Application NoteLife Sciences Routine High-Fidelity Amplification of Longer DNA Fragments is Challenging Due to the Low Processivity and Lack of Robustness of Most Proofreading DNA Polymerases
Application NoteLife Sciences Comparison of FMAT and iQue Screener for Cell-Based Antibody Library Screening Summary
Application NoteLife Sciences Current Workflows for the Extraction and Amplification of DNA for Mouse Genotyping can Benefit from Improvements in Throughput, Turnaround Time and Reliability
Application NoteSeparations Future-proofing the Biopharmaceutical QC Laboratory: Using the ACQUITY UPLC H-Class Bio System to Run SEC-HPLC and SEC-UPLC
Application NoteLife Sciences Tryptophan Quantification Using UV Fluorescence Measurements on the CLARIOstar<sup>®</sup> Multi-Mode Microplate Reader
Application NoteLife Sciences Screening HDAC Inhibitors – A Workflow Comprising High Throughput and High Content Screening
Scientific PosterLife Sciences Evaluation of hMATE<sub>1</sub> and hMATE<sub>2</sub>-K Activity using Primary Human Kidney Cells
Application NoteLife Sciences Flow Electroporation for Vaccine Development and Production: From Subunit Vaccines to Ex Vivo Immunotherapy
Application NoteSeparations Concentrating Phenolic Compounds Using the XcelVap® Evaporation/Concentration System
Application NoteLife Sciences Comparison of MSD and IntelliCyt’s QBeads PlexScreen for Screening Secreted Proteins
Application NoteSeparations Comprehensive Analysis of Aroma Compounds Released from Incense Sticks using TD–GC/MS
Application NoteSeparations Using the CIA Advantage for Automated Cryogen-Free Analysis of Canister Air and Gas
Application NoteLife Sciences Eppendorf Cell Culture Consumables –Improved Optical Performance Facilitates Microscopic Analysis of Cells
Application NoteLife Sciences Development of a Validated High Throughput ELISA Assay for γ-H2AX as a Pharmacodynamic Marker
Application NoteSeparations TDTS 53 Quantitative Recovery and Method Validation of High-Boiling SVOCs using TD–GC/MS
Application NoteSeparations Using the FLEC to Determine Emissions of Volatile Organic Compounds from Materials and Products