Examples of 'optogenetics' in a sentence
Meaning of "optogenetics"
optogenetics (noun): A field of biotechnology that involves using light to control cells in living tissues, typically neurons. It is used in neuroscience to study brain activity and behavior by genetically modifying cells to respond to light
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- A science that combines optics and genetics, aiming at controlling cellular processes with light. The cells are made responsive to light using genetics and then activated using specific wavelengths.
How to use "optogenetics" in a sentence
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optogenetics
I have this huge optogenetics project due.
Optogenetics is the combination of genetics and optics.
Something that could combine with optogenetics.
The story of optogenetics makes a strong argument.
The first such approach was to use optogenetics.
The scientists used optogenetics to test their hypothesis.
The team was obviously deeply inspired by optogenetics.
We could use the optogenetics harnesses from the university.
And the technique that lets us do that is optogenetics.
Optogenetics gave us this light switch that we can use.
This field has now come to be known as optogenetics.
Optogenetics is a technique in which neurons are genetically modified to respond to light.
The method is now known as optogenetics.
I had an optogenetics presentation.
Neuroscientists see enormous potential in optogenetics.
See also
So they used a technique called optogenetics to manipulate the activity of neurons.
And there is a really exciting new technique called optogenetics.
Optogenetics is being used to advance our understanding of brain function and visual perception.
Would utilize advanced optogenetics.
Optogenetics is a recently developed method that has been widely used in various research areas.
This is a technique known as optogenetics.
Optogenetics is a technique in which scientists genetically modify neurons so that they respond to light.
These restrictions limit what can be learned through optogenetics.
The reason optogenetics has transformed neuroscience is that it allows scientists to go beyond observation.
Scientist were able to stimulate the regeneration of injured neurons using optogenetics.
There are two different ways in which optogenetics is typically performed.
This was achieved through a relatively new scientific field called optogenetics.
Optogenetics is the combination of deep brain stimulation with fiber optics and gene therapy.
New advancements in optogenetics.
Recent advancements in optogenetics and fluorescent markers have pushed the boundaries of brain diagnostics.
This research demonstrates the use of a relatively new technique called optogenetics.
These were engineered using a technique called optogenetics which allows otherwise normal cells respond to light.
Using light to silence electrical activity in target cells is a major goal of optogenetics.
Optical neural interfaces involve optical recordings and optogenetics stimulation that makes brain cells light sensitive.
Certain aspects of the present disclosure are directed to the use of optogenetics in vivo.
What challenges does optogenetics allow us to overcome?
These proteins and others like them are increasingly widely used in the field of optogenetics.
Optogenetics may be that solution, he said.
A new device will let scientists create complex patterns of activity within the brain using optogenetics.
Optogenetics was finally working as he 'd hoped.
RetroSense continues to develop novel intellectual property in the area of optogenetics.
You are going with the optogenetics story?
Moreover, the optogenetics approach allows both reading and writing of information.
MIT researchers have devised a way to control single neurons using optogenetics.
The key reagents used in optogenetics are light-sensitive proteins.
The New Yorker had a big profile on optogenetics.
That 's been experimenting with optogenetics as a potential treatment for all kinds of things.
The Deisseroth Lab is not the only team pursuing optogenetics.
Optogenetics involves expressing a light-sensitive protein in specifically targeted brain cells.
Recently, halorhodopsin has become a tool in optogenetics.
