A novel quantitative hemodynamic model relating physiological perturbations in cerebral blood volume, blood flow, and oxygen consumption to the associated hemodynamic effects that are measurable with

The difficulties encountered in the remediation of Dense Nonaqueous Phase Liquid (DNAPL) contaminants in the subsurface have spawned numerous studies relating to evaluation of the benefits of DNAPL

­Efficient Development of Orally-Bioavailable Cyclic-Peptide Drugs via Molecular Dynamics + Machine Learning BACKGROUND Cyclic peptides are a promising drug modality, combining beneficial traits from

A Digital-to-Analog Converter based on Resistive Interpolation Load Prof. Sameer Sonkusale at the Electrical and Computer Engineering Department at Tufts has developed a single chip integrated DAC

Summary During physical therapy, practitioners often use a variety of measurement devices. All existing approaches fail to establish functional range of motion and anthropomorphic measurements through

Business Opportunity: Introduce genetic material consistently and reliably into post-mitotic cells without special reagents or lengthy protocols. This fluid dynamic technology could develop into a

Measuring color image quality is important for image processing and computer vision tasks, such as remote sensing, medical imaging, consumer application, computer and robotic vision, and handwriting

SUMMARYTufts researchers have developed a device which traverses the gut and collects samples of the microbiome in a way that permits correlation of samples with particular locations from which they

Ionogels are hybrid materials based on ionic liquids (salts that are molten at room temperature) and a solid support material. Researchers at Tufts have now created a series of novel ionogels which

Semiconductor oxides are a promising alternative to silicon-based solar cells because they possess high optical absorption and are composed of low cost materials. Cupric oxide (CuO) films have now