Drug discovery > Lead Discovery Products & Reviews

Accumax Deepwell plates with alphanumerical indexing, fortified walls, multiple volumes and universal compatibility design are the best affordable option for multi varied applications across different fields.

Accumax HPLC Safety caps are designed to provide maximum safety while extracting solvents or mobile phases from bottles or reserviors. It features a venting valve that allows air to enter the solvent bottle, while preventing the release of hazardous solvent vapors into the laboratory environment.

Accumax Filter plates are designed to scale high throughput applications like nucleic acid purification, recovery and removal of proteins, NGS sample preparation, chromatography cleanup etc.

Revolutionize your oligonucleotide analysis with high isotopic fidelity data

Maximize your proteomics with PepSep: Mega-sensitivity, high-throughput, and reproducible solutions.

Accelerate proteomics research with PaSER: Real-time database searching powered by GPU for fast results.  

Uncompromised  chromatography quality with nanoElute ® 2: Enhanced robustness, peak performance

TASQ ® : Streamline compound screening, confirmation, and quantification with one turnkey solution.

Gain new insights into molecular interactions and accelerate drug discovery with timsTOF MALDI PharmaPulse ® - the innovative technology for high-resolution label-free HTS.

Unleash analytical power with TIMS-XR technology: High dynamic range & analytical depth for cell & tissue analysis.

Prometheus Panta + RA monitors the thermal stability, turbidity, and dispersity of a protein sample. It also measures the hydrodynamic radius, molecular weight, and self-association propensity of your protein-based therapeutics for developability profiling. The Panta uses dye-free, buffer-independent measurements from nanoDSF (nano Differential Scanning Fluorimetry), DLS (Dynamic Light Scattering), and backreflection technolo…

Achieve quick, clean, and complete protein digestion

Reproducible speed for all your high throughput analysis

Glycan columns for the analysis of released N-labeled glycans using UPLC and with MaxPeak High Performance Surfaces to reduce non-specific adsorption.

Glycan columns for the analysis of released N-labeled glycans using HPLC and with MaxPeak High Performance Surfaces to reduce non-specific adsorption.

Anion exchange, reverse-phase columns that provide charged-based separations and extra resolution for acidic glycans. With MaxPeak High Performance surfaces that reduce non-specific adsorption.

These columns are been purposefully designed for intact glycoprotein profiling, subunit fragment analysis, and glycopeptide mapping using hydrophilic interaction chromatography (HILIC). 

Designed for reverse-phase separation of amino acids derivatized with AccQ•Tag Ultra reagent. Rapid separation with a superior resolution for HPLC/UHPLC. 

Size-based separations of peptides, proteins, and viral vectors

Automate entire sample preparation workflow with the new EXTREVA ASE accelerated solvent extractor(ASE). The EXTREVA ASE system combines and automates sample extraction, in-cell cleanup, and evaporation. Faster extraction, with four samples extracted in parallel, increases laboratory throughput and efficiency, and the patented gas-assisted extraction mechanism uses less solvent, helping to advance your sustainability goals.

With new capabilities for multiplexed quantitative proteomics and native protein characterization, the Thermo Scientific Orbitrap ascend tribrid mass spectrometer delivers experimental throughput, versatility, and ease-of-use. 

Target Sufficiency® is the ability of a target system to respond to a therapeutic. It reflects the abundance and forms of the drug target protein, as well as other key system proteins that connect the target to disease phenotypes and enable response. Assessment of the target system requires an analysis platform that can simultaneously capture multiple precise protein measurements.

UCT's Enviro-Clean® Polymeric WAX Cartridges w/Polyethylene frits have been successfully utilized for the extraction of 26 diverse per- and polyfluoroalkyl substances (PFASs) in drinking water in addition to the 14 covered in the US EPA Method 537.  

Scale up your Science

Decipher complexity with clarity