Called three-dimensional speckle monitoring photogrammetry.

3-D imaging technique could be useful for measuring efficacy of injectable wrinkle reducers A three-dimensional imaging technique frequently used in the automotive and aerospace industries for accurate measurement could be useful to measure the efficacy of injectable wrinkle reducers such as Botox and Dysport, according to brand-new analysis from the Perelman College of Medication at the University of Pennsylvania. The task, called three-dimensional speckle monitoring photogrammetry, is described in the May issue of Reconstructive and Plastic Surgery. Authors say it has the potential to gauge the efficacy of many treatments for which these types of injections are used, not merely for cosmetic reasons but also to lessen facial paralysis arising from stroke and Bell's palsy .

3D ultrasound – some information revealed A quite newer addition in the medical ultrasound technique is 3D ultrasound that’s often used in obstetric ultrasonography during pregnancy for obtaining three-dimensional images of the developing fetus. Several scanning modes have been used in medical and obstetrical ultrasound, however now 3D has transformed everything. Unlike 2D scanning, where audio waves are sent along and reflected back, in 3D scanning, sound waves are sent at different angles to create a clearer picture of the baby. 3d ultrasound Englewood is fairly popular among expecting mothers who wish to preserve those unique movements of the youngster in the womb. The technique was first developed in the year 1987 by Olaf von Ramm and Stephen Smith at Duke University.