Near‐infrared fluorescence imaging of lymphatics in head and neck lymphedema. IC Tan, EA Maus, JC Rasmussen, MV Marshall, CE Fife, LA Smith, EM Sevick-Muraca.

Date: March 2012. Source: Head Neck; Volume 34, Issue 3, pp 448–453. Background: Lymphedema is a complication that may occur after surgical resection and radiation treatment in a number of cancer types and is especially debilitating in regions where treatment options are limited. Although upper and lower extremity lymphedema may be effectively treated with manual…

Three-Dimensional Imaging and Software Advances in Orthodontics. A Ghoneima, E Allam, K Kula, and LJ Windsor

Chapter 8: Three-Dimensional Imaging and Software Advances in Orthodontics. Date: March 2012 Source: Orthodontics – Basic Aspects and Clinical Considerations, Edited by Prof. Farid Bourzgui Abstract: The book reflects the ideas of nineteen academic and research experts from different countries. The purpose of this chapter is to update orthodontists about the current options and applications…

The Facial Profiling of Malocclusions: The Promise of Emerging 3-Dimensional Technologies. C Wholley, M Walters.

Date: February 2012. Source: Australian Society of Orthodontists’ 23rd Congress 2012, Perth, Australia. Abstract: The assessment of facial profile, bite and underlying dental-skeletal discrepancies are critical in the diagnosis and treatment planning of malocclusions. In addition to the clinical evaluation, other records such as facial photography, dental impressions and cephalometry are routinely taken to provide…

Dysmorphometrics: the Modelling of Morphological Abnormalities. P Claes, K Daniels, M Walters, J Clement, D Vandermeulen and P Suetens.

Date: February 2012. Source: Theoretical Biology and Medical Modelling, Volume 9:5, Feb 2012. Background: The study of typical morphological variations using quantitative, morphometric descriptors has always interested biologists in general. However, unusual examples of form, such as abnormalities are often encountered in biomedical sciences. Despite the long history of morphometrics, the means to identify and…

BBC Health. 3D Face Scan to Help Future Surgery.

Date: January 2012. Source: BBC Health. 3D face scan to help future surgery Article: Visitors to London’s Science Museum are being invited to have their faces scanned in 3D. The ‘Me in 3D’ exhibit uses an array of cameras to build a virtual image visitors can then view and manipulate. Data from the participants will…

BBC News: 3D face scan to help future surgery.

Date: 17 January 2012. Source: BBC News: http://www.bbc.co.uk/news/science-environment-16588956 News Segment: 3D face scan to help future surgery. Visitors to London’s Science Museum are being invited to have their faces scanned in 3D. The ‘Me in 3D’ exhibit uses an array of cameras to build a virtual image visitors can then view and manipulate. Data from…

Announcement. See yourself in 3D at the London Science Museum.

Date: January 2012. Source: Press Announcement LONDON (3 January 2012) – How are our faces constructed? How does your face differ from other faces? What do you look like in another dimension? These questions will be explored in Me in 3D – a new event running from 11 January until 10 April, where visitors can…

Variation of the Face in Rest Using 3D Stereophotogrammetry. TJJ Maal, LM Verhamme, B van Loon, JM Plooij, A Kho, FA Rangel, W Borstlap, SJ Bergé

Date: November 2011. Source: International Journal of Oral and Maxillofacial Surgery, Volume 40, Issue 11, Pages 1252-1257. Abstract: To evaluate treatment outcomes following oral and maxillofacial surgery, pre- and post-treatment three-dimensional (3D) photographs of the patient’s face can assessed, but this procedure is accurate only if the face is captured with the same facial expression…

Image Fusion in Preoperative Planning. SA Schendel, KS Duncan, C Lane.

Date: November 2011. Source: 3D: Fusion, Sculpting, Imaging Systems. Facial Plastic Surgery Clinics of North America. Volume 19, Issue 4, Pages 577-590. Abstract: This article presents a comprehensive overview of generating a digital Patient-Specific Anatomic Reconstruction (PSAR) model of the craniofacial complex as the foundation for a more objective surgical planning platform. The technique explores…