This benchtop bioreactor provides the
capability for undertaking statistical and rapid evaluation
studies in a stepwise, modular manner. The system employs
the latest technologies to provide a flexible solution with
full fermentation capabilities at a scale of one-litre working
volume and below.
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This inverted microscope is fitted with
the unique Laser Microdissection and Pressure Catapulting
(LMPC) technology. A laser of high beam quality is interfaced
into the microscope and focused through an objective to
a beam spot size of less than 1 µm in diameter for
the cutting action. Laser cutting is a locally restricted
ablative process which is completed without heating of the
adjacent material. After microdissection, the isolated specimens
are ejected out of the specimen and catapulted directly
into the cap of a common microfuge tube without any mechanical
contact with the sample.
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The Xcise™ robot will play a crucial
part in drug discovery by allowing rapid and accurate analysis
of differential protein expression. Software optimizes sample
processing providing opportunities for unparalleled throughput
in proteomics laboratories. Gel imaging, protein spot cutting
and digestion, peptide extraction and deposition are combined
onto a MALDI target in this integrated benchtop instrument.
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