| Quantity: | |
|---|---|
>> Features
Square PET/PC media bottles with closure made from durable, break-resistant and clear plastic materials to reduce the risk of cross contamination.
Nonpyrogenic.
Molded-in graduations for easy observation. Bottles packed individually and ideal for packaging of biological and diagnostic reagents.
>> Purpose
Used in bio- or pharmaceutical laboratories to reduce the risk of cross contamination
Large scale cell culture: suitable for industrial production (such as vaccines, antibodies, recombinant proteins).
High density cell expansion: used for experiments that require a large number of cells, such as transfection and cryopreservation.
Suspension cell culture: Specially designed bottles (such as shake flasks) are suitable for non adherent cells.
Long term cultivation: Good sealing, reduces pollution risk, suitable for slow growth cells.
>> Characteristics
Item | Description of Good | Quantity (pcs) | Packing |
PET250 | PET Cell Bottle 250ml | 100 | 1pc*100bags |
PET500 | PET Cell Bottle 500m | 100 | 1pc*100bags |
PET1000 | PET Cell Bottle 1000ml | 48 | 1pc*48bags |
>> FAQ
Q1. What's the difference between tissue culture and cell culture?
A: " Cell culture is the removal of cells from an animal or plant and subsequent growth in a favorable artificial environment, whereas tissue culture is the development of cells taken from living tissue in an artificial medium.
Types of cells:
In tissue culture, plant and animal cells are used, but in cell culture, multicellular eukaryotic cells are used.
Types:
Tissue culture and organ culture are the two primary ways of cell culture, while seed culture, embryo culture, callus culture, and protoplast culture are some types of tissue culture.
Applications:
Tissue cultures can be used to micropropagate plants, whilst cell cultures can be utilized to create biological substances.
