Ames' Medium (20x500ml bottles)

Ames' Medium (20x500ml bottles)

$85.00

Name of Product
Ames' Medium 

Catalog Number 
AM07

Product Format
Liquid (20x500ml bottles)

Product Description
Ames’ Medium was specifically formulated to support retinal tissue in short-term culture. It has been shown to maintain rabbit retina in vitro for over two days, preserving both metabolic activity and electrical responses to light stimuli. This formulation is widely recognized as a medium of choice for sustaining central nervous system (CNS) tissue in vitro.

Scientific Relevance
The retina serves as a practical in vitro model for CNS research. It is more accessible than most neural tissues and is structurally resilient, making it ideal for manipulation. Rabbit retina, in particular, is naturally avascular—nourished by diffusion from surrounding capillary networks. This unique characteristic allows the retina to survive and function in vitro when immersed in a medium that mimics in vivo conditions.

Storage and Stability

  • Store at 4°C

  • Stable for 12 months after receipt

  • Use promptly after opening for best results

Product Usage
Cells are offered for Research Use Only. Not for Clinical Use.

Benefits

Maximizes Cell Viability & Recovery

Preserves Phenotype & Biomarker Expression

Ames' Medium (20x500ml bottles)
  • Ames' Medium (20x500ml bottles)
  • Ames' Medium (20x500ml bottles)

Scientifically engineered formulations, optimized for maximum cellular performance and validated through rigorous quality control.

Optimized for cellular viability and function

Engineered to support robust cell health, proliferation, and performance across passages.
Formulated for consistency and reproducibility

Minimizes variability to ensure reliable outcomes in every experiment.
Validated for purity, sterility, and performance

Extensively tested to meet rigorous quality, safety, and regulatory standards.

Stabilized

Broad cell line compatibility

Scientifically validated

Nutrient-optimized

Consistency you can trust. Each formulation is optimized to deliver reliable outcomes across experiments and timepoints.

Pairs well with