Efficacy Verification
Proven Efficacy
HealthTake operates an in-house cell engineering lab, equipped with multiple cutting-edge, high-precision testing instrumentations.
All tests are conducted in sterile, dust-free environment using state-of-the-art testing equipment.
This allows us to perform quantitative analysis on health supplement target constituents and to provide customized efficacy evaluation and validation services.
We test individual ingredients or complex formulations based on their specific functional properties, helping to reduce the costs and risks associated with new product development while establishing a solid foundation for future applications.
HealthTake operates an in-house cell engineering lab, equipped with multiple cutting-edge, high-precision testing instrumentations.
All tests are conducted in sterile, dust-free environment using state-of-the-art testing equipment.
This allows us to perform quantitative analysis on health supplement target constituents and to provide customized efficacy evaluation and validation services.
We test individual ingredients or complex formulations based on their specific functional properties, helping to reduce the costs and risks associated with new product development while establishing a solid foundation for future applications.
Weight Management
Glucose Regulation
Tumor Prevention
Antioxidation
Beauty Factor
Liver Protection
Spectrophotometer
Measures light absorption at specific wavelengths to determine compound concentrations and enzyme activity in samples. Used for analyzing physiological indicators related to obesity, blood glucose, inflammation, and blood lipids.
Sonicator
Disrupts the cell membrane with ultrasound to obtain intracellular components, facilitating extraction of protein, nucleic acid, and metabolic substances
Cryogenic Storage Dewar
Stores cells in liquid nitrogen at -196 °C, inducing a dormant state and extending storage life to preserve cell viability for efficacy tests.
Refrigerated Centrifuge
Separates components of different densities through high speed rotation under controlled temperature conditions. Ideal for heat-sensitive substances such as protein and cellular membranes.
Thermostatic Incubator
Maintains stable temperature through heating or cooling systems, ensuring the required conditions for chemical reactions
Cell incubator
Provides stable temperature, humidity, and C02 concentration for cell growth and division, facilitating cellular uptake of functional substances and downstream analysis.
Optical Microscope
Uses visible light and lenses to magnify specimens for observing cell morphology and growth. Compatible with staining techniques for tissue section imaging.
Laminar Flow Hood
Creates sterile conditions through HEPA-filtered airflow for cell cultures and pharmaceutical preparation. Protects samples or cell from contamination while ensuring the accuracy and reliability of results.
Spectrophotometer
Measures light absorption at specific wavelengths to determine compound concentrations and enzyme activity in samples. Used for analyzing physiological indicators related to obesity, blood glucose, inflammation, and blood lipids.
Sonicator
Disrupts the cell membrane with ultrasound to disrupt cell membranes and obtain intracellular components, facilitating extraction of protein, nucleic acid, and metabolic substances
Cryogenic Storage Dewar
Stores cells in liquid nitrogen at -196 °C, inducing a dormant state and extending storage life to preserve cell viability for efficacy tests.
Refrigerated Centrifuge
Separates components of different densities through high speed rotation under controlled temperature conditions. Ideal for heat-sensitive substances such as protein, cellular membranes.
Thermostatic Incubator
Maintains stable temperature through heating or cooling systems, ensuring the required conditions for chemical reactions
Cell incubator
Provides stable temperature, humidity, and C02 concentration for cell growth and division, facilitating cellular uptake of functional substances and downstream analysis.
Optical Microscope
Uses visible light and lenses to magnify specimens for observing cell morphology and growth. Compatible with staining techniques for tissue section imaging.
Laminar Flow Hood
Creates sterile conditions through HEPA-filtered airflow for operations involving cell cultures and pharmaceutical preparation. Protects samples or cell contamination while ensuring the accuracy and reliability of results.