You Searched For: Paclitaxel

Phenotypic Characterization of Anti-Cancer Drug effects using Automated Imaging | Molecular Devices Benefits • Relevance of compounds identified • Increased drug discovery success and productivity • Translational biomarkers for phenotypic screenin...

Phenotypic Characterization of Anti-Cancer Drug effects using Automated Imaging | Molecular Devices Benefits • Relevance of compounds identified • Increased drug discovery success and productivity • Translational biomarkers for phenotypic screenin...

Phenotypic Characterization of Anti-Cancer Drug effects using Automated Imaging | Molecular Devices Benefits • Relevance of compounds identified • Increased drug discovery success and productivity • Translational biomarkers for phenotypic screenin...

Phenotypic Characterization of Anti-Cancer Drug effects using Automated Imaging | Molecular Devices Benefits • Relevance of compounds identified • Increased drug discovery success and productivity • Translational biomarkers for phenotypic screenin...

Phenotypic Characterization of Anti-Cancer Drug effects using Automated Imaging | Molecular Devices Benefits • Relevance of compounds identified • Increased drug discovery success and productivity • Translational biomarkers for phenotypic screenin...

Phenotypic Characterization of Anti-Cancer Drug effects using Automated Imaging | Molecular Devices Benefits • Relevance of compounds identified • Increased drug discovery success and productivity • Translational biomarkers for phenotypic screenin...

Phenotypic Characterization of Anti-Cancer Drug effects using Automated Imaging | Molecular Devices Benefits • Relevance of compounds identified • Increased drug discovery success and productivity • Translational biomarkers for phenotypic screenin...

Phenotypic Characterization of Anti-Cancer Drug effects using Automated Imaging | Molecular Devices Benefits • Relevance of compounds identified • Increased drug discovery success and productivity • Translational biomarkers for phenotypic screenin...

Phenotypic Characterization of Anti-Cancer Drug effects using Automated Imaging | Molecular Devices Benefits • Relevance of compounds identified • Increased drug discovery success and productivity • Translational biomarkers for phenotypic screenin...

Phenotypic Characterization of Anti-Cancer Drug effects using Automated Imaging | Molecular Devices Benefits • Relevance of compounds identified • Increased drug discovery success and productivity • Translational biomarkers for phenotypic screenin...

Phenotypic Characterization of Anti-Cancer Drug effects using Automated Imaging | Molecular Devices Benefits • Relevance of compounds identified • Increased drug discovery success and productivity • Translational biomarkers for phenotypic screenin...

PowerPoint Presentation ©2015 For research use only. Not for use in diagnostic procedures. Trademarks mentioned herein are property of Molecular Devices LLC or their respective owners. High-Throughput Assays for Characterizing the Viability and Mo...

Phenotypic Characterization of Anti-Cancer Drug effects using Automated Imaging | Molecular Devices Benefits • Relevance of compounds identified • Increased drug discovery success and productivity • Translational biomarkers for phenotypic screenin...

3D Imaging of Optically Cleared Spheroids in Corning® Spheroid Microplates Application Note Thomas S. Villani1 Graeme Gradner1 Michael T. Johnson1 Hilary Sherman2 and Ann Rossi2 1Visikol Inc 675 US Highway 1 North Brunswick NJ USA 2Corning Incorpo...

Phenotypic Characterization of Anti-Cancer Drug effects using Automated Imaging | Molecular Devices Benefits • Relevance of compounds identified • Increased drug discovery success and productivity • Translational biomarkers for phenotypic screenin...

Phenotypic Characterization of Anti-Cancer Drug effects using Automated Imaging | Molecular Devices Benefits • Relevance of compounds identified • Increased drug discovery success and productivity • Translational biomarkers for phenotypic screenin...