Advantages of 3D training:
When 2D cells are cultured, almost 50% of the cells are flattened in the culture dish, while another 50% are immersed in the solution. The most important cell-to-cell contact is relatively small, so that the growth pattern of the cells It is far from the real situation, and it is easy to cause abnormal metabolism and cannot express the true growth pattern.
In 3D culture, the cytoskeletal structure of the cells is closer to the actual situation, induces cell-cell interaction, and can even induce stem cells to differentiate into cell types required for body tissues in a specific manner. It is used to study the interaction between cells, cell migration, tumors and the relationship between cancer cells and normal cells, as well as cell-based drug testing, new drug development, and even tissue engineering...etc.
3D CelluSponge features:
1. Compatible with traditional 2D culture equipment. 3D CelluSponge is used for cell culture. The materials, tools, culture methods and even the instruments used are 2D compatible, no need to change any equipment. When planting cells, 3D CelluSponge also absorbs cells and culture fluids quickly, making it easy to use.
2, CelluSponge cells have high compatibility, high stability and easy to store.
3, CelluSponge culture time is short, and suitable for long-term culture.
4. The exclusive patented 3D Cellusponge has a special 3D space to preserve the interaction between cells, which promotes stem cell differentiation not only accelerates drug development but also saves money. In addition, 3D Cellusponge is highly versatile and has a wide range of applications to provide more accurate experiments when drugs are delivered.
Application areas:
1. Cell tolerance study 2. Toxicology research - drug testing 3. Regenerative medicine 4. New drug screening, vaccine development
For more details please pay attention:
When 2D cells are cultured, almost 50% of the cells are flattened in the culture dish, while another 50% are immersed in the solution. The most important cell-to-cell contact is relatively small, so that the growth pattern of the cells It is far from the real situation, and it is easy to cause abnormal metabolism and cannot express the true growth pattern.
In 3D culture, the cytoskeletal structure of the cells is closer to the actual situation, induces cell-cell interaction, and can even induce stem cells to differentiate into cell types required for body tissues in a specific manner. It is used to study the interaction between cells, cell migration, tumors and the relationship between cancer cells and normal cells, as well as cell-based drug testing, new drug development, and even tissue engineering...etc.
3D CelluSponge features:
1. Compatible with traditional 2D culture equipment. 3D CelluSponge is used for cell culture. The materials, tools, culture methods and even the instruments used are 2D compatible, no need to change any equipment. When planting cells, 3D CelluSponge also absorbs cells and culture fluids quickly, making it easy to use.
2, CelluSponge cells have high compatibility, high stability and easy to store.
3, CelluSponge culture time is short, and suitable for long-term culture.
4. The exclusive patented 3D Cellusponge has a special 3D space to preserve the interaction between cells, which promotes stem cell differentiation not only accelerates drug development but also saves money. In addition, 3D Cellusponge is highly versatile and has a wide range of applications to provide more accurate experiments when drugs are delivered.
Application areas:
1. Cell tolerance study 2. Toxicology research - drug testing 3. Regenerative medicine 4. New drug screening, vaccine development
For more details please pay attention:
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