A remotely guided rat, popularly called a ratbot or robo-rat, is a rat with electrodes implanted in the medial forebrain bundle (MFB) and sensorimotor cortex of its brain. They were developed in 2002 by Sanjiv Talwar and John Chapin at the State …

機械鼠（英文：robo-rat或ratbot）又稱為遙控老鼠（英文：remotely guided rat），是在前腦內側束（MFB）和大腦的感覺運動皮層中植入電極的大鼠。 它們是2002年由 紐約州立大學 下州醫學中心的Sanjiv Talwar和John Chapin開發的。

2019年6月16日 · One of the brain areas used in ratbot navigation is the Ventral Posteromedial Nucleus (VPM), which creates non-volunteer head rotation. Rat training by water/food restriction can be used to create forward movement. In this study, a combination of VPM stimulation and water/food restriction has been employed to establish a complete navigation system.

2017年8月2日 · 在这里，我们展示了计算组件进行的运算促成了一种新型的混合脑机系统——“生化鼠”（ratbot），在视觉和触觉（胡须）感知受阻的情况下，在学习走迷宫的任务中也展现出超强的学习能力。

2002年5月2日 · Remote-controlled rats could soon be detecting earthquake survivors or leading bomb-disposal teams to buried land mines. Signals from a laptop up to 500 metres away make the rats run, climb, jump...

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2014年3月28日 · Mind-controlled ratbot: A brain-to-brain system Abstract: Brain-computer interfaces are attracting much attention in the field of pervasive computing. It makes possible to directly transfer a subjects decision to another.

Ratbots are large, rat-based robots. They have primarily black bodies, with a number of yellow circles around their necks and chest area. They also have sharp yellow teeth, feet with yellow middle-toes, glowing red eyes, and long yellow tails …

2014年12月11日 · Abstract: As a typical cyborg intelligent system, ratbots possess not only their own biological brain but machine visual sensation, memory, and computation. Electrodes implanted in the medial forebrain bundle (MFB) connect the rat's biological brain with the computer, which presents a hybrid bio-machine parallel memory system in the ratbot.

One of the brain areas used in ratbot navigation is the Ventral Posteromedial Nucleus (VPM), which creates non-volunteer head rotation. Rat training by water/food restriction can be used to create forward movement. In this study, a combination of VPM stimulation and water/food restriction has been employed to establish a complete navigation system.