Description

TYGPN Medium — Rich Nutrient Bacterial Growth Culture Medium
TYGPN Medium is a high‑performance, research‑grade nutrient broth powder optimized for the rapid growth and cultivation of Escherichia coli and other non‑fastidious bacteria. This rich formula combines tryptone, yeast extract, glycerol, phosphate buffer, and potassium nitrate to deliver essential amino acids, vitamins, carbon source, and stable pH buffering — ensuring fast bacterial proliferation, consistent growth, and reliable experimental outcomes. Whether used for routine microbial culture, cloning, or protein expression workflows, TYGPN Medium provides a robust foundation for all your microbiology research needs.

Specifications

Item	Value
Product Name	TYGPN Medium Broth Powder
Appearance	Light Beige, Free-Flowing Powder
Conductivity (1:10) @25℃	Report
pH (4.5 g / qs 100 mL Water) @25℃	7.0–7.4
Solubility (4.5 g / qs 100 mL Water)	Pass
Supports Growth of Bacteria	Pass
Components (g/L)	Tryptone 20.0 g Yeast Extract 10.0 g Na₂HPO₄ 5.0 g KNO₃ 10.0 g
Usage	45.0 g/L
Storage	Store at Room Temperature. Protect from Moisture

Features

Rich Nutrient Composition — Formulated with high‑quality tryptone and yeast extract to supply essential peptides, amino acids, and vitamins required for rapid bacterial growth.
Carbon Source & Buffering System — Includes glycerol and phosphate salts to maintain cellular energy levels and stable pH during cultivation.
Optimized for E. coli Growth — Supports rapid proliferation of Escherichia coli, enabling higher biomass yields compared to basic media.
Powder Format for Custom Prep — Easy to weigh and dissolve, allowing flexible batch preparation and scale‑up for different experiment sizes.
Lab‑Grade Quality Assurance — Research‑grade media suitable for microbiology, molecular biology, cloning, and protein expression studies.

Application

Routine Bacterial Cultivation — Ideal for everyday culturing of bacteria in microbiology labs.
Molecular Biology & Genetic Engineering — Provides reliable growth for cloning, plasmid preparation, and expression studies.
High Density Bacterial Growth — Enables efficient biomass accumulation for downstream applications.
Educational & Research Settings — Suitable for academic labs, biotech research, and industrial microbiology workflows.

Documents

COA