搜索结果: 46-54 共查到“国际动态 生物医学电子学”相关记录54条 . 查询时间(2.205 秒)
Nanophotonics Advance Could Boost Biomolecular Studies and Sensor Capabilities
Nanophotonics Advance Boost Biomolecular Studies Sensor Capabilities
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2009/12/17
An interdisciplinary team of researchers led by Assistant Professor Hatice Altug (ECE) has created a highly sensitive, infrared (IR) absorption spectroscopy technique that can identify specific protei...
Understanding a Cell's Split Personality Aids Synthetic Circuits
a Cell's Split Personality Synthetic Circuits
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2009/12/17
As scientists work toward making genetically altered bacteria create living “circuits” to produce a myriad of useful proteins and chemicals, they have logically assumed that the single-celled organism...
ENG Fetes Temple Smith with “Frontiers in Biomolecular Engineering” Symposium
Temple Smith Biomolecular Engineering Symposium
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2009/12/17
About 200 colleagues from Greater Boston and across the globe gathered at the Photonics Center on Friday, Sept. 25 for a daylong symposium celebrating the recent appointment of Temple Smith as emeritu...
Professor Ann Rundell has been selected to receive a prestigious NSF CAREER Award for her work on advancing model predictive control of cell differentiation.This project develops and experimentally ev...
Nanotechnology Journal Spotlights Purdue Research（图）
Nanotechnology Journal Purdue Research
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2009/12/17
A recent paper by Purdue BME researchers Youngnam Cho, Riyi Shi, Albena Ivanisevic and Richard Borgens has been selected as the cover feature article for the prestigious journal, Nanotechnology.The ar...
Cambridge’s world-leading Biomedical Campus has been complemented by the opening last week of the West Forvie Building, which has just undergone a multi-million pound refurbishment.The opening ceremon...
日本开发出高精度假肢控制系统
高精度假肢控制系统 肌肉电势假手
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2008/5/28
《日刊工业新闻》网站日前报道说，日本东海大学教授曲谷一成新开发出一种高精度假肢控制系统，能让假手变“活”。
一些人即使因为事故等导致肘关节之前的部分失去机能，在随后的几个月中仍可能产生被称为“幻肢现象”的幻觉，也就是说会感觉肢体似乎仍然存在并能依据本人的意志活动肌肉。在这期间，如果对失去肢体者进行康复治疗，同时安装“肌肉电势假手”，有可能不会给失去肢体者的日常生活造成障碍。
所谓“...
日本用头发制成医用无痛针头 有韧性不易折断
头发 医用无痛针头
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2008/4/25
日本东洋大学工学部的吉田善一教授领导的研究小组利用人发成功制作出医用无痛针头。与金属等针头相比，这种毛发针头具有韧性、不易折断。该技术目前正在申请专利。
东洋大学开发的毛发针头有两个种类。一种是通过电极观察神经细胞活动的电极用针，另一种是人工透析用留在体内的中空针。这两种针头制法各不相同。
研究小组开发的针头是分别在毛发上镀上金属和树脂膜，可作为电极针使用；在...
科学家首次观测到病毒侵入细胞的过程
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2007/7/25
德国科学家最近观测到病毒侵入细胞的过程，并用荧光单分子检测技术将其清楚地记录了下来。这是人类首次具体观测到这一过程，其成果将有助于利用基因疗法开发出更好的抗病毒药物。单分子检测技术是为对单个荧光染色分子进行成像分析或其他描述而发展起来的技术。以前，人们只能对研究对象进行整体观测，因而有许多问题无法解决，而近来科学家们解决了通过对单分子的检测而获得整体观测对象相关状况这一难题，使得单分子检测技术得到...