Application NoteLife Sciences Bioruptor® DNA Shearing for Agilent SureSelect Library Preparation: A Perfect Combination
Application NoteLife Sciences Bioruptor® NGS System – Designed Exclusively for Fast & Accurate DNA Shearing
Application NoteLife Sciences Z-Stacking and Z-Projection using a Scaffold-based 3D Cell Culture Model
Application NoteLife Sciences A GloMax Multi Microplate Fluorometer Method for Fluorescein Measurement
Application NoteLife Sciences Tweaking Fluorescence Scans: Guidelines to Recording Excitation and Emission Spectra
Scientific PosterLife Sciences Label Free Phenotype MicroArray Analysis of Cellular Energetics and Apoptotic Activity using Microplate Reading and Phase Contrast Imaging
Application NoteLife Sciences Sample Preparation for Radio Immunoassay with Vivaspin 2 Ultrafiltration Devices
Application NoteLife Sciences Multiplexing LI-COR® IRDye® 680LT and IRDye® 800CW Using the G:BOX Chemi and PXi Imaging Systems from Syngene
Application NoteSpectroscopy Cell Culture Media Identification in Biopharmaceuticals with Handheld Raman from Rigaku
Scientific PosterDrug discovery > Target Discovery In Vitro Potency Assessment of hERG Inhibitors: Cell-Based Thallium-Sensitive Fluorescence Assay vs. Automated Electrophysiology
Application NoteSeparations The Influence of pH on Extraction Efficiency with the Tecan AC Extraction Plate™
Application NoteLife Sciences Optimization of a Multi-Mode Detection Model for Measuring Real-Time Cellular Respiration and Mitochondrial Function Using Fluorophoric Biosensors
Application NoteLife Sciences The Importance of Spectral Scanning and Spectral Analysis for Achieving the Optimal Assay Performance
Case StudySeparations Characterizing Cellular Fatty Acid Methyl Ester Profiles to Identify Bacteria Using Gas Chromatography
Scientific PosterLife Sciences Circulating Rare Cells Enable Highly Efficient Cancer Detection - Medical University of Vienna
Application NoteLife Sciences Improving Fluorescence-Based Assay Performance Using Automated Digital Microscopy
Application NoteLife Sciences DRAQ7™, a Unique Far‐Red Viability Dye Used as a Measurement of Cell Viability in Patient-Derived Glioblastoma Stem Cells
