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#Sciencekind Reel by @kevin__vigil - Neurons forming connections This time-lapse shows neurons growing in a culture dish as they extend long projections called neurites. These structures
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@kevin__vigil
Neurons forming connections This time-lapse shows neurons growing in a culture dish as they extend long projections called neurites. These structures eventually develop into axons and dendrites, which allow neurons to communicate. As the cells grow, they reach toward neighboring neurons and begin forming synaptic connections, the fundamental communication points of the nervous system. In the brain, billions of these connections form the circuits that allow us to think, learn, and store memories. Even in isolation, neurons retain their intrinsic drive to build networks.
#Sciencekind Reel by @sciencekind (verified account) - This is the wiring of the human brain. Using a technique called Diffusion Tensor Imaging (DTI), scientists can map how water molecules move along ner
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@sciencekind
This is the wiring of the human brain. Using a technique called Diffusion Tensor Imaging (DTI), scientists can map how water molecules move along nerve fibers. Because water tends to diffuse along axons rather than across them, MRI scanners can reconstruct the brain’s communication pathways in three dimensions. The result is tractography, a visual map of the white-matter networks carrying billions of electrical signals between different regions of the brain. It’s not just a picture of the brain. It’s a map of how it connects. #ScienceKind #Neuroscience #Brain #MRI #Connectome
#Sciencekind Reel by @neuromics_ca3bioscience - 🧠 Birth of a Neuron. This is how a neuron looks maturing. ✅ Glutamatergic neurons are the primary excitatory neurons in the human central nervous sy
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@neuromics_ca3bioscience
🧠 Birth of a Neuron. This is how a neuron looks maturing. ✅ Glutamatergic neurons are the primary excitatory neurons in the human central nervous system (CNS), using glutamate to stimulate target neurons and accounting for 60–70% of brain synapses. These neurons are essential for learning, memory, and cognitive function, but their dysfunction is linked to neurological conditions. Thank you @nanolive_sa! #neuroscience, #neurons ✅ Meet Neuromics AssayIQ-https://tinyurl.com/AssayIQ-AI-Assistant.
#Sciencekind Reel by @_education_unfiltered_ - Lighting up the neural network! 🧠✨ This is exactly what happens every time you have a new idea, feel a spark of inspiration, or learn something new.
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@_education_unfiltered_
Lighting up the neural network! 🧠✨ This is exactly what happens every time you have a new idea, feel a spark of inspiration, or learn something new. The beauty of the brain in motion. Reposted from @simplypsychologyofficial #Neuroscience #BrainPower #BiologyAnimation #MentalClarity #ScienceArt
#Sciencekind Reel by @alexneurohealth - This is not abstract art. This is your nervous system developing. "A hidden world of color inside the nervous system." #microscopy #fluorescence #neur
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@alexneurohealth
This is not abstract art. This is your nervous system developing. "A hidden world of color inside the nervous system." #microscopy #fluorescence #neuroscience #science #hiddenworld #Sciart #brain What you are looking at are developing neurons, growing, exploring, and connecting; each color revealing a different cell. Under the microscope, biology stops being abstract…and becomes something almost unreal.
#Sciencekind Reel by @adventure_094 - #Scientists have #mapped just 1MM³ of human #brain #tissue, an amount smaller than a grain of rice. Yet within that tiny fragment, they uncovered an a
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@adventure_094
#Scientists have #mapped just 1MM³ of human #brain #tissue, an amount smaller than a grain of rice. Yet within that tiny fragment, they uncovered an astonishingly complex network that resembles a microscopic universe. Using ultra high resolution electron microscopy and advanced digital reconstruction tools, researchers captured millions of images of neural tissue. Powerful computing systems stitched these images together to form a detailed 3D model. Inside that small volume, scientists identified tens of thousands of neurons and hundreds of millions of synaptic connections linking them together. This breakthrough highlights how science and technology are transforming our understanding of the brain. Mapping neural circuits at such fine resolution allows researchers to study how information flows between cells. It may help uncover insights into memory formation, neurological disorders, and cognitive function. The discovery demonstrates how even the smallest portion of the brain contains staggering complexity. As imaging technology and data processing continue to advance, scientists move closer to decoding the full architecture of human thought. The future of neuroscience may depend on exploring these hidden #microscopic worlds.
#Sciencekind Reel by @dr.marissalithopoulos - 🧠Imaging brain cells today !! The brain stem cells that I had in the dish turned into... Neurons- brain cells that allow us to think and feel (like
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@dr.marissalithopoulos
🧠Imaging brain cells today !! The brain stem cells that I had in the dish turned into... Neurons- brain cells that allow us to think and feel (like a good guitar solo🤘). White matter progenitors- cells that can continue on to make the white matter in the brain (white matter makes neurons send their signals faster! 🔥) #scientist #neuroscience
#Sciencekind Reel by @howeverythingsmade - Neurons communicate by forming precise physical and chemical connections. One neuron extends a long projection called an axon toward another neuron's
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@howeverythingsmade
Neurons communicate by forming precise physical and chemical connections. One neuron extends a long projection called an axon toward another neuron’s dendrites or cell body. At the meeting point — the synapse — electrical signals are converted into chemical messengers known as neurotransmitters. These molecules cross a microscopic gap and bind to receptors on the next neuron, determining whether it will fire its own electrical impulse or remain silent. This process happens trillions of times across your brain every second. Even more remarkable, these connections aren’t fixed. Through repetition, experience, and learning, synapses can strengthen, weaken, or reorganize — a phenomenon known as neuroplasticity. Every skill you develop, every memory you store, and every habit you form is built through this adaptive network. 🎥 nanolive #neuroplasticity #neurophysiology #neurobiology #neuroscience #biology
#Sciencekind Reel by @632nmpodcast - How neuron anatomy enables advanced computation: Stanford neuroscientist and Nobel laureate Tom Südhof explains how the structure of a neuron enables
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@632nmpodcast
How neuron anatomy enables advanced computation: Stanford neuroscientist and Nobel laureate Tom Südhof explains how the structure of a neuron enables more complicated responses than simple bit-like computations that would take place with ordinary transistors on computer chips. This biological fact could partly explain why computer scientists have had such a hard time replicating the brain in silico. #neuroscience #neurobiology #computerscience #neuron

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