As the consequence of complex interactions between different parts of an organ, shape can be used as a predictor of structural–functional relationships implicated in changing environments. Despite ...

Scientists are pioneering a powerful combination of computer modelling and experimental genetics to work out how the complex shapes of organs found in nature are produced by the interacting actions of ...

A team of researchers at the University of California, San Francisco (UCSF) has applied relatively simple tissue modeling and cell patterning techniques to generate highly precise 3D shapes, including ...

A new computational approach, built on data-driven techniques, is making it possible to turn simple 2D sketch into a realistic 3D shape, with little or no user input necessary. A new computational ...