A fully automated cardiac magnetic resonance (CMR) assessment improves the evaluation of patients with pulmonary arterial hypertension (PAH)
S. Alabed (Sheffield, United Kingdom), K. Karunasaagarar (Sheffield, United Kingdom), F. Alandejani (Sheffield, United Kingdom), M. Salehi (Sheffield, United Kingdom), Z. Aldabbagh (Sheffield, United Kingdom), P. Garg (Sheffield, United Kingdom), J. Uthoff (Sheffield, United Kingdom), H. Lu (Sheffield, United Kingdom), J. Wild (Sheffield, United Kingdom), D. Kiely (Sheffield, United Kingdom), R. Van Der Geest (Leiden, Netherlands), A. Swift (Sheffield, United Kingdom)
Source: Virtual Congress 2021 – Novel imaging analysis methodologies in diffuse lung diseases
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S. Alabed (Sheffield, United Kingdom), K. Karunasaagarar (Sheffield, United Kingdom), F. Alandejani (Sheffield, United Kingdom), M. Salehi (Sheffield, United Kingdom), Z. Aldabbagh (Sheffield, United Kingdom), P. Garg (Sheffield, United Kingdom), J. Uthoff (Sheffield, United Kingdom), H. Lu (Sheffield, United Kingdom), J. Wild (Sheffield, United Kingdom), D. Kiely (Sheffield, United Kingdom), R. Van Der Geest (Leiden, Netherlands), A. Swift (Sheffield, United Kingdom). A fully automated cardiac magnetic resonance (CMR) assessment improves the evaluation of patients with pulmonary arterial hypertension (PAH). 356
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