With the items in hand, he brought Carla, his wife, and Jonathan into the large central chamber of their estate. He spent what precious time he had left gathering the materials he would need to ensure his future.

Leon knew of what was to come before the council was convened. Judgement was passed: Leon, his family, and his students would be dispatched his notes would be burned and Necromancy would be banned from the campus.

He was the foremost practitioner of Necromancy at the school and the Headmaster had been killed by undead in his presence. The only evidence they had implicated Leon for the crimes. The Wizard’s Council met late into that night. It was then that Leon realized that he had been the target all along. Using the distraction to his advantage, Bartholomew drank a vial he had kept hidden inside of his cloak and disappeared into thin air. Not having been prepared for what he would find, the Headmaster was unable to put up any resistance to the Wight’s thirst. It was at this time that the Headmaster came to inspect the commotion. He turned and used Necromantic energies to drain some nearby students of life and turn them into Wights under his control. Bartholomew was not going to take this insult lightly though. It wasn’t until one fateful night that he came across Bartholomew experimenting on forbidden subjects: the people of a nearby village that he had been abducting them from.Ĭonfronting his now former student, Leon drove Bartholomew into the public places where he then outed him for his crimes. He took great interest in drawing out life energy from people and turning them into his minions, which at first seemed to fit right in with Leon and his own studies. His true name was never mentioned and those around him only referred to him as Bartholomew. Among Leon’s pupils, one stood out in particular. However, all was not to remain grand and wonderful. It was at this academy that Jonathan Constantine’s father, Leon, was a professor of advanced studies, particularly in the fields of Necromancy and Demonology. This is no ordinary school though, for if you make it through the illusions and enchantments placed upon it, you will find the premier academy for magical research and application. 29(24):2826-2831, December 15, 2004.Tucked in a far off corner of the Chronum Empire, there is a school. These findings will be helpful as the basis for understanding abnormal conditions. We investigated intervertebral motions of the subaxial cervical spine during head rotation using a three-dimensional imaging system, and obtained the first accurate depictions of in vivo coupled motion. Coupled extension with axial rotation occurred in the middle cervical region (C2-C3, 1.4 C3-C4, 2.3 C4-C5, 1.5), while in the lower cervical region, flexion was coupled with axial rotation (C5-C6, 0.9 C6-C7, 2.4 C7-T1, 3.0).Ĭonclusions. Coupled lateral bending with axial rotation was observed in the same direction as axial rotation at all levels (C2-C3, 3.6 C3-C4, 5.4 C4-C5, 5.0 C5-C6, 5.3 C6-C7, 4.9 C7-T1, 1.2). Mean axial rotation of the subaxial cervical spine in maximum head rotation (69.5) was 2.2 at C2-C3, 4.5 at C3-C4, 4.6 at C4-C5, 4.0 at C5-C6, 1.6 at C6-C7, and 1.5 at C7-T1. Three-dimensional motions of adjacent vertebrae were represented with 6 df (6 degrees of freedoms) by Euler angles and translations on the coordinate system defined by Panjabi, then visualized in animations using surface bone models. Relative motions of the subaxial cervical spine were calculated by automatically superimposing a segmented three-dimensional MRI of the vertebra in the neutral position over images of each position using volume registration. Ten healthy volunteers underwent three-dimensional MRI of the cervical spine in 11 positions with 15 increments during head rotation using a 1.0-T imager. In vivo three-dimensional kinematics of the subaxial cervical spine in rotation have not previously been well described, since they are too complicated to follow using conventional radiography or computed tomography techniques. To document intervertebral coupled motions of the subaxial cervical spine during rotation. Three-dimensional intervertebral motions of the subaxial cervical spine during head rotation were investigated in healthy volunteers using three-dimensional magnetic resonance imaging (MRI). Ishii, Takahiro MD * Mukai, Yoshihiro MD * Hosono, Noboru MD, PhD * Sakaura, Hironobu MD * Fujii, Ryutaro MD * Nakajima, Yoshikazu PhD + Tamura, Shinichi PhD + Sugamoto, Kazuomi MD, PhD * Yoshikawa, Hideki MD, PhD * «Cinemática de la columna cervical subaxial en rotación en el análisis tridimensional en vivo.» GEOPS (Grupo de Estudio de la Osteoporosis).Sesiones Clínicas Interhospitalarias Online SOGACOT.

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