Deep learning of regulatory regions discovers enhancer variants implicated in PAH
T. Tilly (Cambridge, United Kingdom), K. Auckland (Cambridge, United Kingdom), R. Nibhani (Cambridge, United Kingdom), J. Martin (Cambridge, United Kingdom), . Nihr Bioresource - Rare Diseases (Cambridge, United Kingdom), . National Cohort Study Of Idiopathic And Heritable Pah (Cambridge, United Kingdom), N. Morrell (Cambridge, United Kingdom), P. Lio' (Cambridge, United Kingdom), S. Gräf (Cambridge, United Kingdom)
Source: International Congress 2022 – Basic science in pulmonary hypertension
Session: Basic science in pulmonary hypertension
Session type: Thematic Poster
Number: 4135
 
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T. Tilly (Cambridge, United Kingdom), K. Auckland (Cambridge, United Kingdom), R. Nibhani (Cambridge, United Kingdom), J. Martin (Cambridge, United Kingdom), . Nihr Bioresource - Rare Diseases (Cambridge, United Kingdom), . National Cohort Study Of Idiopathic And Heritable Pah (Cambridge, United Kingdom), N. Morrell (Cambridge, United Kingdom), P. Lio' (Cambridge, United Kingdom), S. Gräf (Cambridge, United Kingdom). Deep learning of regulatory regions discovers enhancer variants implicated in PAH. 4135
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