SHAPE: A visual computing pipeline for interactive landmarking of 3D photograms and patient reporting for assessing craniosynostosis. C Görg, C Elkhill, J Chaij, K Royalty, PD Nguyen, B French, AC Guerrero, AR Porras.

3dMD Customer Research, Medical, 3dMDhead, Craniofacial/Cleft, Plastics, Prosthetics

SHAPE reads in a patient’s 3D photogram, automatically places a set of craniofacial landmarks, allows for their manual confirmation and correction, and automatically computes both a series of standard clinical craniofacial measurements and machine learning-based metrics of head development prior to building an analysis report for upload to the patient’s electronic medical record.

Photogrammetry is a useful tool to assess the aesthetic outcome after excision of skin tumors of the nose and reconstruction. AA Caretto, G Tarantino, C Grippaudo, E Candida, L Tagliaferri, K Peris, M Servillo, R Fortunato, R Bracaglia, S Gentileschi.

3dMD Customer Research, Medical, 3dMDface, Plastics

We enrolled 33 patients, comprising 24 men and 9 women, who were affected by cutaneous neoplasm on the nose and underwent excision followed by reconstruction with a flap. For each patient, we performed facial scans before and after surgery.

Creation of the Scaphocephalic Index: Measurement of Global and Regional Severity in Scaphocephaly. GP Bins, LZ Zhou, D Cull, RG Layton, BT Dunson, S Kogan, LR David, CM Runyan.

Neurosurgery, 3dMD Customer Research, Computer Science | Computer Vision, Medical, 3dMDhead, Craniofacial/Cleft, Plastics

Three-dimensional (3D) photography allows for the creation of surface models without the need for radiation and has been validated as reliable and equivalent to CT for calvarial measurements.

Novel Surface Topographic Assessment of Lung Volume and Pulmonary Function Tests in Idiopathic Scoliosis: A Preliminary Study. JH Heyer, JL Wisch, KK Nagra, A Thakur, HJ Hillstrom, BN Groisser, CP Zucker, ME Cunningham, MT Hresko, R Haddas, JS Blanco, MF Di Maio, RF Widmann.

Orthopedics, 3dMD Customer Research, Computer Science | Computer Vision, Medical, 3dMDbody

This study investigates whether surface topography measurements of body volume difference and torso volume difference between maximum inhale and exhale correlate to values determined on pulmonary function tests.

An automatic, objective method to measure and visualize volumetric changes in patients with facial palsy during 3D video recordings. T Büchner , S Sickert , GF Volk , J Denzler , O Guntinas-Lichius.

3dMD Customer Research, Computer Science | Computer Vision, Medical, 3dMDface, Otolaryngology

This data-driven method mitigates the risk of human biases in therapeutic evaluations and effectively transitions from static 2D images to dynamic 4D assessments of facial palsy state.