RPMI 1640, w: stable Glutamine, w: 2.0 g/L NaHCO3
Cat-no : P04-18500
Size: 500 ml
Store at: +2°C - +8°C
Sterile : Yes
HS-Code: 38210000
Availability: Green
File : https://www.pan-biotech.de/en/RPMI-1640-w-stable-Glutamine-w-2.0-g-L-NaHCO3/P04-18500
RPMI Tissue Culture Medium: A Comprehensive Guide
IntroductionRPMI tissue culture medium, also known as Roswell Park Memorial Institute medium, is a vital component for cell culture research. Designed to support the growth of human leukemic cells, its versatility has made it a staple in various cellular studies. Components and Composition
Main IngredientsRPMI medium typically contains inorganic salts, amino acids, vitamins, and glucose. Its balanced formulation ensures optimal cell growth and function.SupplementationOften, researchers enhance RPMI with L-glutamine, HEPES buffer, and serum (like fetal bovine serum) to cater to specific cell types. Applications in Research
Cell CultureRPMI is widely used in mammalian cell culture, especially for human cells, due to its comprehensive formulation.Immunology StudiesGiven its inception for human leukemic cells, RPMI has found broad applications in immunological research, including lymphocyte studies.Drug TestingThe medium's robustness supports cellular responses to potential drugs, making it indispensable for pharmacological studies. Benefits of RPMI Medium
VersatilityRPMI supports a wide range of mammalian cells, making it a preferred choice for diverse research requirements.ConsistencyIts standardized composition ensures replicable results across experiments.Storage and HandlingFor optimal results, it's essential to store RPMI medium at 2-8°C, avoiding repeated freeze-thaw cycles. Before use, warm it to room temperature and check for any signs of contamination or discoloration.ConclusionRPMI tissue culture medium stands as a gold standard in the realm of cell culture. Its adaptability to various cell types and consistency in delivering reliable results has made it a favored choice for researchers worldwide. By understanding its components and proper handling methods, one can harness its full potential for groundbreaking cellular research.
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