Active Ingredient & Cell Analysis
From Active Ingredient Analysis to Market Readiness – We Guide You Every Step of the Way
Patented Technology – Developed in Germany
Comprehensive Active Ingredient Analysis for All Types of Health Products
Makrolife Biotech offers precise in-vitro active ingredient analyses for a wide range of health products – from cosmetics to dietary supplements, pharmaceutical active ingredients, and plant-based natural products. Our cell-based tests provide a comprehensive assessment of efficacy, bioactivity, and safety directly on human cell models, entirely without animal testing.
Using state-of-the-art laboratory technology, validated methods, and scientifically backed analytical procedures, we deliver robust, regulatory-compliant results for your product development – reliable, efficient, and tailored to your needs. Our active ingredient analyses help you significantly enhance the quality and market potential of your products.
Makrolife – Your laboratory partner for cruelty-free, in-vitro based active ingredient testing.
Active Ingredient & Cell Analyses
Makrolife Biotech uses state-of-the-art in-vitro analytical methods to precisely test the efficacy and safety of your products. Our unique cell bank includes over 100 human cell models from various tissues – including macrophages, hepatocytes (liver cells), keratinocytes (skin cells), enterocytes (intestinal cells), neurons, fibroblasts, osteoblasts, and many more. This enables cell-based active ingredient analyses for almost all relevant application areas.
Whether macrophage-based immune response tests, hepatotoxicity assessments, anti-inflammatory (Anti-Inflammation Cell Test), anti-aging cell analyses, wound healing, or tumor inhibition models – our preclinical in-vitro tests are cruelty-free, efficient, and regulatory-compliant.
Through cytokine profiling, gene expression testing, and the evaluation of metabolism, cell regeneration, and immunomodulation, we offer scientifically validated testing methods that are ideal for cosmetic manufacturers, supplement providers, and pharmaceutical developers. Complex systems such as co-culture assays and transwell models are also utilized.
