25cm² TC Treated Cell Culture Flask With Vent Lid For Laboratory Consumable
The advantages of 25cm² TC Treated Cell Culture Flask With Vent Lid For Laboratory Consumable:
1. Save time and space, 1 x 10 layer cell culture flask culture area is equivalent to 36 x T-175 cell culture flasks.
2. Ready to use, no additional accessories are required.
3. Linear amplification, growth kinetics identical to experimental grade culture.
4. Large mouth for easy filling and emptying directly into the cell factory.
5. Suitable for laboratory operations and large-scale cell culture.
6. Electron beam sterilisation without heat source.
7. Highly transparent medical grade polystyrene material.
|Name||25cm² TC Treated Cell Culture Flask With Vent Lid For Laboratory Consumable|
|Material||medical grade polystyrene|
|Application||successful growth and propagation of microbial, insect, or mammalian cells|
|Specification||12pears / bag, 25bags / case|
|Lead time||According to the order quantity, the lead time is about 1-7 days.|
|Shipping||DHL, UPS, TNT, FEDEX, Air/Sea Freight|
|Payment||Paypal, T/T, L/C, Western Union, etc.|
There are many different types of cells, but in terms of culture, there are two main categories: walled cells and suspension cells. Suspension cells are cells that do not depend on a supporting surface and grow in suspension in the culture medium, such as lymphocytes. Adherent cells are cells that are grown on a support surface to which they can adhere and on which they can grow and multiply, either by their own secretion or by adhesion factors provided in the culture medium.
In the past, most cell culture consumables were made of glass, which is hydrophilic and therefore does not require special treatment. In practice, however, there were disadvantages such as poor cleaning and contamination of the sample. With the rapid development of technology, various polymer materials (e.g. polystyrene PS) have gradually replaced glass as the basic material for cell culture consumables.
Polystyrene is an amorphous, random polymer that is transparent and has a very high transparency, with a light transmission rate of over 90%, which facilitates the observation of cell cultures under a microscope, and has the advantages of easy colouring, good processing fluidity, rigidity and chemical resistance. However, polystyrene is hydrophobic and in order to ensure that walled cells adhere well to the surface of the consumables, the surface of the cell culture consumables needs to be specially modified by introducing a hydrophilic factor to the surface in order to accommodate the growth and reproduction of walled cells. plates, cell crawlers, cell culture flasks, etc. The TC surface treatment of cell culture dishes is usually achieved using plasma surface treatment equipment.