening and formulation optimization strategies achieved.

Ingredient
Analysis

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CytoSolve® delivered an ingredient-level analysis of caffeine and L-arginine to characterize their combined biological impact on nitric oxide–mediated cardiovascular signaling.