我们热爱生命科学!-生物行
当前位置: 主页 > English > News > Neurosci
  • [Neurosci] Nanoparticles Used By U-M Researchers To Target Brain Cancer 日期:2006-11-22 22:21:10 点击:93 好评:0

    Tiny particles one-billionth of a meter in size can be loaded with high concentrations of drugs designed to kill brain cancer. What's more, these nanoparticles can be used to image and track tumors as well as destroy them, according to res...

  • [Neurosci] Brain, Behavior May Have Changed As Social Insect Colonies E 日期:2006-11-21 22:08:09 点击:160 好评:0

    A study suggests that brain and behavior relationships may have changed in a profound way as larger, more complex insect societies evolved from smaller, simpler ones. Researchers headed by Sean O'Donnell, a University of Washington ass...

  • [Neurosci] Pharmacyclics Announces Presentation Of Pooled Analysis Of X 日期:2006-11-21 22:07:56 点击:163 好评:0

    Pharmacyclics, Inc. (Nasdaq: PCYC) today announced the presentation of pooled results from two randomized Phase 3 clinical trials, which indicate that Xcytrin(R) (motexafin gadolinium) Injection combined with whole brain radiation therapy...

  • [Neurosci] Gliadel(R) Wafer Clinical Data Presented At Society For Neur 日期:2006-11-21 22:07:46 点击:278 好评:0

    MGI PHARMA, INC. (Nasdaq: MOGN), a biopharmaceutical company focused in oncology and acute care, today summarized interim results from a phase 2 combination study of Gliadel(R) Wafer (polifeprosan 20 with carmustine implant) in patients wi...

  • [Neurosci] Passive Exoskeletons For Assisting Limb Movement 日期:2006-11-21 22:07:36 点击:175 好评:0

    We discuss state-of-the-art passive devices for enhancing upper- and lower-limb movement in people with neuromuscular disabilities. Special emphasis is placed on a passive functional upper-limb orthosis called the Wilmington Robotic Exoske...

  • [Neurosci] Principle And Design Of A Mobile Arm Support For People With 日期:2006-11-21 22:07:29 点击:168 好评:0

    People with muscular diseases have difficulty raising their arms against gravity. We developed an arm support device in which a spring-loaded mechanism balances the arm in all configurations. Consequently, very little muscle force is neede...

  • [Neurosci] Motions Or Muscles? Some Behavioral Factors Underlying Robot 日期:2006-11-21 22:07:15 点击:191 好评:0

    Robots provide an excellent platform from which to study recovery at the behavioral level. We reviewed some initial insights about the process of recovering upper-limb behavior that have emerged from our work. For pragmatic reasons, we pri...

  • [Neurosci] Robot-assisted Movement Training For The Stroke-impaired Arm 日期:2006-11-21 22:07:04 点击:225 好评:0

    A principle of motor learning is that movement practice improves motor function; the role of applying robotic forces in improving motor function is still unclear. We offer an interim analysis of our early experience with robot-assisted the...

  • [Neurosci] MIME Robotic Device For Upper-limb Neurorehabilitation In Su 日期:2006-11-21 22:06:46 点击:213 好评:0

    We reviewed our work with the Mirror Image Movement Enabler (MIME) robotic device to identify the essential therapeutic features. We compared robot-assisted therapy with conventional therapy and present trial results for shoulder and elbow...

  • [Neurosci] Tools For Understanding And Optimizing Robotic Gait Training 日期:2006-11-21 22:06:35 点击:209 好评:0

    We reviewed tools developed by our research groups to improve understanding of the mechanisms of locomotor adaptation during gait training following spinal cord injury, with a view toward implementing locomotor training with robotic device...

栏目列表
推荐内容