Basic Scientific Research
▍Melanin-containing epidermal model
A 3D melanin-containing skin model capable of secreting melanin is formed by subjecting primary cells separated from human skin tissues to serum-free culture and in vitro gas-liquid culture.
✤ Skin-Whitening Efficacy Testing
Whitening Efficacy Testing of Cosmetic Raw Materials and Products
✤ Research on skin pigmentation disorders
Research on the mechanism of skin pigmentation disorders and evaluation of therapeutic drugs
▍Epidermal/full-thickness skin model
A 3D full-thickness skin model containing the dermis and epidermis is formed by subjecting primary cells separated from human skin tissues to serum-free culture and in vitro gas-liquid culture.
✤ Skin Safety Testing
Testing of in vitro skin irritation, corrosivity and phototoxicity of cosmetics, chemicals, and medical devices (extract)
✤ Skin Efficacy Testing
Testing of in vitro skin barrier, moisturizing and anti-aging effects
✤ Skin-related scientific research
Epidermal penetration and metabolism, transdermal absorption, etc.
✤ Research on skin disease models
Construction of skin wound, sensitization, inflammation and other disease models and drug evaluation
▍Heart model
It uses our self-developed heart-on-chips (HoCs), myocardial organoid kits and high-content imaging detector for rapid, high-throughput testing of important indicators of cardiac function, such as heart rate, contractility, contraction rate, and calcium transient, thus providing services like evaluation of drug safety (cardiotoxicity) and evaluation of the efficacy of drugs in regulating the cardiac function.
✤ iPSC differentiation
✤ The cellular composition closest in proportion to the human body
✤ Prolonged transportation at normal temperature
✤ Meet the testing of contraction, calcium transient, electrophysiology, etc.
✤ Enable automated analysis
✤ Beat for consecutive 150 days
▍OoC Customization Service
Built on microfluidics, OoCs integrate multiple disciplines such as engineering, physics, chemistry, micromachining and bioengineering. They enable precise control of fluids at the micro-scale, and are characterized by small volumes, micro-sample sizes and low energy consumption. On these features, by simulating in vivo growth conditions, they create a favorable dynamic survival environment for cell culture in vitro.
AVATARGET provides customized chip development services, designing and processing chips for modeling or testing requirements. We offer OoC package solutions.
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