Convolutional neural network model significantly outperforms previous methods and is as accurate as humans in segmenting active and overlapping neurons.
Columbia team harnesses powerful technology to uncover never-before-seen details of the nervous system, demonstrating SCAPE's broad potential to decipher the brain.
Researchers have developed a new technique that helps identify the functional properties of individual synapses that link the two hemispheres of the brain.
Using cryo electron microscopy, researchers have successfully images serotonin attaching to the receptor and twisting open the channel, allowing sodium molecules to travel through.
Using a new advanced imaging technology, researchers capture new patterns of molecular organization as connections between neurons strengthen during learning tasks.
Researchers have created a revolutionary new tool to help shed light on living cells. By combining two existing imaging technologies, researchers were able to image living cells in 3D.
Researchers have developed a new microscope which is optimized to perform studies using optogenetic techniques.
Using Raman imaging technology, University of Twente researchers have been able to obtain clear images of brain tissue affected by Alzheimer's disease.
Microscopy technology allows researchers to discover new connections in brain areas associated with memory and learning in fruit flies.
Researchers have been able to map neural activity in live mice with the aid of a tiny microscope mounted on the animals' heads. The findings provide insight into the neurobiology of social behavior.
Researchers have constructed a detailed brain map of the mushroom body in the fruit fly brain. The mushroom body is implicated in creating and storing memories for sensory information.
A new study microscopy technique could allow researchers to map neural networks in detail.
