Neo-Poly-L-Lysine™ Coated 384-Well Plate
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Product Overview
Description
Neo-Poly-L-Lysine™ Coated 384-Well Plate is a ready-to-use, PLL-coated clear polystyrene culture plate engineered to enhance attachment of adherent cells to the culture surface.
Poly-L-Lysine is a synthetic homopolymer of the amino acid L-lysine. At physiological pH, protonated epsilon-amino groups confer a net positive charge that can increase electrostatic interaction with negatively charged groups on cell membranes and culture surfaces, thereby promoting initial cell adhesion. The coating material used for this product family has a molecular-weight range of 70,000-150,000 Da. Molecular weight influences polymer chain length, solution viscosity, and the number of potential ionic interaction sites per polymer molecule; the selected range is intended to provide robust surface coverage while remaining practical for controlled coating manufacture.
The finished plate is supplied pre-coated and does not require user reconstitution of bulk Poly-L-Lysine. Before cell seeding, rinse the coated wells once with sterile 1X culture medium or PBS and aspirate gently without scraping the treated surface.
Key Features
Product Name: Neo-Poly-L-Lysine™ Coated 384-Well Plate
Catalog Number: NPL-006
Plate Format: 384-Well
Surface Coating: Synthetic Poly-L-Lysine (PLL) coating on clear polystyrene culture surface
PLL Molecular Weight: 70,000-150,000 Da (coating-material specification)
Source: Synthetic
Plate Polymer: Clear polystyrene
Processing / Sterility: Aseptically processed; supplied sterile
Storage: 2-8 °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
• Boyden Chamber • Single Cell Motility • Aorti…
Availability
In Stock • Global Shipping
Technical Specifications
Primary Applications
Applications & Use Cases
Primary Applications
• Boyden Chamber • Single Cell Motility • Aortic Ring • Cell Line Generation • Cell Proliferation • Gel Contraction • Tumor-On-Chip 3D Motility • Injectable Gel Evaluation • Invasion • Cell Binding • Matrix Stiffness Studies • In Vitro 3D Cyst Models • Tube Formation
Suitable for • boyden chamber • single cell motility • aortic ring • cell line generation • cell proliferation • gel contraction • tumor-on-chip 3d motility • injectable gel evaluation • invasion • cell binding • matrix stiffness studies • in vitro 3d cyst models • tube formation 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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