Neo-Collagen™ Type I–Coated 6-Well Plate
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Product Overview
Description
Neo-Collagen™ Type I–Coated 6-Well Plate is a clear polystyrene multiwell culture plate with a uniform, consistent application of high-quality Type I collagen on the cell-culture surface. The collagen-coated surface is designed to support attachment and culture of collagen-responsive adherent cells and to improve experimental consistency across common cell-based research workflows.
The plate is aseptically processed, non-pyrogenic, and supplied in quantities of 10 plates per sleeve/package. Before cell seeding, rinse the coated wells once with sterile 1X culture medium or PBS. Avoid scraping or aggressively washing the coated surface.
Key Features
Product Name: Neo-Collagen™ Type I–Coated 6-Well Plate
Catalog Number:NCP-001
Plate Format: 6-Well
Surface Coating: Uniform Type I collagen coating on clear polystyrene culture surface
Collagen Used: Type I collagen
Plate Polymer: Clear polystyrene
Processing: Aseptically processed
Pyrogen Status: Non-pyrogenic
Storage: 2–30 °C
Quantity: 10 per Package
Preparation Before Use: Rinse coated wells once with sterile 1X culture medium or PBS before seeding cells.
Intended Use: Research Use Only (RUO)
Quick Facts
Product Type
Coated Plate
Viability
High viability
Applications
• Spheroid Invasion • Cell Viability • 3D Chemo…
Availability
In Stock • Global Shipping
Technical Specifications
Primary Applications
Applications & Use Cases
Primary Applications
• Spheroid Invasion • Cell Viability • 3D Chemotaxis • Collagen Migration • Air-Liquid Interface • 3D Migration • In Vitro Granuloma Models • 3D Cytotoxicity Co-Culture • CRT (Calreticulin) • Melanoma Spheroid Invasion • LH Enzymatic Activity • Scratch/Wound Healing • Permeability
Suitable for • spheroid invasion • cell viability • 3d chemotaxis • collagen migration • air-liquid interface • 3d migration • in vitro granuloma models • 3d cytotoxicity co-culture • crt (calreticulin) • melanoma spheroid invasion • lh enzymatic activity • scratch/wound healing • permeability studies and research applications
Research Areas
In Vitro Studies
Cell culture and screening applications
Molecular Biology
Gene expression & signaling studies
Drug Discovery
Screening & validation studies
Disease Modeling
Pathophysiology research
Support & Resources
Technical Support
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