Innovations such as Trapped Ion Mobility (TIMS), smartbeam and scanning lasers for MALDI-MS Imaging that deliver true pixel fidelity, and eXtreme Resolution FTMS (XR) technology capable to reveal Isotopic Fine Structure (IFS) signatures are pushing scientific exploration to new heights. Our mass spectrometry solutions enable scientists to make breakthrough discoveries and gain deeper insights.

Bruker's product lines include the following technologies: timsTOF, MRMS, rapifleX® MALDI-TOF/TOF, UHR-QTOF, Triple Quadrupole, HDX Solution, Toxtyper® and TargetScreener HR. Our industry leading software solutions such as SCiLS™ Lab for MS Imaging, MetaboScape® and Biopharma Compass® are examples for our solutions doing the work for you.

Bruker Mass Spectrometry

Learn how to utilize MALDI-MSI offers
Precise structural analysis of a wide variety of synthetic materials and the elucidation of polymerization mechanisms 
Isomer differentiation and the determination of polymer sequences and architectures 
Identifying the spatial distributions of analytes or imaging of defects on polymer surfaces 

MALDI Mass Spectrometry of Synthetic Polymers 

If you are currently using immuno-imaging techniques to study protein pathways in tissue, watch our virtual live demo from the lab on demand , to see how Bruker’s new MALDI-IHC Imaging workflow delivers greater speed and field-of-view for multiplexed protein imaging in tissue, while providing thousands of untargeted molecular images that enable deeper tissue subtyping. 

This interactive session will show how easy it is to prepare samples for MALDI-IHC Imaging and determine the readout from acquired data. This live demo will feature the timsTOF fleX, but all Smartbeam 3D instruments are able to complete this workflow.


Bruker Mass Spec Virtual Live Demo: MALDI IHC Imaging in whole tissue sections

Join Bruker's Erica Forsberg with Sapient Founder & CEO Mohit Jain, & Co-Founder and Head of Analytical R&D, Jeramie Watrous as they take you behind the scenes of  Sapient’s  lab. Get ready to learn more about how the timsTOF Pro 2 is helping Sapient amplify their biomarker discovery. 

Live from the Lab at Sapient: How timsTOF is helping to transform the speed and scale of small molecule biomarker discovery

Imagine A New Way forward in Spatial Biology and Cancer Research
Targeted whole protein imaging from the MALDI HiPLEX-IHC workflow to drive a new dimension of spatial proteomics
Bringing together the needs of spatial biology with the advanced detection capabilities of mass spectrometry. It’s time to simultaneously observe how drugs affect both protein and metabolic states from the same tissue section, with no limit on proteins of interest.

Imagine A New Way forward in Spatial Biology & Cancer Research

Trapped ion mobility spectrometry or TIMS is a revolutionary ion mobility front end that separates ions by size, shape and charge. TIMS enables the most cutting edge mass spectrometry as it simultaneously boosts sensitivity, speed and throughput while providing isomeric resolution. In this short clip we describe how TIMS works to make your lab the most efficient.

Explaining TIMS within timsTOF Technology from Bruker Daltonics, the leader in Mass Spectrometry Solutions

TIMSTOF
Trapped Ion Mobility Spectrometry (TIMS) Ion mobility spectrometry (IMS) is a powerful analytical technique that has been widely applied over the last five decades, primarily in chemical physics and analytical chemistry applications. Only relatively recently has the potential of IMS coupled to MS (IMS-MS) been explored for the separation, identification and quantification of peptides and proteins.

Bruker Mass Spectrometry

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