sendmri.ai
AI-assisted remote image assessment, built on the emaryolla.com / sendmri.com experience since 2016.
ai.sendmri.com →Computational Spine Surgery
In spine surgery, the computation is now in the surgeon's hands.
SpineCoS (Computational Spine Surgery) puts databases and complex measurement into the surgeon's daily work. It is the computational branch of the 3D Neurosurgery family; its siblings are SpineAim and SpineYoyo.
Tools
SpineYoyo
Radiological measurement in the browser: Cobb angle, end vertebrae. Basic and ZIMM packages.
spineyoyo.com →SpineAim
C1 screw training simulator. Compares your screw with the correct technique: Hu and Gertzbein-Robbins grade, safety margin to the artery (mm).
spinecos.com/spineaim →3D Neurosurgery
3D models built from real anatomy and short animations for brain and spine surgery.
3dneurosurgery.org →
The root of our name
The root of the algorithm: al-Khwarizmi
x² + 10x = 39 → (x + 5)² = 64 → x = 3
Born in the Khwarazm region of today's Uzbekistan, al-Khwarizmi (c. 780–850) solved this equation by completing the square. The word "algorithm" comes from his name, "algebra" from the title of his book. Computational surgery follows the same path.
About
SpineCoS is part of the 3D Neurosurgery (3DN) family: Dr. Özgür Akşan's work on computational spine surgery (Istanbul Aydın University, Neurosurgery) is gathered here. The tools are in development; published results will be listed here as they appear.