Premium Trypsin 0.25% – EDTA Solution for Precise Cell Dissociation
High-Performance Cell Dissociation Solution for Sensitive and Robust Cell Lines
Partnering with Biowest, let’s unlock precise, gentle, and reliable cell detachment with our Trypsin 0.25% – EDTA formulation, designed to meet the highest standards in cell culture workflows. Optimized with a balanced HBSS buffer (free of calcium and magnesium) and enhanced with phenol red for easy pH monitoring, this solution ensures minimal cell stress and maximum viability during passaging or tissue dissociation.
Derived from porcine pancreas, our high-quality trypsin is paired with EDTA to disrupt cell–cell adhesion, making it ideal for a wide range of mammalian cells. Stringently filtered for sterility and stability, this ready-to-use reagent guarantees consistency, offering confidence with every use.
Key Features
-
Optimal Enzyme Concentration
Contains 0.25% trypsin, delivering efficient cell detachment while preserving cell integrity. -
EDTA-Enhanced Performance
EDTA chelates divalent cations, promoting rapid and gentle dissociation of even tightly adherent cells. -
HBSS Buffer Base
Formulated without calcium and magnesium to enhance dissociation efficiency and reduce re-aggregation. -
Phenol Red Indicator
Enables real-time pH monitoring to maintain optimal physiological conditions during handling. -
Strict Sterility and Stability
Sterile-filtered and supplied frozen for long-term reliability (24-month shelf life when stored at -18°C to -40°C). -
Versatile Application
Ideal for routine cell culture maintenance, subculturing, and primary cell isolation.
Trust Biowest for your cell culture essentials.
Please enquire with us at [email protected]
We deliver Biowest solutions across South East Asia (Singapore, Thailand, Vietnam, Indonesia, Philippines, Myanmar) and Across China Only.
Product Specifications
Attribute | Details |
---|---|
Product Code | L0931-100 |
State | Frozen |
Shipping | Gel pack, dry ice, or refrigerated |
Shelf Life | 24 months |
Storage | -18°C to -40°C |
Applications | Cell Culture, Tissue Dissociation |