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Umgekehrtes optogenetisches Werkzeug entwickelt Hineinzoomen ).addClass( image-details ); var $imageCaption = $( ).addClass( image-caption ).text(caption); $imageDetails.append($imageCaption); element = $( ).append( × ).append($imageHolder).append($imageDetails)[0]; img.draggable = false; if (title) { element.title = title; } if (altText) { element.alt = altText; } $(img).on( load error , callbackWrapper); img.src = url; return element; }
Ein neues optogenetisches Werkzeug, also ein Protein, das sich im lebenden Organismus mit Licht steuern lässt, haben Forschende der Ruhr-Universität Bochum (RUB) entwickelt. Sie nutzten ein Opsin – ein Protein, welches i ....
Reverse optogenetic tool developed eurekalert.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from eurekalert.org Daily Mail and Mail on Sunday newspapers.
Researchers develop computer model to predict the impact of individual receptors on brain activity Researchers regard the overall distribution of receptors in the brain – the receptome – as a new approach for computer models that reproduce the function of the brain, and for diagnostics and therapy of mental disorders. In the brain, more than a hundred molecular substances act as transmitters that control communication pathways between nerve cells via thousands of different receptor types. In a review article, an international research team discusses how the activation of certain nerve cell receptors affects neuronal networks in the brain. The authors from Ruhr-Universität Bochum (RUB), Pompeu Fabra University in Barcelona and Oxford University present concepts to quantify receptor-specific modulations of brain states. They have also developed a computer model that can predict the impact of individual receptor types on brain activity. ....
E-Mail IMAGE: The teams of Dirk Jancke (on the left) and Stefan Herlitze (on the right) worked together on many of the research projects underlying the review article. view more Credit: RUB, Marquard In the brain, more than a hundred molecular substances act as transmitters that control communication pathways between nerve cells via thousands of different receptor types. In a review article, an international research team discusses how the activation of certain nerve cell receptors affects neuronal networks in the brain. The authors from Ruhr-Universität Bochum (RUB), Pompeu Fabra University in Barcelona and Oxford University present concepts to quantify receptor-specific modulations of brain states. They have also developed a computer model that can predict the impact of individual receptor types on brain activity. ....
The teams of Dirk Jancke (on the left) and Stefan Herlitze (on the right) worked together on many of the research projects underlying the review article. Credit: RUB, Marquard In the brain, more than a hundred molecular substances act as transmitters that control communication pathways between nerve cells via thousands of different receptor types. In a review article, an international research team discusses how the activation of certain nerve cell receptors affects neuronal networks in the brain. The authors from Ruhr-Universität Bochum (RUB), Pompeu Fabra University in Barcelona and Oxford University present concepts to quantify receptor-specific modulations of brain states. They have also developed a computer model that can predict the impact of individual receptor types on brain activity. ....