MEM (Autoclavable, Earle's Salts) (powder)
MEM培养基粉末[可高压灭菌]
with Earle's salts; without L-glutamine and sodium bicarbonate
CTH20100
MEM is a classic basal medium for many adherent cells and virus culture. Formula notes are given in Chinese on the page; the full composition is confirmed on inquiry. This is an autoclavable formula; heat-labile components such as glutamine are added after sterilisation.
Product information
- Chinese name
- MEM培养基粉末[可高压灭菌]
- English name
- MEM (Autoclavable, Earle's Salts) (powder)
- Cat. No.
- CTH20100
- Category
- Powdered basal media
- Storage
- 2–8 °C, sealed, dry, dark
- Formula notes
- with Earle's salts; without L-glutamine and sodium bicarbonate
Typical reference values; the batch COA / SDS governs.
Pack sizes and catalogue numbers
Prices on request; lead time confirmed on the quotation.
FAQ
What pack sizes and lead times are available for MEM (Autoclavable, Earle's Salts) (powder)?
MEM (Autoclavable, Earle's Salts) (powder) (Cat. No. CTH20100) comes in 1 L / 10 L / 50 L; lead time: In stock, confirmed on the quotation.
How should MEM (Autoclavable, Earle's Salts) (powder) be stored?
Recommended storage for MEM (Autoclavable, Earle's Salts) (powder) (CTH20100): 2–8 °C, sealed, dry, dark. The batch COA / SDS governs.
What is MEM (Autoclavable, Earle's Salts) (powder) used for?
MEM (Autoclavable, Earle's Salts) (powder) (CTH20100) is listed under Powdered basal media. Typical uses: Cell culture, Powdered medium, Scale-up. For research or industrial non-medical use only.
Where can I buy MEM (Autoclavable, Earle's Salts) (powder)?
Request a quote for MEM (Autoclavable, Earle's Salts) (powder) from Catch-Chem (Yantai, China): tel +86-192-9602-6528, email Ethan.sheng@catchchem.com, quoting catalogue number CTH20100.
Related products
For research or industrial use only. Not for human or animal diagnosis or treatment, and not for drug or food use. Grade, pack size and lead time follow the supplier batch COA / SDS. Figures on this site are general industry references, not a factory specification.