Leica Optical Microscope
This is a multimodal microscope with fluorescence, bright field, darl field, phase and polarization, in transmited and inverted modes.
Room 125 in the Kaufert Lab building is a 1,800 sq. ft. recently remodeled Biosafety Laboratory Level 1, that hosts our lab. The lab space includes two laminar flow fume hoods and one certified biosafety cabinet, all equipped with nitrogen gas and deionized water, and Lab benches with shelves for glassware and chemical storage. Our lab extends to Room #25, which we use for molecular biology and electrochemistry experiments. To accomodate our growth, we have recently received a third room (#215) dedicated to prototype fabrication, characterization and testing.
This is a multimodal microscope with fluorescence, bright field, darl field, phase and polarization, in transmited and inverted modes.
Used for absorbance measurements of molecules, biomolecules, enzyme kinetics and localized surface plasmon resonance.
This is a multomodal electrochemical station (amperometry, voltametry, impedance, ...), used for the development of electrochemical sensors.
Single atomizer flame system with fully automatic gas box used for trace elemental analysis. The system is also equiped with continuous flow vapour generation system for mercury detection.
Used for cell counting, immunophenotyping and aptamer development. The system is equipped with a blue and a red laser, two light scatter detectors, and four fluorescence detectors.
Used for coating and layer deposition. The system accommodates up to ø150mm wafers and 5" × 5" substrates, and features a maximum rotational speed of 12,000 rpm.
CE-based system for the separation and characterization of proteins and associated carbohydrates, peptide mapping, isoelectric point determination, and saccharide analysis.
Thermal Cycler for PCR, Electrphoresis system, Centrifuge, UV illuminator.
This equipment is mainly used to detect and monitor chemiluminscence and fluorecsence-generating reactions.