Biosensing: The New Advance in Point of Care Technologies
In Professor Mark Reed’s lab at Yale, the focus within the last decade has been to size biosensing devices down to the nanoscale, thus aptly giving them name “nanosensors.”
In Professor Mark Reed’s lab at Yale, the focus within the last decade has been to size biosensing devices down to the nanoscale, thus aptly giving them name “nanosensors.”
Members of Professor Eric Dufresne’s laboratory are studying the mechanical forces generated by crawling cells and have related these forces to those generated when paint dries, helping to build a greater understanding of the dynamics of soft materials.
Breathing is so effortless that we often take it for granted. However, our lungs are actually very delicate tissues with limited regeneration capacity. Upon lung
In his biophysics research, Yale Professor Peter Moore uses the same mathematical
method that a lens uses to project images on the retina and that an MP3 player uses
to compress audio files. The mathematical method is called the Fourier transform.
Doctors rebuild heart vessels with tissue engineered vascular grafts (TEVG) provide novel treatment for congenital heart disorders. Dr. Christopher Breuer and Dr. Toshiharu Shinoka lead the TEVG revolution.
A revolution has begun to take hold in hospitals around the country as both surgeons and diagnosticians move from a one-size-fits-all form of diagnosis and
Known for his extensive service and commitment to Yale, Bruce Carmichael, Deputy Dean of the Yale School of Engineering and Applied Sciences, died on
PORTIA is a one of Yale’s Computer Science Departments major collaborative projects. Involving professors and professionals from across the country in many fields including law and medicine, PORTIA aims to develop new sensitive information handling technology and to create an effective conceptual framework for privacy and ethics of sensitive data.
Approximately thirty-five years ago, two theorists at International Business Machines (IBM) were among the first to propose electronic functions for molecules. Until about fifteen years
With its prices running from $250,000 to $1 million, the electron microscope (EM) is not something purchased on a whim.