Application NoteLife Sciences Snapshot of MAP Kinase and Related Signal Transduction Pathways from Biopsied Cells Using a Novel Non-optical Assay Technology
Application NoteLife Sciences Next Generation Sequencing: A Highly Sensitive Test for Mutation Detection
Application NoteLife Sciences Evaluation of X‐MAN™ B‐Raf (V600E) Standard in COLD‐PCR Assay for detection of
Application NoteSeparations A Practical User Guide for the Determination of Optimal Purification Gradients for the Gilson PLC 2020
Application NoteSeparations Automated Solid Phase Extraction of THC and Metabolites from Whole Blood using the Gilson GX‐274 ASPEC™
Application NoteLife Sciences Maximizing End-Point PCR Success with QIAGEN’s Automatable PCR Solutions
Application NoteLife Sciences Elevations of Intracellular Kinases AKT1, GSK3β, JNK2 and ERK2 in Primary Breast Cancer Tissue Quantified with a Novel Multi-panel of Single Molecule Immunoassays
Application NoteLife Sciences Human PBMC Isolation and Counting Using the Scepter™ 2.0 Handheld Automated Cell Counter
Application NoteLife Sciences Multi-Color Flow Cytometry Protocol to Study Mesenchymal Stem Cells within a Heterogeneous Population
Application NoteSpectroscopy MALDI-TOF MS Analysis of Nanotrap Enriched Low Molecular Weight Proteins from Human Serum
Application NoteLife Sciences Elevations of Cardiac Troponin‐I Quantified with the Erenna® cTnI Immunoassay are an Early Indicator of Heart Muscle Injury in Studies of Cardiotoxicity
Application NoteSpectroscopy IR-based Protein Quantitation Surpasses Colorimetric Assay Quantitation and Results are Independent of Detergents, Reducing Agents and Analysis Time
Application NoteLife Sciences Counting Yeast Cells for Brewing and Wine Industries Can Be Facilitated by the Scepter™ 2.0 Handheld Automated Cell Counter
Case StudyLife Sciences Advanced Single Molecule Detection: Accelerating Biomarker Development Utilizing Cytokines Through Ultrasensitive Immunoassays
Application NoteLife Sciences Histology Series Part 1 - Choosing the Right Fixative to Preserve 3D Cell Cultures
Application NoteLife Sciences Histology Series Part 2 – Processing 3D Cultures for Immunofluorescence
