Not logged in Strengthening cardiac therapy pipelines using human pluripotent stem cell-derived cardiomyocytes Raniga, Kavita; Nasir, Aishah; Vo, Nguyen T. N.; Vaidyanathan, Ravi; Dickerson, Sarah; Hilcove, Simon; Mosqueira, Diogo; Mirams, Gary R.; Clements, Peter; Hicks, Ryan; Pointon, Amy; Stebbeds, Will; Francis, Jo; Denning, Chris Share Save
Discovery and SAR Study of Boronic Acid-Based Selective PDE3B Inhibitors from a Novel DNA-Encoded Library Rowley, Ann M.; Yao, Gang; Andrews, Logan; Bedermann, Aaron; Biddulph, Ross; Bingham, Ryan; Brady, Jennifer J.; Buxton, Rachel; Cecconie, Ted; Cooper, Rona; Csakai, Adam; Gao, Enoch N.; Grenier-Davies, Melissa C.; Lawler, Meghan; Lian, Yiqian; Macina, Justyna; Macphee, Colin; Marcaurelle, Lisa; Martin, John; McCormick, Patricia; Pindoria, Rekha; Rauch, Martin; Rocque, Warren; Shen, Yingnian; Shewchuk, Lisa M.; Squire, Michael; Stebbeds, Will; Tear, Westley; Wang, Xin; Ward, Paris; Xiao, Shouhua Share Save
CardioMotion: identification of functional and structural cardiotoxic liabilities in small molecules through brightfield kinetic imaging Stebbeds, William; Raniga, Kavita; Standing, David; Wallace, Iona; Bayliss, James; Brown, Andrew; Kasprowicz, Richard; Dalmas Wilk, Deidre; Deakyne, Julianna; Clements, Peter; Chaudhary, Khuram W.; Rossman, Eric, I; Bahinski, Anthony; Francis, Jo Share Save
Prediction of inotropic effect based on calcium transients in human iPSC-derived cardiomyocytes and machine learning Yang, Hongbin; Obrezanova, Olga; Pointon, Amy; Stebbeds, Will; Francis, Jo; Beattie, Kylie A.; Clements, Peter; Harvey, James S.; Smith, Graham F.; Bender, Andreas Share Save
Deriving waveform parameters from calcium transients in human iPSC-derived cardiomyocytes to predict cardiac activity with machine learning Yang, Hongbin; Stebbeds, Will; Francis, Jo; Pointon, Amy; Obrezanova, Olga; Beattie, Kylie A.; Clements, Peter; Harvey, James S.; Smith, Graham F.; Bender, Andreas Share Save
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FURTHER VALIDATION OF PHENOTYPIC HIGH-THROUGHPUT, CELL-BASED ASSAY FOR ANTI-MYOFIBROBLAST ACTIVITY IN PEYRONIE'S DISEASE Ilg, M.; Mateus, M.; Stebbeds, W.; Raheem, A.; Capece, M.; Paranham, A.; Garaffa, G.; Muneer, A.; Christopher, N.; Cellek, S.; Ralph, D. Share Save
DEVELOPMENT OF SECONDARY ASSAYS TO VALIDATE HITS FROM PRIMARY PHENOTYPIC SCREEN FOR ANTI-MYOFIBROBLAST ACTIVITY IN PEYRONIE'S DISEASE Ilg, M.; Mateus, M.; Stebbeds, W.; Raheem, A.; Capece, M.; Parnham, A.; Garaffa, G.; Muneer, A.; Christopher, N.; Cellek, S.; Ralph, D. Share Save
FIRST RESULTS FROM A NOVEL CELL-BASED ASSAY FOR ANTI-MYOFIBROBLAST ACTIVITY IN PEYRONIE'S DISEASE Mateus, M.; Stebbeds, W.; Ameyaw, B.; Raheem, A.; Spilotros, M.; Garaffa, G.; Muneer, A.; Christopher, N.; Cellek, S.; Ralph, D. Share Save
DEVELOPMENT OF A HIGH-THROUGHPUT, CELL-BASED ASSAY FOR ANTI-MYOFIBROBLAST ACTIVITY IN PEYRONIE'S DISEASE Mateus, M.; Stebbeds, W.; Ameyaw, B.; Raheem, A.; Spilotros, M.; Garraffa, G.; Muneer, A.; Christopher, N.; Cellek, S.; Ralph, D. Share Save
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