ORIS™ PRO 384 CELL MIGRATION ASSAYS
The Oris™ Pro 384 Cell Migration Assays (Tissue Culture Treated or Collagen I Coated) employ a proprietary biocompatible gel (BCG) to provide a Cell Migration Assay suitable for automated liquid handling, real time visualization of movement and multiplexing using high content instrumentation. High throughput compound screening labs can now implement a phenotypic cell assay in a convenient and cost effective state-of-the-art 384-well format.
ORIS™ PRO CELL MIGRATION ASSAYS
The Oris™ Pro Cell Migration Assays (Tissue Culture Treated or Collgen I Coated) are a 2nd generation Oris™ product in which the Oris™ Cell Seeding Stoppers have been replaced by a dissolving Biocompatible Gel (BCG). The BCG creates an annular monolayer of cells with a cell-free, central area into which cell migration can occur. The Oris™ Pro Cell Migration Assay enables the use of automated liquid handling equipment for cell seeding and allows unrestricted access to cells throughout the experiment. Readout can be performed in real-time using inverted microscopes and High Content Screening (HCS)/High Content Imaging (HCI) instruments.
ORIS™ PRO CELL INVASION ASSAYS
The Oris™ Pro Collagen I Cell Invasion Assay offers a versatile method that allows for imaging and quantitating cells invading through a 3-D Collagen I ECM in real-time. The Oris™ Pro Cell Invasion Assay uses a Biocompatible Gel and enables the use of automated liquid handling equipment for cell seeding and allows unlimited access to cells throughout the experiment. As with the Oris™ Pro Cell Migration Assay, cell invasion readout can be performed in real-time using inverted microscopes and High Content Screening (HCS)/High Content Imaging (HCI) instruments.
ORIS™ CELL MIGRATION ASSAYS
The Oris™ Cell Migration Assay and the Oris™ Cell Migration Assay – Collagen I Coated provide a reproducible, sensitive, and flexible assay for the measurement of cell migration.
ORIS™ CELL MIGRATION ASSEMBLY KITS
The Oris™ Cell Migration Assembly Kit line of products offers researchers more control over designing a cell migration assay. Each Oris™ Cell Migration Assembly kit contains the Oris™ Cell Seeding Stoppers for creating a detection zone at the center of each well in a 96-well plate. Since the stoppers are not pre-inserted into the wells, researchers have two options; coat the plate with an extracellular matrix component or use the coated plate provided to design an assay.
ORIS™ CELL INVASION ASSAYS
The Oris™ Cell Invasion Assays offer a versatile method for imaging and measuring cells invading through a 3-D ECM.
SUBSTRATES
CUSTOM SPR CHIPSsprchips
Platypus provides customized SPR chips for your individual SPR needs. We can acquire high-grade optical glass per your specifications, coat it with your specific Ti and Au thicknesses, and cut it down to the size you need.
GOLD-COATED SUBSTRATESgoldsubstrates
Platypus offers gold-coated glass slides, mica, silicon wafers, and coverslips.
TEMPLATE STRIPPED GOLD CHIPS template stripped gold
Platypus® Template Stripped Gold Chips provide an extremely smooth and clean gold surface for a variety of research needs, including AFM and SEM applications, biosensor development, and SAMs studies. Immediately before use, simply strip a chip (1cm x 1cm) from a gold-coated templating surface. Choose between chips stripped from a gold-coated atomically flat, cleaved mica template or chips stripped from a gold-coated prime grade silicon wafer template. Unlike epitaxially grown or flame annealed atomically flat Au (111) terraces that are smooth over minute surface areas (< 2 um2), Platypus® Template Stripped Gold Chips have an ultraflat, thin film of gold that covers the entire surface area of the chip.
CUSTOM COATING PROJECTS
Platypus Technologies can produce customized Gold and/or Titanium coatings for biological, chemical, engineering, electrical and materials science applications. We can coat your own substrates, or we can coat our substrates according to your specifications.
Platypus Technologies Sales Enquiries
Call Banksia on 1300 769 944, +617 3902 3000, email or complete the below form.