How Does Gelation Works With VitroGel Hydrogels?
Does not polymerize by temperature or by a cross-linking reagent.
Work confidently at room temperature. VitroGel hydrogels polymerization is not temperature dependent nor does it require a cross-linking reagent.
STAGE ONE:
VitroGel solution is room temperature stable and free-flowing. The hydrogel gelation/formation starts by mixing the VitroGel solution with the cell culture medium. Hydrogel molecules interact with ionic molecules such as Ca2+ and Na+ from the cell culture medium and form the matrix structure (hydrogel).
The process of hydrogel formation is slow when a small amount of ionic molecules are used. At this stage, the hydrogel is soft and possesses a shear-thinning and rapid recovering mechanical property, which makes the hydrogel easy to transfer to a culture plate or use for injection.
STAGE TWO:
After soft hydrogel formation, adding an additional cell culture medium on top of the hydrogel would allow more ionic molecules to penetrate into the hydrogel matrix and further saturate the hydrogel cross-linking. A solid hydrogel would form during this process.
THE BIOTECH COMPANY is one of leading suppliers of specialist equipment, instruments, spare parts and services for different businesses of the biopharmaceutical industry. We mainly deal in segments of upstream processing and down-stream processing.
Copyright © 2014-2024 THE BIOTECH COMPANY. All rights reserved.
Biomarker
Hydrogel Supplements
Human derived Biomaterial
HumaDerm Human Skin Collagen Type I, Lyophilizedpage
HumaDerm Human Skin Collagen Type I, Solution
HumaDerm Human Skin Collagen Type I, Lyophilized, Insoluble
Huma OsteoGelatin Type A, Lyophilized, Medium Bloom
Huma OsteoGelatin Type A, Lyophilized, High Bloom
Huma OsteoGelMA Type A, Lyophilized