Products, services, reviews and techniques used in the identification and validation of the disease-causing target genes and proteins.
This unique reagent quenches lipofuscin autofluorescence in tissue sections for immunofluorescence staining and can also help to reduce autofluorescence from other sources like extracellular matrix.
A buffer set that blocks non-specific antibody binding as well as direct interaction of fluorescent dyes on antibodies with cells or tissue sections.
HTRF (Homogeneous Time Resolved Fluorescence) is a no-wash technology. It combines standard FRET technology with time-resolved measurement of fluorescence, eliminating short-lived background fluorescence. HTRF has been proven in a variety of applications including GPCRs, kinases, epigenetics, PPIs, and the quantification of a wide range of biomarkers including cytokines.
Run up to 32 highly flexible, pH-controlled fed-batch cultivations in microscale during one cultivation experiment run
Continuously measure the oxygen level of the supplied gas mixture and automatically regulate the flow of oxygen
Continuously measure the oxygen level of the supplied gas mixture and automatically regulate the flow of nitrogen
Ensure strict anaerobic fermentation processes with controlled, low nitrogen gas flow rate
Continuously measure the CO2 level of the supplied gas mixture and automatically regulate the flow of CO2
Accelerate biomass, fluorescence, and chlorophyll evaluation of diverse micro algae and cyanobacteria in milliliter-scale
The first viral feed designed specifically for HEK293 cells
CytoSections is a verified, reproducible, and renewable positive control source where the target protein's expression is confirmed by western blot and IHC.
A biologically relevant and powerful way to assess CD32/FcyRlla induced effects.
Xenium In Situ is the next-level in situ solution for subcellular profiling of 100s of RNA targets, in fresh frozen or FFPE tissue.
With new advances in field of view, sensitivity, wavelength, and sample accommodation, the Ultima 2Pplus delivers an ideal combination of flexibility, resolution, imaging depth and speed, allowing simultaneous imaging, stimulation and electrophysiology protocols with greater efficiency and effectivity. The system is designed specifically for intravital imaging, with fully motorized control of the objective X-Y-Z position, as…
The Vutara VXL comprehensive biological workstation for nanoscale biological imaging incorporates Bruker’s industry-leading single-molecule localization microscopy (SMLM) technology in a streamlined system with a compact footprint. The new system enables research on DNA, RNA, and proteins and supports advanced spatial biology research. When combined with Bruker’s unique microscope fluidics unit, Vutara VXL enables multiplexed…
Our unique combination of custom antibody development, lateral flow development and manufacturing services, signal enhancement technology and our mobile diagnostic platform are shaping the future of lateral flow. Our partnership approach allows you to work with one company to reach your assay goals.
BBI Solutions’ Novarum™ technology transforms a smartphone into a mobile diagnostic platform, empowering users to read and share the results of rapid tests at the point of care.
Sensirion is launching a new mass flow controller. The SFC6000 is small and light and impresses with an unbeatable price performance ratio and a very attractive delivery time. It optimizes the flow control in devices in the semiconductor industry, in analytical instruments and in the industrial automation.
Next-generation label-free single-cell isolation for cell line development.
The first ICP-MS in its category to boast four quads, delivering performance to the power of four
The perfect microwave for labs of all shapes and sizes, and the foundation of great analysis
Multi-chip Liver-48 consumable plates from CN Bio enable the advanced culture of 48 miniaturized in vitro 3D liver microtissues under perfusion/ plate for comparative drug screens. Each microtissue recapitulates the functionality and microarchitecture of the human liver to accurately predict drug responses.
