CARS Microscopy

The CARS Microscopy junior research group was established in the scope of the Leibniz Research Cluster (LRC). The LRC is a project in which five different Leibniz institutes cooperate with the aim of finding new ways to efficiently produce bioactive components and their preliminary stages. The LRC work groups thus develop and deploy micro reactors in which the reaction conditions for enzymes and other biobricks can be tested, varied and optimised.

The remit of the CARS Microscopy junior work group is to analyse and characterise the processes taking place inside the micro reactors. The composition of minute quantities of samples can already be identified by different techniques such as mass spectrometry, Raman scattering, coherent anti-Stokes Raman scattering (CARS) and other spectroscopic methods, preferably directly on the system and with a high spatial resolution. The group characterises the starting material as well as the by-products and end products, and also analyses the underlying reactions in order to determine whether and how many of the starting material was transformed into the desired product. Subsequent free-flow electrophoresis enables desired and undesired reaction products to be removed from the process and non-transformed starting material to be fed back into the reactor. This allows more of the desired product to be created in pure form.

Current Publications

Development of 96 Multiple Injection-GC-MS Technique and Its Application in Protein Engineering of Natural and Non-Natural Enzymatic Reactions

ChemRxiv,
Type: Journal article

Identification of Cellular Pathogenicity Markers for SIL1 Mutations Linked to Marinesco-Sjogren Syndrome

Frontiers in neurology, Vol. 2019, Nr. 10, , P. 1–15
Type: Journal article

Chemical fingerprinting of single glandular trichomes of Cannabis sativa by Coherent anti-Stokes Raman scattering (CARS) microscopy

BMC Plant Biology, Vol. 18, Nr. 1, , P. 275
Type: Journal article

Biochemical and pathological changes result from mutated Caveolin-3 in muscle

Skeletal Muscle, Vol. 8, Nr. 28,
Type: Journal article

Preventing the Coffee-Ring Effect and Aggregate Sedimentation by in-Situ Gelation of Monodisperse Materials

Chemical Science,
Type: Journal article

Integration of polycarbonate membranes in microfluidic free-flow electrophoresis

Analyst, Vol. 142, Nr. 22, , P. 4228 – 4239
Type: Journal article