明尼苏达大学研究人员创建了切合实际的3D打印人体组织模型,以改进外科培训。 University of Minnesota researchers created realistic 3D-printed human tissue models for improved surgical training.

由明尼苏达大学双城大学研究人员开发的3D打印的人体组织模型正在以像生命一样的现实主义推进医学培训。 3D-printed human tissue models, developed by researchers at the University of Minnesota Twin Cities, are advancing medical training with lifelike realism. 这些模型利用创新的生物印刷技术,复制了包括皮肤和器官在内的真实组织的纹理、强度和反应能力,并可根据模拟各种医疗条件加以定制。 Using innovative bioprinting techniques, the models replicate the texture, strength, and responsiveness of real tissues, including skin and organs, and can be customized to simulate various medical conditions. 该技术包含类似血液的流体,能够提供准确的触觉反馈,改进外科手术做法。 The technology incorporates blood-like fluids and enables accurate tactile feedback, improving surgical practice. 《科学进步》发表于《科学进步》,研究得到美国国防部和MnDRIVE倡议的一部分的支持,未来目标包括复杂的器官复制和智能材料。 Published in Science Advances, the research is supported by the U.S. Department of Defense and part of the MnDRIVE Initiative, with future goals including complex organ replication and smart materials. 早期测试显示培训更加现实,医疗专业人员更加自信。 Early tests show enhanced training realism and confidence among medical professionals.