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Equipment of the Robotics and Screening Center


Hamilton Research and Development liquid handler
The NRSC employs two separate Hamilton robotics liquid handling workstations.  The Hamilton Research and Development platform (R&D) and the Hamilton replicator Liquid handler.

Hamilton Research and Development platform (R&D)
This platform consists of a CO-RE 96 channel pipetting head used for microtiter plate transfers, and eight independent pipetting channels used for cherry picking, and reformatting and accessing non-conventional labware.  The R&D platform is fully integrated with a 42 plate tissue culture incubator, robotic arm, heaters, coolers, shakers and a barcode scanner.  This system allows maximum flexibility to develop and perform complex assays. 

Hamilton Replicator liquid handler
Our Hamilton Replicator platform consists of a CO-RE 384 channel pipetting head, four independent spanning pipetting channels and an iSwap gripping tool.  This system is coupled to two Agilent BenchCel stackers that rapidly feed the liquid handler with mother and daughter plates for fast, efficient and accurate generation of assay plates. 

HP D300 Digital dispenser
For small volume pipetting (pL range) we utilize the HP D300 digital dispenser which rapidly prints any dose of compound directly to assay plates, e.g. for determination of IC50's or drug to drug synergy assays. 

Thermo Wellmate
The Thermo Wellmate is used to rapidly and automatically dispense a wide range of volumes to multiple diverse micro titer plates.  They are used for seeding cells and adding assay reagents to screening plates.

Perkin Elmer Envision
The Envision Multilabel Reader is a state-of the art dual-detector module and is one of the fastest HTS readers available.  The instrument features two detectors enabling simultaneous dual wavelength reading, below emission reading, a high speed light source and adjustment of measurement height function.  The Envision reads all non-isotopic detection technologies, including fluorescence, fluorescence polarization, time-resolved fluorescence, luminescence and absorbance, in all major applications.  The reader accepts both 96 and 384 well plates.

BD Pathway 855 high content analyser
The BD Pathway™ high-content cell analyzer combines superior image quality, flexible image capture, and live-cell analysis to address a wide range of applications.  The BD Pathway 855 system provides fluorescence intensity measurements, kinetic imaging, and morphological analysis, including sub-cellular imaging.  The BD Pathway 855 provides high performance and ease of use to improve workflow and productivity.  Cellular images can be captured in either confocal or widefield mode to deliver high-resolution images for subsequent analysis. A unique optical spinning disk allows researchers to switch between confocal or widefield modes, minimizing background fluorescence and maximizing image quality.  An innovative motionless stage with movable optics enhances image stability for loosely adherent and live cells. Powerful acquisition software allows administrators to easily develop templates for predefined routine or specialized applications. Researchers can visualize both endpoint and kinetic image data in a wide range of formats.  The BD Pathway 855 is equipped with environmental control and liquid handling.  The BD Pathway 855 is linked to a TwisterII which facilitates and loading and unloading of multiple microtitre plates in to the enviroment chamber.

Luminex FLEXMAP 3D Multiplexing platform
The FLEXMAP 3D uses XMAP technology of differently dyed fluorescent microsphere sets, with an innovative instrument design to allow multiplexing of up to 500 unique assays within a single sample, both rapidly and precisely.  The XMAP Technology combines advanced fluidics, optics, and digital signal processing with proprietary microsphere technology to deliver multiplexed assay capabilities.

Essen bioscience Incucyte
The Incucyte allows a more efficient and thorough set of solutions for long-term, live-cell imaging. This imaging method, termed 'Live Content Imaging' allows one to expand the ways of documenting and understanding cellular growth, behavior, and morphology. In addition, by design, it provides an effective kinetic read-out solution for the next generation of in vitro biological assays.  The microscope is located inside the incubator, but control of the system and access to the images and data are enabled from a computer in the lab.  The NRSC employs both a first and second generation Incucyte.  The later (Incucyte ZOOM) has added features that include an extra red fluorescence imaging mode (on top of green fluorescence and phase contrast), user changeable objectives and a quicker run time.

Oxford Optronix GelcountTM 

Gelcount TM is an integrated, dedicated colony counter for processing tumor colony forming assays in 3-dimensional semi-solid matrices, and is conceived to rapidly and accurately count al well as characterize mammalian cell colonies. Colonies are imaged, images transferred, processed and characterized and the data collated/exported from within a single, integrated hardware/software platform. GelcountTM is compatible with multi-well pates (6-, 12-, 24-, 48- and 96-well), with Petri dishes (35 mm, 50 mm and 100 mm) and with T25 flasks.

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