Title | Authors | PDF |
| Systematic Discovery of Novel Combination Drugs for Huntington Disease Using HCS Assay | H.L. Dong1, L. Kifle1, A.B. Wilson1, J.L. Steiger1, J.E. Staunton1, M.S. Lee1, E. Fossale2, S. Reis2, M.E. Macdonald3, R.E. Pacifici3, C.T. Keith1, X. Jin1
1Discovery, CombinatoRx, Incorporated, Cambridge, MA,2Center for Human Genetic Research, Massachusetts General Hospital, Boston, MA,3CHDI, Inc./MRSSI, Inc. Los Angeles, CA |  |
| A High Content Transmitted Light Method to Quantify β-galactosidase Activity in Senescent Cells and Multi-mode Imaging Strategy to Quantitate in Cell Culture | Marni B. Tierno1, Salony Maniar1, Debby Nickischer2, Paul Johnston1, and Scott Keefer2
1University of Pittsburgh Pittsburgh, PA 2Thermo Fisher Scientific, Pittsburgh PA | |
| An HCS Comparison of a Compound Library’s Effects on Synaptic Function in Primary Rat Cortical Cultures | Rebecca J. Henderson, Debby Nickischer, and Scott R. Keefer | |
| A High Content Screening Approach for Measuring Neuronal Function | Amy M. Peters, Donna M. Miller, Gang Lin, and Jeffrey R. Haskins | |
| Colocalization Studies on Cytochrome-c with Mitochondria | Brent Samson, Oleg Lapets, Jeffery Haskins and Chandrasekaran Vasudevan.
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| Tolerance to Oxygen Glucose Deprivation in Differentiated Adult Hippocampal Neuronal Stem Cells Obtained from Arctic Ground Squirrels (Spermophilus parryii) | K.L. Drew, M.S. Wells1, S.L. Christian, and J.A. Kelleher-Andersson1. Univ. of Alaska Fairbanks, Alaska Basic Neuroscience Program, Fairbanks, AK, 1Neuronascent, Inc., Clarksville, MD | |
| A New Way to Study the PI3-Kinase Signaling Pathway Using the AKT Isoforms 1, 2 and 3. | Kay Opperman, in Pierce Previews 11(3):16-18. | |
| New Fluorescent Whole Cell Stains for Effective Cell Identification and Segmentation in Fluorescence Microscopy and High Content Screening Assays | Suk J. Hong, Richik N. Ghosh | |
| Novel, Multiplexed, High Content Screening Cell-Based Assays for Activation of the Transcription Factors HIF-1a, CREB, & FOXO3a | Kay Opperman, Janaki Narahari, and Richik N. Ghosh | |
| Evaluation of p53 Induction Using High Content Screening | Ann F. Hoffman, Shannon M. Hamilton, Krishna M. Vatten, Janaki Narahari, and Richik N. Ghosh | |
| New High Content Screening and Cell-Based Assays for Inflammation | Kay Opperman, and Richik N. Ghosh | |
| A New Panel of High Content Screening Cell-Based Assays for in vitro Cytotoxicity Measurements | Bhaskar Mandavilli, Megan Cuda, Chandrasekaran Vasudevan, Richik N. Ghosh | |
| Simultaneous, Quantitative Monitoring of Cytoskeleton Rearrangement and Morphology Changes in Cells Using High Content Analysis | Suk J. Hong, Richik N. Ghosh | |
| A Novel High Content Screening Assay for Monitoring Cell Proliferation Activity by Multiplexed Measurements of DNA Content, BrdU and Ki67 | Suk J. Hong, Richik N. Ghosh | |
| Profiling of Multiple Signal Pathway Activities by Multiplexing Antibody and GFP-based Translocation Assays | Ulla Henriksen, Kay Opperman, Jacob Fog, Richik N. Ghosh, Frosty Loechel, Morten Praestegaard | |
| New High Content Screening Reagent Kits to Monitor Induction of p53 and its Downstream Targets | Krishna M. Vattem, Janaki Narahari, Richik N. Ghosh | |
| New High Content Screening Reagent Kits Enabling Simultaneous Quantitative Monitoring of Cytoskeleton Rearrangement and Cell Morphology Changes | Suk J. Hong, Michael Anhalt, and Richik N.Ghosh | |
| New Reagent Kits for the High Content Analysis of Cell Proliferation Activity using BrdU Incorporation and Ki67 Expression | Suk J. Hong, Kay Opperman, Richik N. Ghosh | |
| New Transcription Factor Activation Kits for High Content Screening and Cell Based Assays | Kay Opperman, Roberta Litavecz, Janaki Narahari, and Richik N. Ghosh | |
| New Dylight™ Fluorescence Dyes for High Content Screening and Fluorescence Cell-Based Assays | Richik N. Ghosh, Krishna M. Vattem, Zakir Murtaza, Mike Stanaitis, Chandrasekaran Vasudevan, Boguslawa R. Dworecki, Pauli Undesser, Surbhi Desai, Matthias Wenzel | |
| Novel High Content Screening Assays for Measuring the Wnt and TGF-beta Signaling Pathways | Roberta Litavecz, Kay Opperman, Richik N. Ghosh | |
| Multiplexing of Antibody and GFP-based Translocation Assays: A Pathway to Better Profiling of Cellular Signalling | Ulla Henriksen, Kay Opperman, Jacob Fog, Richik N. Ghosh, Frosty Loechel, Morten Praestegaard | |
| New Reagent Kits for High Content Cell-Based Assays for Cytotoxicity | Jeffrey R. Haskins, Bhaskar Mandavilli, Megan Cuda, Chandrasekaran Vasudevan, and Richik N. Ghosh | |
| Kinetic Viability Study of Living Cells Using an Automated High Content Platform | Rebecca J. Henderson, Debby Nickischer, and Scott R. Keefer | |
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