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All plates are equipped with covers.
Unlike a typical independent well type, all the wells on the outer perimeter are also independent from the wall sections. Adjacent wells are completely independent.
It is easy to culture three-dimensional cell aggregates (spheroids) with almost uniform shape and size. Differentiation induction is also possible through long-term culture. The usage is simple.
The features of the three-dimensional cell aggregate (spheroid/embryoid body) culture and differentiation induction microplate "TASCL" are as follows: 1. It allows for the mass three-dimensional culture of cell aggregates with nearly uniform shape, size, and quality at once. Approximately 600 cell aggregates can be cultured in TASCL 6WELL 600, and about 1000 in TASCL 6WELL 1000. 2. The bottom surface of the micro-well is perforated, enabling the circulation of culture media and gases to the cells through the culture insert, allowing for prolonged and optimal culture of the cell aggregates. 3. Long-term culture of cell aggregates for more than one month is possible, and differentiation induction can be performed using the same equipment. 4. The high-density well structure reduces the amount of culture media and reagents needed, leading to savings. 5. The wells are treated with a cell adhesion-inhibiting coating (valid for two years from the date of manufacture). They are gamma-irradiated, allowing for immediate use upon opening. 6. Cell seeding is simply done by evenly dropping a cell suspension from above. Centrifugation is unnecessary, and media exchange is also easy. 7. Made from a permeable material, it allows for the observation of cells using an inverted microscope from the bottom while culturing cells in TASCL.
For better handling, it features rounded edges! The design of the thin lid, which minimizes evaporation, ensures uniform cell growth!
Cell culture plates are a type of container useful for cell culture, with diverse shapes, specifications, and applications. They are produced using high-quality polystyrene (PS) material through ultra-precision molds and fully automated processes. Their excellent optical properties are convenient for microscopic observation. The surface has superior cell adhesion effects due to TC treatment.
