— A novel method for solving the inverse problem of inferring the conductivity tensor field structure (e.g. biological tissue) from a set spatiotemporal measurement. The new method is computationally more efficient than existing methods. We achieved the computational efficiency by using the optimizati…
— Background: Tissue engineered scaffold repair materials are currently modified with surface mineralization with simulated body fluids (SBF) of collagen provide a lower stiffness than desired in biosynthetic entheses and fail to replicate the naturally graded structure of the human connective tissue …
— The prevalence of hearing loss (HL) in adolescents has grown over the past decade, with rates of 19.5% for HL of >15dB and 5.3% for HL >25dB. Adults with HL are 21% to 39% less likely to have attained postsecondary education than normal-hearing persons and are 1.5 to 2 times more likely to exp…
— Identifying patients at risk of relapse while undergoing particular treatment protocols is critically important yet challenging to do in a timely manner. Researchers at Washington University have deveoped a new method to rapidly and accurately determine relapse risk in a human subject afflicted with…
— Next Generation Sequencing (NGS) allows rapid sequencing of an individual’s entire genome or portions of the genome to identify thousands of genetic variants. Personalized genomic tests based on NGS technologies can be used to predict an individual’s risk of disease or monitor disease pr…
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