High Throughput Screening and Translational Research Equipment
Microplate Filling, Washing, and Reagent Distribution
Thermo Multidrop 384
Thermo Multidrop 384
The Thermo Multidrop 384 is an automatic, programmable, eight channel microplate dispenser. It has a peristaltic pump for rapid and continuous dispensing of liquids into 96 and 384 well plates. It can dispense 1 to 8 different reagents from external liquid reservoirs into different rows. It can dispense liquids in 5 μl volume increments.
The Matrix Wellmate is an automatic, programmable, eight channel bulk reagent dispenser. This instrument is able to adjust for plate height to allow filling of deep-well plates. Two tubing cassettes are available, one for volumes below 200 μl and another for volumes above 200 μl. It can dispense volumes in 1 μl increments.
BioTek Precision XS
The BioTek Precision XS is a single-channel, multi channel, bulk reagent dispenser. Applications include hit picking and serial dilutions. Can be placed in a tissue culture hood to allow for sterile dispensing for cell-based assays. Plate stacker shared with the BioTek Elx405CW to allow for unattended delivery of up to 30 plates to the workstation platform. This instrument acts as a compliment to the CyBi Vario liquid handler to allow hit picking and dispensing from single tubes.
BioTek ELx405cw Plate washer
The BioTek Elx405CW is a plate washer optimized for cell-based assays. It is 96 well and 384 well plate compatible, and is equipped with a plate stacker for hands-free operation.
CyBio Vario Liquid Handler (assisted use only)
The CyBio Vario liquid handler is a high precision low volume liquid handler equipped with interchangeable pipetting heads equipped with 96, 384 well heads, and pin tools. The instrument is also equipped with a CyBi Drop reagent dispenser for multi-channel simultaneous bulk reagent dispensing and with two stacker units for automated operation.
Perkin Elmer Envision Multilabel Plate Reader
Perkin Elmer Envision Multilabel plate reader
The Perkin Elmer Envision is a high throughput plate reader equipped with plate stackers for hands-free operation. The unit is equipped for: fluorescence intensity, absorbance, luminescence, and fluorescence polarization.
The Guava EasyCyte is an automated, benchtop single-cell analysis instrument which accommodates both 96-well plate and microfuge tubes. Assays include: ViaCount, ExpressPlus, Nexin, MultiCaspase, TUNEL, MitoPotential, Cell Cycle, Cell Paint, CellToxicity, and Cell Growth. Guava Viacount, a cell viability assay, automatically analyzes the fluorescence of cells and quantitates the number of viable and non-viable cells. Guava ExpressPlus performs one-, two-, or three-color assays. Nexin, MultiCaspase, TUNEL and MitoPotential are apoptosis assays to allow you to identify apoptotic cells and differentiate them into stages. Cell Cycle allows you to identify and determine the number of cells within various phases of the cell cycle via standard propidium iodide staining. Cell Paint allows you to ‘paint’ cells and track them when mixed with other ‘unpainted’ cells. CellToxicity allows you to paint target cells to differentiate them from effector cells while monitoring cell-based cytotoxicity. CellGrowth allows you to determine the number of proliferating cells in culture following mitogenic stimulation, as well as assess the number of live versus dead cells.
Molecular Devices ImageXpress Micro Automated Microscope
ImageXpress Micro automated microscope with plate crane and MetaXpress Image Analysis software
The ImageXpress is an automated microscope with high speed laser autofocus, coolSNAP HQ camera, and CRS Catalyst Express Plate loading robot. The unit has fluorescence and transmitted light capability, with environmental control. Equipped with MetaXpress Imaging and Analysis software and AcuityXpress Cellular Informatics Software. There are ten analysis modules available: Monopole detection, Multi-wavelength cell scoring, cell cycle, transfluor, cell health, Live/Dead, Mitotic Index, Angiogenesis, Count Nuclei, and Translocation.