International audienceSimple to complex behaviors are directed by the brain, which possess nervous cells, called neurons. Mammals have billions of neurons, organized in networks, making their study difficult. Although methods have well evolved since the last century, studying a simpler model is the key to resolving neuronal communication. In this review, we demonstrate that insects are an excellent model and tool to understand neural mechanisms. Moreover, new technology, such as Microelectrodes Arrays (MEAs), is an innovative method which opens the possibility to study neuron clusters, rather than individual cells. A combined method of an insect model and MEAs technology may lead to great discoveries in neurophysiology, advancing progress i...
International audienceThe steady improvement in the performance of computing systems seen for many d...
Human and insect brains have more in common than you might think. Studying how the insect central ne...
It is widely accepted that the electrical activity of motoneurons that drive locomotion in the stick...
Simple to complex behaviors are directed by the brain, which possess nervous cells, called neurons. ...
Information processing systems in animals have evolved to be extraordinarily efficient. The present ...
Copyright © 2015 Paolo Massobrio et al. This is an open access article distributed under the Creativ...
We present details of a novel bioelectric interface formed by placing microfabricated probes into in...
AbstractRecent advances in microsystems technology led to a miniaturization of cuff-electrodes, whic...
A terrestrial robotic electrophysiology platform has been developed that can hold a moth (Manduca se...
To discover general principles of biological sensorimotor control, insects have become remarkably su...
Understanding the neural mechanisms for sensing environmental information and controlling behavior i...
Copyright © 2012 Hidetoshi Ikeno et al. This is an open access article distributed under the Creativ...
The insect-machine interface (IMI) is a novel approach developed for man-made air vehicles, which di...
Over the past century, robust methods were developed that enable the isolation, culture, and dynamic...
To discover general principles of biological sensorimotor control, insects have become remarkably su...
International audienceThe steady improvement in the performance of computing systems seen for many d...
Human and insect brains have more in common than you might think. Studying how the insect central ne...
It is widely accepted that the electrical activity of motoneurons that drive locomotion in the stick...
Simple to complex behaviors are directed by the brain, which possess nervous cells, called neurons. ...
Information processing systems in animals have evolved to be extraordinarily efficient. The present ...
Copyright © 2015 Paolo Massobrio et al. This is an open access article distributed under the Creativ...
We present details of a novel bioelectric interface formed by placing microfabricated probes into in...
AbstractRecent advances in microsystems technology led to a miniaturization of cuff-electrodes, whic...
A terrestrial robotic electrophysiology platform has been developed that can hold a moth (Manduca se...
To discover general principles of biological sensorimotor control, insects have become remarkably su...
Understanding the neural mechanisms for sensing environmental information and controlling behavior i...
Copyright © 2012 Hidetoshi Ikeno et al. This is an open access article distributed under the Creativ...
The insect-machine interface (IMI) is a novel approach developed for man-made air vehicles, which di...
Over the past century, robust methods were developed that enable the isolation, culture, and dynamic...
To discover general principles of biological sensorimotor control, insects have become remarkably su...
International audienceThe steady improvement in the performance of computing systems seen for many d...
Human and insect brains have more in common than you might think. Studying how the insect central ne...
It is widely accepted that the electrical activity of motoneurons that drive locomotion in the stick...