What Is Neurotechnology?

Neurotechnology refers to any technology that allows people to understand the brain, various consciousnesses and how the brain functions. It also includes technologies designed to improve and repair brain function and research and clinicians watching the brain. Existing neural technologies include: brain imaging, transcranial magnetic stimulation, embedding technology, cell therapy, and medicine.

Neurotechnology

Right!

Chinese name: Neurotechnology
Foreign name: Neurotechnology

Explanation: Refers to anyone who understands the brain
Existing neurotechnology: Brain imaging, transcranial magnetic stimulation

Neurotechnology is anything that can be understood

Neurotechnology has been around for half a century. However, it has only matured in the past two decades.

Magnetic resonance imaging (MRI) is used to scan topological images of the brain and can also reveal images of brain activity. MRI is the cornerstone of research spirit. It can be used to study the level of oxygen during brain activity (the more oxygen there is, the more nerve activity), and researchers can understand where the brain responds to a certain stimulus.

Computer tomography (CT) is another technique used to scan the brain. It was used in the 1970s to understand brain structure and activity, and injuries.

Positron tomography (PET) is another technique that helps researchers. PET scanning relies on positron emission marks. PET is more commonly used by researchers; its scans are activated by metabolism; MRI activation is physiologically based.

Transcranial magnetic stimulation

Transcranial magnetic stimulation (TMS) uses magnetism to directly stimulate the brain. Exciting the brain with magnetic pulses can get signals at predetermined locations.

Neurotechnology Cranial Surface Measurement

Electroencephalography (EEG) is a non-invasive method for measuring brain waves. A typical EEG is used to deal with sleep problems and can measure different stages of sleep. Clinical EEG is used to study the damaged surface, stroke, and mass in the brain. It's another way to understand electrical signals during brain activity

When an electromagnetoencephalography (MEG) occurs in the brain, measuring its magnetic field is another way to measure brain activity. This method is better than EEG in that its fields are highly localized and understand how this area responds to stimuli.

Neurotechnology embedding

Neurological instruments are instruments used to monitor or regulate brain activity. Few effective instruments are currently available for clinical management of Parkinson's disease. The most common neurological device is the Deep Brain Stimulator (DBS). Use it to stimulate areas of inactivity and injury. Parkinson's disease is caused by inactivity of the basic center. Recently, DBS has become a better instrument for managing Parkinson's disease.

Neuromodulation using a combination of neuro-instrumentation and neurochemistry is a relatively new field. It is based on the brain's ability to adjust with a range of factors (metabolism, electrical stimulation, psychology). All of these can be adjusted by instrumentation of the neural network. This is still in the research phase and represents a new area of neurotechnology.

Neurotechnology Cell Therapy

Researchers began to use stem cells to move to the brain; now there are several places to use it; a lot of work is being done to determine whether it can be used on a large scale. Experiments with stem cells in children's brains have been successful. Stem cells induce new cells in the brain and connect with more nerves.

Neurotechnology drugs

Drugs play an important role in maintaining stable brain chemistry; they are the most commonly used neurotechnology. Drugs like sertraline, benzidine, methyl acetate, and zolpidem play a chemical role in the brain. It can make many people's brain not work properly under physiological conditions and get normal. Drugs are the most popular range in society today.

Magnetic resonance imaging is the most important method for neurological research. It can provide good brain images and brain stimulation, brain injury scope or deformation, which will affect personal memory, feeling and high-level thinking. MRI allows the brain to respond to his environment and how the brain works in various situations. CT scans are very similar to MRI in scientific applications, but they are limited in perceptual feedback. CT is used more clinically (hospital) than in research. PET scans are used more in scientific research. Because it can observe the metabolism of the nerves. Give the brain a wide range of nerve activity under certain conditions. The combination of these methods can provide researchers with local physiological and metabolic behaviors in the brain, and can analyze whether the brain is stimulated or inactivated under specific conditions.

Embedded magnetic excitation is a newer method for studying brain function. It has been used in many laboratories to study disorder and hallucinations.