Screening and High-Throughput

High-Throughput Screening (HTS) With ibidi µ-Plates

Multiwell plates are the gold standard for high-throughput screening (HTS) and high content screening (HCS) in cell culture. The ibidi µ-Plates provide essential features that make them ideal for HTS/HCS when using high-resolution microscopy and fluorescence-based imaging:

• Compatible with robotics and plate readers due to an ANSI/SLAS (SBS) standard format (85.5 x 127.5 mm)
• Available with a #1.5 ibidi Polymer Coverslip bottom with extremely low autofluorescence for undisturbed fluorescence microscopy and ibiTreat (tissue culture-treated) surface for optimal cell attachment
• Available with a #1.5H Glass Coverslip bottom with highest optical quality for special microscopic applications (e.g., TIRF, super-resolution microscopy)
• Compatible with solvents for staining and fixation, as well as immersion oil
• Excellent inner well and whole plate flatness

HTS Application Examples for ibidi µ-Plates

• Compound toxicology screenings and drug screenings
• Large-scale transfection experiments
• Large-scale fluorescence microscopy

Large-Scale Live Cell Imaging Solutions

Live cell imaging is the time-lapse microscopy of dynamic processes in living cells. Several imaging techniques can be applied, such as phase contrast microscopy or confocal microscopy. During the whole live cell imaging experiment, the cells need to be kept alive and healthy. Therefore, physiological conditions have to be established and maintained on the microscope.

ibidi offers Stage Top Incubation Systems for high-throughput live cell imaging using microplates that have an ANSI/SLAS (SBS) standard format.

Stable and consistent temperature distribution in every well of multiwell plates in the ibidi Stage Top Incubation System. Images were acquired with a FLIR thermal camera.

High-Throughput Wound Healing Assays

Wound healing and migration assays are widely used approaches for the analysis of cell migration under different conditions (e.g., when performing drug screenings).
With the Culture-Inserts, ibidi offers a solution for reproducible large-scale wound healing and migration experiments, requiring only a few steps from sample preparation to image analysis:

• Cells are seeded in the single wells, where they attach
• Removal of the silicone insert results in two precisely defined cell patches, which are separated by a 500 µm gap
• Wound closure can now be monitored by using live cell imaging or by taking photos at different time points

High-Throughput Tube Formation Assays

Tube formation assays are a widely used in vitro tool for accessing angiogenesis in an easy, cost-effective, and reproducible manner. A tube formation assay is performed by first seeding single cells, and then observing and imaging the tube formation over time. From this, several readouts can be analyzed over time, such as tube length and the number of loops.

With the µ-Plate 96 Well 3D, ibidi offers a solution for tube formation experiments with only a few steps from sample preparation to image analysis. Due to the “well-in-a-well” technology, the amount of gel needed is reduced to only 10 μl per well. In addition, no meniscus is formed, ensuring the formation of a uniformly thick gel matrix.

For scientists who need only a small number of samples, ibidi also offers the µ-Slide 15 Well 3D with 15 wells.

Find Out More Please find more detailed information about the planning, conduction, and data analysis of angiogenesis assays in the "Angiogenesis" Application Website. Download the whole "Angiogenesis" Application Guide as a PDF.

Impedance-Based Wound Healing Assays Using ECIS

With ECIS impedance measurements, functional wound healing and migration assays can be performed with unrivaled convenience. After wounding cells on an electrode with an electric pulse, the ECIS label-free impedance measurement technology allows the user to measure the wound healing process in real time. ECIS impedance assays are label free and are performed inside the cell culture incubator.