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Wellness Background

Advanced Liposomal Caffeine

Amplify Your Focus
with Liposomal Power

Caffeine – Nature's Performance Booster

Caffeine is a naturally occurring alkaloid widely recognized for its central nervous system stimulant effects. It enhances alertness, cognitive focus, and physical performance, making it a popular choice in dietary supplements, functional foods, and performance formulations.

The Bioavailability Barrier
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Rapid Metabolism

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Gastrointestinal Irritation

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Short Duration of Action

Grade/Specification Available Form
Liposomal Caffeine 70% Powder
The LIPOCAFF™ Advantage
LIPOCAFF™ uses DFS Technology™ (Dietary Fiber Stabilized), a patent-filed liposomal delivery system that protects caffeine from premature degradation, improves absorption, and ensures smoother, longer-lasting energy without jitters or crashes. This advanced system supports consistent alertness, focus, and endurance for both cognitive and physical performance.
Backed by Science, Proven in Research

Cellular Uptake Study (Caco-2 model): LipoCaff™ has demonstrated 1.5× higher permeability than regular Caffeine, ensuring maximum absorption and effectiveness.

Analytical Validation: Liposomal particles were characterized through TEM, Zeta Potential, and PDI confirming uniformity and stability.

LIPOCAFF™ Core Benefits
Provides Smooth Energy
Enhances Cognitive Focus
Reduces Jitters & Energy Crashes
Pre-Workout & Performance Ready
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Why LipoCaff™ is Superior?
Feature
Liposomal Caffeine
Conventional Liposomal Caffeine
Absorption Technology
DFS Technology™ - advanced liposomal delivery
Rapid absorption, unstable
Stability & Efficacy
Protected from breakdown, stable & potent
Easily degraded during digestion, lower efficacy
Cellular Uptake
1.5× higher (Caco-2 proven)
Low, limited by hydrophobicity
Analytical Validation
TEM, Zeta, PDI – advanced validation
No advanced validation
Tolerance
Gentle and effective delivery
May show delayed or reduced effects
Backed by External Peer-Reviewed Research

ELSEVIER | Clinical Nutrition ESPEN

STUDY YEAR | 2023 | Bianca A. Almeida et al.

Effects of caffeine and its metabolites, theobromine and theophylline, on performance and physiological parameters in cyclists...

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FRONTIERS | Frontiers in Physiology

STUDY YEAR | 2023 | Ruijun Cheng et al.

Effect of caffeine supplementation on aerobic and anaerobic performance in sleep-restricted male college soccer players...

READ THE STUDY

ELSEVIER | Archives of Gerontology and Geriatrics

STUDY YEAR | 2023 | Yujie Wei et al.

The causal association between plasma caffeine and frailty: A two-sample mendelian randomization study...

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TAYLOR & FRANCIS | Fatigue: Biomedicine, Health & Behavior

STUDY YEAR | 2024 | Lizaine Rosa Cardoso et al.

Caffeine against persistent fatigue in long COVID: A randomized clinical trial...

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TAYLOR & FRANCIS | Nature and Science of Sleep

STUDY YEAR | 2022 | Michael O’Callaghan et al.

Effects of caffeine intake on cognitive performance related to total sleep deprivation and time on task...

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APA | Experimental and Clinical Psychopharmacology

STUDY YEAR | 2021 | RK Cooper et al.

Caffeine enhances sustained attention among adolescents. Acute caffeine intake dose-dependently improves sustained attention...

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Disclaimer -

Please note that this website and the information provided are not intended for end consumers of finished food, beverage, dietary supplement, or cosmetic products, as the content here does not pertain to consumer-ready finished products. The statements related to ingredients on the website has not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease. By continuing to browse, you acknowledge and accept the terms outlined above.

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