View the profile: Technische Universität Dresden (TUD) Equipment of Technische Universität Dresden (TUD)
1543 results
Microfluidizer
Manufacturer: Microfluidics Corp. Model: M-110EH Facility: Institute of Wood and Plant Chemistry
homogenization and microfibrillation of cellulose derivatives
TKN Analyzer
Manufacturer: BÜCHI Labortechnik AG Model: Destillationseinheit „KjelFlex K-360" Facility: Institut für Abfall- und Kreislaufwirtschaft
The determination of organically bounded nitrogen (called TKN), is realized by a digestion and steam distillation with addition of sulfuric acid, sodium hydroxide and suitable catalysts.
Ion Chromatography
Manufacturer: Metrohm GmbH Model: 709, 732, 733, 750, 882 Compcat IC plus, 930 Compact IC Flex (2x) Facility: Institut für Abfall- und Kreislaufwirtschaft
Ion chromatography allows the determination of anions (e.g. chloride, sulfate, nitrate, nitrite and phosphate), cations as well as organic acids from liquid sample materials.
Suspension mass cytometer
Manufacturer: Standard BioTools Model: CyTOF XT Facility: Suspension mass cytometry
Suspension mass cytometry
Clean Bench
Manufacturer: Thermo Fisher Sci. GmbH Model: HERASAFE HS12 Facility: Institute for Urban Water Management
working in sterile conditions
Syringe ®
Manufacturer: Markus Klotz GmbH Model: Syringe ® Facility: Institute for Urban Water Management
particle size analysis (1-140 μm with LDS 45/50, 5 -500 μm wth LDS 1/1)
Abakus Mobil Fluid
Manufacturer: Markus Klotz GmbH Model: Abakus Mobil Fluid Facility: Institute for Urban Water Management
particle size analysis (0,9 bis 139 μm)
Zetasizer Nano-ZS
Manufacturer: Malvern Instruments Ltd. Model: Nano-ZS Facility: Institute for Urban Water Management
particle size analysis (0,3 nm - 5 μm), zeta potential
Multifunctional Reader
Manufacturer: Tecan Austria GmbH Model: Infinite 200 PRO Facility: Institute for Urban Water Management
several fluorescence analysis
Bionano Saphyr
Manufacturer: Bionano Genomics Model: Saphyr Facility: DRESDEN-concept Genome Center
Technology for optical mapping (long genomic DNA labelled at specific sites is analyzed). It is used for: improvement of high quality genome assemblies, structural variant detection.
