Description
Specifications Table
| Product Name | Tissue Culture Plates, 96 well, 0.3 cm Colcemid® surface area/well, Treated, Packed in plastic/paper bag |
|---|---|
| Quantity/Pack Size | 1 × 10 no |
| Form | Plates |
| Grade | Treated |
| Application | Cell culture, research, education |
Product Description
Tissue Culture Plates, 96 well, 0.3 cm Colcemid® surface area/well, Treated, Packed in plastic/paper bag | TPP96-1x10NO | Himedia are essential tools for researchers and educators in the field of cell culture. These plates are designed with a 96-well format, providing ample space for various experiments and studies. The 0.3 cm Colcemid® surface area/well ensures optimal conditions for cell growth and proliferation.
Each plate is treated to enhance cell adherence, making them ideal for a wide range of applications, including cell viability assays, drug screening, and genetic research. The plates are packed in plastic/paper bags for easy storage and transportation, ensuring they remain sterile and ready for use.
Why choose eqipped for your tissue culture plates?
eqipped is committed to providing high-quality lab supplies at competitive prices. Our tissue culture plates are manufactured to the highest standards, ensuring reliability and consistency in your experiments. Whether you are a student, researcher, or educator, eqipped has the products you need to succeed.
Order Now and experience the difference with eqipped!
FAQs
What is the surface area of each well in the tissue culture plates?
The surface area of each well is 0.3 cm Colcemid®.
Are the tissue culture plates treated for cell adherence?
Yes, the tissue culture plates are treated to enhance cell adherence.
What is the pack size of the tissue culture plates?
The pack size is 1 × 10 no.
Can these tissue culture plates be used for drug screening?
Yes, these plates are suitable for drug screening and other research applications.
How are the tissue culture plates packed for storage?
The tissue culture plates are packed in plastic/paper bags for easy storage and transportation.
