The Verge article A brain that can control every neuron is under assault by the “neurodegenerative” disease neurodegeneration, according to a paper published this week.
The paper, which appeared in Science Translational Medicine, describes a new type of neuromusscular junction (NMJ) that is made of a protein that allows it to form from a single molecule.
It’s the first time we’ve seen such a molecular structure, and it opens the door to new possibilities for treating the disease.
The NMJ’s function is to create synapses—connections between neurons—that are essential for the function of many brain circuits.
The process of making these connections is known as neurite outgrowth.
The researchers were able to show that NMJs can grow from single-molecule structures that were previously thought to be impossible.
NMJs are not the only neuromaterials that grow from a simpler structure.
Researchers have previously found that a type of protein called kynurenine-1 can also form from single molecules and has been found to be a useful scaffold for NMJs.
This protein is not found in the brain, but is found in all cells in the body.
And the researchers used this protein to make a compound called kyp2-9, which was a precursor to kynurenic acid, a new NMJ that was shown to grow from the same single- molecule structure.
The compound showed the ability to form new synapses, making it possible to repair damaged NMJs and rewire their circuits.
In the study, the researchers found that they could produce NMJs from the kynurate-1 protein and that they can then use this compound to create NMJs of their own.
The kynurtic-1 proteins can also be used to grow the synapses of neurons in the human brain.
But these proteins are not used to form synapses.
Instead, the NMJ itself grows from a larger structure that is known to be the “synaptic interface,” a structure that connects the brain’s cells.
And these two structures are both very large.
When researchers put a single NMJ molecule inside of a brain cell, it creates a dense, thin, and flexible membrane.
The membrane has many different properties, such as how it connects to surrounding cells and how it acts as a shock absorber, which keeps blood flow and oxygen from entering the brain.
The synapse-forming membrane also has an ability to attract and keep nearby cells together, allowing them to connect together to form a larger and stronger synapse.
This process of connecting two different types of membranes in the same brain cell can have many different applications.
This allows researchers to create new kinds of neurons that are very sensitive to certain chemicals and to drugs that target these chemicals.
These chemicals can be used therapeutically to treat neurological disorders such as schizophrenia and Parkinson’s disease.
In addition, it allows researchers in the future to grow neurons using these molecules to create neurons that have higher intelligence.
But the researchers are also looking into other applications of NMJs, and they’ve developed a drug that they hope will target this process.
The research was funded by the National Institutes of Health and the National Science Foundation.
The full study can be found here. Posted by Nerd at 3:24 PM