S4Llite – 迈向未来的一步

ZMT has moved its advanced Sim4Life computational life sciences platform to the cloud! Thanks to the innovative o²S²PARC technology, the web version achieves the same performance as the Sim4Life desktop version on the most powerful desktop – but without the overhead, the need for high-end hardware and instant sharing capabilities.

IT'IS 基金会发布新的 III 类虚拟人口模型

IT’IS has added three new Virtual Population models to their existing library. The first application of the class III obese models, each with a body mass index above 60 kg/m², assesses the safety of this group of the population in ultra-wide-bore scanners.

Sim4Life V7.2 发布

Sim4Life V7.2 提供了新功能和主要增强功能，加强了世界领先的计算生命科学研究、设备设计和优化以及安全和电磁兼容性评估的计算器工具集。

Sim4Life发布 V7.0

Sim4Life V7.0 offers powerful new features and important enhancements that strengthen the in silico tool set our customers use for research, device design and optimization, and compliance evaluations.

IT’IS组织特性数据库的更新

Today, a new version of the IT'IS Tissue Properties Database has been released. Tissue DB V4.1 includes the latest updates form the literature on low-frequency electric conductivity measurements as well as additions for the tissues that form the internal structures of the eye.

Joseph成为Eddie cV3.1：ViP模型库新增男性人体模型

FDA将MDDT认证扩展到IMAnalytics V3.0和MRIxViP V2.1

FDA Qualification of the ZMT & IT’IS MDDT toolset IMAnalytics with MRIxViP1.5T/3.0T and BCLib now also includes passive implants (ASTM F2182-19^ε2) and Region-of-Interest Field Extraction for ISO 10974 Tier 2.

IT’IS发布四个从全身磁共振图像分割而得的新的老鼠模型

The IT’IS Foundation has released four new mouse models segmented from magnetic resonance imaging data. All four models are optimized for Sim4Life.

Sim4Life 6.2版发布

ZMT has deployed a new release of its Sim4Life platform. V6.2 not only comes with a smoother look and feel and a better user experience but also with important new features, refinements, and bug fixes. 

IT’IS发布第一个具有神经功能的动物模型NeuroRat V4.0

Today, the IT’IS Foundation announced the release of the advanced computational NeuroRat V4.0 model with detailed neuroanatomy that features peripheral nerve trajectories and a co-registered brain atlas model (Waxholm Space Atlas) ‒ another important step in their efforts to support and partially replace laboratory experiments. The anatomy is based on high-resolution computed tomography and structural magnetic resonance imaging data acquired by the Animal Imaging Center at ETH Zurich and the University of Zurich.