Description

M63 Medium is a defined minimal medium widely used for the cultivation and physiological studies of Escherichia coli. This medium provides essential inorganic salts to support bacterial growth while allowing precise control over carbon and energy sources. Glycerol or glucose may be supplemented as the primary carbon source, supporting cellular metabolism and energy production.

The formulation supplies key nutrients including nitrogen, phosphorus, and trace elements required for bacterial growth. Magnesium sulfate is included to provide magnesium ions, which are critical cofactors for numerous enzymatic reactions, including those involved in DNA replication. Due to its defined composition, M63 Medium is particularly suitable for metabolic studies, genetic experiments, and controlled growth condition analyses.

Specifications

Item	Value
Product Name	M63 Medium Broth
Product Code	SD7033
Appearance	White, Free-Flowing Powder
Conductivity (1:10) at 25°C	Report
pH (6.24g/400ml Water) at 25°C	6.8–7.2
Solubility (6.24g/400ml Water)	Pass
Supports Growth of Bacteria	Pass
Shipping Conditions	RT
UNSPSC Code	41106200
UNSPSC Category	Microbiological Media
Storage	Store at Room Temperature. Protect from Moisture.

Features

Defined Minimal Medium

Enables precise control of nutrient composition for microbial physiology and metabolic studies.
Supports E. coli Growth

Optimized salt composition supports reliable growth when supplemented with an appropriate carbon source.
Carbon Source Flexibility

Compatible with glycerol or glucose supplementation as carbon and energy sources.
Magnesium-Enriched Formulation

Provides essential magnesium ions required for enzymatic activity and DNA replication.
Research-Grade Quality

Supplied as a white, free-flowing powder with verified solubility and pH performance.

Applications

Cultivation of Escherichia coli
Microbial physiology and metabolic pathway studies
Genetic and molecular biology research
Growth condition optimization and nutrient utilization studies
Academic and industrial microbiology research

Documents

Product Info

COA

SDS