rapifleX MALDI Tissuetyper
Fast and Accurate Label-Free Tissue Analysis.
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Very fast machine!
Analyze compounds and metabolites in hair
The rapiflex is quite a "simple" instrument to utilize. Any user with the proper instruction can operate it rather easily. A great amount of data is acquired very rapidly, which I believe is the best advantage of this machine.
Review Date: 10 Dec 2020 | Bruker Daltonics
For me there is no other choice except to use the rapifleX for targeting Aβ
Genomic, proteomic and metabolomic approaches to understand, diagnose and cure intractable diseases
For the work we do in neurological research, particularly our amyloid-β (Aβ) research, the rapifleX instrument is vital. Without its superior resolution we could not obtain the highly detailed mass spectrometry images necessary for visualizing peptides in the brain.
Review Date: 7 Mar 2018 | Bruker Daltonics
The rapifleX instrument revolutionizes measures for MALDI Imaging Mass Spectrometry.
Biochemistry and Molecular Cell Biology
The rapifleX MALDI Tissuetyper enables tissue molecular imaging with high quality results in a fast and easy way. I would recommend this product to any researcher looking for a biomarker discovery tool.
Review Date: 8 Feb 2017 | Bruker Daltonics
Best MALDI-TOF ever!
Tissue Imaging
Much faster and data quality is greater than the other MALDI-TOF system
Review Date: 18 Apr 2016 | Bruker Daltonics
This is amazing instrument for imaging application
Tissue imaging for lipids
Easy source cleaning system is very useful function. And Sample stage height adjustment is imaging idea for high resolution. The fastest laser repetition speed.
Review Date: 25 Feb 2016 | Bruker Daltonics
- Speed: Rapid tissue analysis with high throughput and accuracy.
- Precision: Label-free mass spectrometry for improved tissue analysis and discovery.
- Flexibility: Designed for a wide range of tissue typing and analysis applications.
High-Speed MALDI-TOF/TOF Imaging of Mouse Brain Tissue Performed on Intact Proteins and After On-tissue Digestion
In this application note, the capability and flexibility of the MALDI-TOF/TOF system for imaging of intact proteins and tryptic peptides (after tissue digestion) is demonstrated. The on-tissue digestion approach benefits from significantly higher mass resolution and accuracy that can be achieved for tryptic peptides in reflector operation mode, as well as from aditional specificity provided by MS/MS analysis.
Megapixel Tissue Imaging at High-Speed: Evaluation of a MALDI-TOF Prototype
MALDI Imaging (Mass Spectrometry Imaging, MSI) is a spatially resolved, label-free analytical technique for direct analysis of biological samples. Acquisition speed and sample throughput are usually a limiting factor in MSI experiments, in particular in clinical research. This scientific poster, presented at ASMS 2015, presents initial data from a production prototype of a next generation MALDI-TOF instruments, enabling acquisition speeds of up to 50 pixel (spectra) per second at pixel sizes of 10 μm and smaller.
The New rapifleX™ MALDI Tissuetyper™ from Bruker
Watch this video to learn about the new MALDI Tissuetyper, based on the rapifleX instrument. The MALDI Tissuetyper redefines the key performance measures for MALDI imaging and allows you to carry out completely new projects and measurement strategies.
Benefits of MALDI-TOF Mass Spectrometry for Polymer Analysis
Register now to find out how MALDI-TOF could enhance your QC or R&D lab's Polymer analyses
Bruker Shows Innovative rapifleX MALDI-TOF/TOF at ASMS 2016
The all-new rapifleX™ extends MALDI leadership in protein characterization, biologics development and QC, as well as in Mass Spectrometry Imaging (MSI)
Highlights from ASMS 2015
SelectScience attended this year's ASMS show to bring you the latest new and advances in mass spectrometry
