Buffer & Media Stock Solutions

Product#: Buffer&MediaStockSolutions

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Buffer & Media Stock Solutions

Buffer stocks and media supplements are fundamental reagents used to prepare and modify working solutions for animal cell culture, tissue handling, and physiological experiments. These single-component or simple-composition stocks allow flexibility in buffer formulation, enabling researchers to adjust pH, ionic strength, osmolarity, and cofactor concentrations to match specific experimental requirements. The stocks listed below are typically diluted or combined to create the balanced salt solutions, physiological buffers, and custom media needed for animal work ranging from routine cell culture to specialized tissue perfusion and electrophysiology applications.

CUSTOMIZATION: Please INQUIRE if other concentrations, additions of chemicals/compounds/proteins/supplements, different pH, and modifications are needed.

Name	Type/role	Link to Order
HEPES 1M Solution	Zwitterionic buffer stock for pH control in cell/tissue buffers.
HEPES 1M Solution
Tris Base 1M Solution (pH 8.0)	Primary amine buffer stock for preparing Tris-based buffers (e.g., TBS, Tris-HCl) around neutral to slightly basic pH.
5M Sodium Chloride (NaCl) Solution	Concentrated salt stock for adjusting ionic strength and osmolarity of buffers and media.
1M Magnesium Chloride Solution	Divalent cation stock used as a cofactor and to adjust Mg²⁺ concentration in buffers and physiological solutions.
1M Calcium Chloride Solution	Divalent cation stock for setting Ca²⁺ levels in physiological and experimental solutions.
1M Potassium Chloride (KCl) Solution	Monovalent cation stock for controlling K⁺ concentration in buffers and physiological solutions.
1M D-Glucose Solution	Carbon/energy source stock for media and physiological buffers.
1M Sodium Bicarbonate Solution	Bicarbonate stock for CO₂-dependent buffering systems.
1M Sodium Phosphate Dibasic Solution	Phosphate buffer component (HPO₄^2-) used with monobasic phosphate to set pH.
1M Sodium Phosphate Monobasic Solution	Phosphate buffer component (H₂PO₄^-) paired with dibasic phosphate to form phosphate buffers.