#electronmicroscopy

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For the first time, scientists analysed the connectome for part of the brain in the common octopus involved in long-term memory. Here, they use #ElectronMicroscopy to trace the length of an axon micron by micron.

For the first time, scientists analysed the connectome for part of the brain in the common octopus involved in long-term memory. Here, they use #ElectronMicroscopy to trace the length of an axon micron by micron.

eLife - the journal

107,274 views • 2 years ago

How do different brain cell types connect with each other? We're mapping the brain to learn more. In this video from our #ElectronMicroscopy team, we see how complex brain cells can be. #BrainAwarenessWeek

How do different brain cell types connect with each other? We're mapping the brain to learn more. In this video from our #ElectronMicroscopy team, we see how complex brain cells can be. #BrainAwarenessWeek

allen institute

18,861 views • 3 months ago

MICrONs is a big dataset that allows you to see the little details of brain cells in a whole new way. Get up close to the synapses between two layer 2/3 pyramidal cells (in green and purple) in this mesmerizing video by our #ElectronMicroscopy team.

MICrONs is a big dataset that allows you to see the little details of brain cells in a whole new way. Get up close to the synapses between two layer 2/3 pyramidal cells (in green and purple) in this mesmerizing video by our #ElectronMicroscopy team.

allen institute

12,431 views • 4 months ago

Our scientists developed the MICrONS Explorer, a virtual observatory of the cortex, to support #neuroscience discovery 🧠🔭 This #opendata portal includes #electronmicroscopy-based reconstructions of circuitry from mouse visual cortex.

Our scientists developed the MICrONS Explorer, a virtual observatory of the cortex, to support #neuroscience discovery 🧠🔭 This #opendata portal includes #electronmicroscopy-based reconstructions of circuitry from mouse visual cortex.

allen institute

25,686 views • 1 year ago

Neurons come in many different morphologies or shapes. Check out just some of the diversity of just inhibitory neurons in this beautiful video by our #ElectronMicroscopy team.

Neurons come in many different morphologies or shapes. Check out just some of the diversity of just inhibitory neurons in this beautiful video by our #ElectronMicroscopy team.

allen institute

14,008 views • 8 months ago

Electron microscopy is @nature's Method of the Year! 🧠🔬🏆 Nature Methods shares why MICrONS and FlyWire are proof that #ElectronMicroscopy is helping us gain a deeper understanding of the brain and its incredible complexity: #studyBRAIN

Electron microscopy is @nature's Method of the Year! 🧠🔬🏆 Nature Methods shares why MICrONS and FlyWire are proof that #ElectronMicroscopy is helping us gain a deeper understanding of the brain and its incredible complexity: #studyBRAIN

allen institute

11,270 views • 6 months ago

Glia derives from the greek word for glue, but they are so much than that. In this video by our #ElectronMicroscopy team, shows a pyramidal neuron (PyC) surrounded by 8 glia brain cells – 5 microglia (MG) and 3 oligodendrocyte progenitor cells (OPC). 🔗

Glia derives from the greek word for glue, but they are so much than that. In this video by our #ElectronMicroscopy team, shows a pyramidal neuron (PyC) surrounded by 8 glia brain cells – 5 microglia (MG) and 3 oligodendrocyte progenitor cells (OPC). 🔗

allen institute

10,262 views • 7 months ago

Microglia feet are highly dynamic and can be in contact with dense networks of axons. In this video by our #ElectronMicroscopy team using MICrONS data, a microglia (purple) contacts with an excitatory pyramidal neuron (gold). Slowly the axons under the feet are revealed.

Microglia feet are highly dynamic and can be in contact with dense networks of axons. In this video by our #ElectronMicroscopy team using MICrONS data, a microglia (purple) contacts with an excitatory pyramidal neuron (gold). Slowly the axons under the feet are revealed.

allen institute

14,324 views • 1 year ago

In this mesmerizing video by Forrest Collman from our #ElectronMicroscopy team, a layer 5 thin tufted neuron is revealed with blue dendrites and purple axon. As it progresses, we zoom into where the neuron connects to a pyramidal cell. 🔗

In this mesmerizing video by Forrest Collman from our #ElectronMicroscopy team, a layer 5 thin tufted neuron is revealed with blue dendrites and purple axon. As it progresses, we zoom into where the neuron connects to a pyramidal cell. 🔗

allen institute

26,516 views • 3 years ago

Neurons come in many different morphologies or shapes. Admire the diversity of inhibitory neurons in the beautiful #ElectronMicroscopy video by Forrest Collman.

Neurons come in many different morphologies or shapes. Admire the diversity of inhibitory neurons in the beautiful #ElectronMicroscopy video by Forrest Collman.

allen institute

16,574 views • 2 years ago

In this mesmerizing video by Forrest Collman from our #ElectronMicroscopy team, get up close to the synapses between two layer 2/3 pyramidal cells (in green and purple). 🔗 Access MICrONS, our #openscience observatory of the mouse visual cortex:

In this mesmerizing video by Forrest Collman from our #ElectronMicroscopy team, get up close to the synapses between two layer 2/3 pyramidal cells (in green and purple). 🔗 Access MICrONS, our #openscience observatory of the mouse visual cortex:

Allen Institute

13,489 views • 2 years ago

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