The Circle of Willis (CoW) is located at the base of the brain providing the primary vascular link to the heart. The communicating arteries of the CoW form a bridge between the cerebral arteries and a

Fenestrated Endovascular Aneurysm Repair (fEVAR) is one option for treatment of abdominal aortic aneurysms with inadequate neck length for standard EVAR. The Zenith fEVAR device (Cook Medical Inc.) em

Transcranial direct current stimulation (tDCS) represents a neuromodulation technique that delivers a weak direct electrical current to the brain, and can be used to treat brain injuries, strokes, and

Unruptured cerebral aneurysms can represent a significant health risk for patients if not properly diagnosed and treated. A study was carried out to determine if significant geometrical differences co

This study involved testing the effectiveness of manual segmentation of lumbar vertebrae, taking into account the proximity of articulating surfaces and degenerative joint changes. Simpleware ScanIP w

The FE models generated by Simpleware have been used to help optimise coil and spinal array designs, and to investigate patient absorption of EM and RF energy. The reliability of the Simpleware models

The vertebra-disc interface in the human spine is a preferential path for both metabolites and fluid exchanges. With aging, degeneration and/or tissue calcification such interface experiences alterati

生物力学实验室主要是通过结合生物、医学、力学、物理的基本理论和方法来研究生物生长以及疾病发生、发展的基本规律。 主要研究领域：1、血管生物力学；2、肿瘤计算生物力学；3、仿生力学； 4、细胞及分子生物力学。

东北大学医学影像计算教育部重点实验室于2009年1月由教育部批准立项建设（教技函【2008】169号），同年9月通过教育部科技司组织的实验室建设计划可行性论证（教技司【2009】329号）。本实验室依托于东北大学计算机应用技术二级学科国家级重点学科、计算机科学与技术和生物医学工程一级学科博士学位授予点、国家数字化医学影像设备工程技术研究中心组建而成，属信息科学领域，是学校“211工程”、“985工

建模与仿真已经成为工程设计和科学研究的重要手段。生物系统建模与仿真已成为生物医学研究、医疗器械设计、手术导航、航空航天生物医学工程、康复工程研究的重要手段。当研究人体在超重、失重、病理等特殊极端条件为研究背景，以人体为研究对象时，由于在体实验代价巨大、且可能存在伦理方面的障碍，生物系统建模与仿真更是必不可少的研究和设计手段。