Here we show photorealistic synthetic portraits of certain rare diseases based on the cohort ... Read more
Alagille syndrome is a rare genetic disorder that can affect multiple organs, including the liver, heart, and... Read more
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Principal Investigator: Prof. Kai Wang
Institution: Children's Hospital of Philadelphia
We will use the GMDB database and related software tools such as GestaltMatcher to characterize features of suspected genetic diseases and to evaluate how best to cluster patients with the same diseases. For the first goal, we will use internal in-house datasets of images (including facial images) to perform a comparison to “match” to known diseases in GMDB. We will use a variety of software...
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Principal Investigator: Dr. Mona Alshahrani
Institution: Saudi Data and Artificial Intelligence Authority (SDAIA) - National Center for Artificial Intelligence (NCAI)
Rare genetic disorders are often difficult to diagnose, with patients often undergoing years of testing and evaluation before a proper diagnosis is made. This can lead to delays in treatment and management, causing significant morbidity and mortality. In recent years, facial recognition technology and artificial intelligence have been used to aid in the diagnosis of rare genetic disorders, with...
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Principal Investigator: Prof. Bairong Shen
Institution: Institutes for Systems Genetics, West China Hospital
Deep learning models rely heavily on data, but in this area, GMDB is the only database and faces the difficulty of insufficient data. Meanwhile, face recognition databases have a large amount of data, and the similarity between GMDB and face recognition databases is that they are both facial images. Therefore, we try to train the model on unlabeled face recognition images first to learn facial...
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