Instrumentation
- Velos Pro Ion Trap & Orbitrap Elite Mass Spectrometer
- The Thermo Scientific Orbitrap Elite is a combination of two mass analyzers, a linear ion trap (the Thermo Scientific Velos Pro), and the novel high-field Orbitrap analyzer. In addition, the availability of two fragmentation modes, collision-induced dissociation (CID), and higher-energy collisional dissociation (HCD), provide advanced performance for the most challenging research problems.
- Agilent HPLC 1100
- The semi preparative Agilent HPLC 1100 system provides protocols for analysis of small molecules, enzymatic assay, structural analyses, protein separation by use of gradient or step elution, desalting of protein solutions, and separation of enzymatic digests before mass spectrometric analyses.
- PROXEON EASY nLC
- Nano-Ultra High Performance Liquid Chromatography system is able to efficiently separate the complex mixtures of peptides generated from tryptic digestion.
- P-2000 Laser-based Micropipette Puller System
- P-2000 micropipette puller (Sutter Instruments) is a sophisticated instrument for fabrication of micropipettes, optical fiber probes, nanospray tips and nano-LC columns.
- MultiMACS Separation Unit
- The MultiMACS Separator Unit is a compact bench top instrument capable of parallel processing of 8-96 samples in proteomics and molecular biology applications. The instrument works in combination with a wide range of MultiMACS Kits which are developed to isolate highly pure molecules such as epitope-tagged proteins, as well as their interaction partners or protein complexes, mRNA and specific nucleic acid sequences.
- Tecan Robotic Plate Reader
- The customized plate-reader system offers the opportunity to easily perform bacteria or yeast growth curve studies using up to 6 well plates for absorbance determination over a long period of time. The system can be heated up to the desired growth temperature and individually performs absorbance measurement in a given time interval. It is also suited for the implementation of any enzyme assays.
- Pinning Robot (BM5 Benchtop system, S&P Robotics)
- The robotic colony pinning machine is a truly multifunctional automated system for replicating, arraying, gridding, cherry picking, data tracking, and imaging of cell colonies on any medium (solid and liquid) and in standard type of plate. It is a fully automatic robot for very high-throughput applications that require processing a large number of plates. The typical applications include replicating, mating and cherry picking yeast or bacteria cells in standard 96, 384, or 1536 array formats from one (or multiple) plates to one (or multiple) plates of similar or different format on a membrane, agar or in liquid medium.
- Pinning Robot (BM3 Benchtop system, S&P Robotics)
- The robotic colony pinning machine is a truly multifunctional automated system for replicating, arraying, gridding, cherry picking, data tracking, and imaging of cell colonies on any medium (solid and liquid) and in standard type of plate. It is a fully automatic robot for very high-throughput applications that require processing a large number of plates. The typical applications include replicating, mating and cherry picking yeast or bacteria cells in standard 96, 384, or 1536 array formats from one (or multiple) plates to one (or multiple) plates of similar or different format on a membrane, agar or in liquid medium.
- The Universal Plate Pourer
- The universal plate pourer is an efficient, reliable instrument with unique capabilities. It can dispense liquid media into any standard plates/dishes, including round (Petri: 60 mm, 90/100 mm and 150 mm) and ANSI/SBS (128x86 mm rectangular) and 100/120 mm square plates. The pourer is very easy to use: simply load empty plates and media, and push the Start button. There is no need to adjust any hardware, select any programs, or even go through any menus. The instrument will automatically pour perfect plates in a contamination-free environment.
