2016
DOI: 10.1016/j.acra.2015.10.004
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Big Data and the Future of Radiology Informatics

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Cited by 68 publications
(29 citation statements)
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“…As diagnostic imaging is an ecosystem of digital data, which is collected for each patient who undergoes any radiographic, computed tomography, magnetic resonance, ultrasound, and all nuclear medicine investigation, so much data, or big data, need an accurate interpretation related to the clinical problem for which the patient undergoes the investigation; this is the task of the radiologist, through the radiological medical act, that is summarized in the radiological report. In this context, artificial intelligence is a promising technology that allows to process so big data and extract meaningful information [12][13][14].…”
Section: Sirm Recommendations On the Use Of Artificial Intelligence Imentioning
confidence: 99%
“…As diagnostic imaging is an ecosystem of digital data, which is collected for each patient who undergoes any radiographic, computed tomography, magnetic resonance, ultrasound, and all nuclear medicine investigation, so much data, or big data, need an accurate interpretation related to the clinical problem for which the patient undergoes the investigation; this is the task of the radiologist, through the radiological medical act, that is summarized in the radiological report. In this context, artificial intelligence is a promising technology that allows to process so big data and extract meaningful information [12][13][14].…”
Section: Sirm Recommendations On the Use Of Artificial Intelligence Imentioning
confidence: 99%
“…On the one side, there is a bottom-up, datadriven direction which we like to refer to as "imagebased modelling" or more broadly, "phenomenological modelling". Perhaps starting with the success of statistical shape modelling (Young and Frangi, 2009;Castro-Mateos et al, 2014), and successive developments leading to computational atlasing, computational anatomy (Miller et al, 2015) and disease state fingerprinting (Kumar et al, 2012;Mattila et al, 2011), these and other developments accelerated by machine learning emphasize learning and inference of knowledge directly from vast amounts of imaging data (Kansagra et al, 2016;Medrano-Gracia et al, 2015;Margolies et al, 2016). This confluence of image-based computational modelling with developments on population imaging (Volzke et al, 2012) will increasingly underpin computational models and phenotypes of health and disease.…”
Section: The Trend: From Data To Wisdom and Backmentioning
confidence: 99%
“…O aspecto de integração dos dados clínicos é ainda mais importante à medicina de precisão devido o potencial preditivo da mineração dos dados do paciente na atual "Era Big Data" (KEEK et al, 2018;LAMBIN et al, 2017). O volume de dados heterogêneos em saúde vem crescendo em um ritmo acelerado nos últimos anos, e esses dados eletrônicos estão disponíveis em volumosas quantidades nos sistemas de informação dos grandes hospitais e centros de saúde (Figura 5) (FILONENKO;SEERAM, 2018;KANSAGRA et al, 2016). Ou seja, a radiômica pode ser entendida como a translação dos conceitos de Big Data e medicina de precisão para o contexto do diagnóstico por imagem e está focada no desenvolvimento de ferramentas e bases de apoio à tomada de decisão clínica, que possam potencialmente melhorar o diagnóstico, o prognóstico e a precisão de uma previsão (GILLIES; KINAHAN; HRICAK, 2016).…”
Section: Metabol-unclassified
“…Ou seja, a radiômica pode ser entendida como a translação dos conceitos de Big Data e medicina de precisão para o contexto do diagnóstico por imagem e está focada no desenvolvimento de ferramentas e bases de apoio à tomada de decisão clínica, que possam potencialmente melhorar o diagnóstico, o prognóstico e a precisão de uma previsão (GILLIES; KINAHAN; HRICAK, 2016). Fonte: Kansagra et al (2016).…”
Section: Metabol-unclassified
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