Introduction
Technology has made everyone’s life more convenient – it’s also restructuring the human brain, altering our actions, thoughts, and actions. Modern technology has become a vital part of our lives, and most things are designed and created around it. As a result, people globally have developed behaviours that were never a tradition in human history.
Biosignal analysis is among the key topics that scientists have tried to develop across the past 100 years to restructure the human brain and understand different associated diseases. An electroencephalogram (EGG) is one of the most popular technologies that provide biosignal electrical representation that reflect alterations in human brain activity.
In this article, you’ll learn more about an egg cap and how technology is assisting with brain research. You’ll also learn some of the use cases where electroencephalograms can be utilised. Keep reading to discover more!
What is an EEG?
Electroencephalogram (EEG) is the brain’s electric fields’ non-invasive measurement. It involves electrodes placed on the human scalp to record potentials originating from the current flow around and in neurons. Electroencephalogram is approximately 100 years old – this long history has provided it with a diverse and rich spectrum of use cases.
While many other techniques are used for brain data acquisition, including positron emission tomography and magnetic resonance imaging, an EEG has stood the test of time to remain the most popular way of assessing the activity of the human brain. It has remained a popular technique thanks to its high temporal resolution, low cost, and simplicity.
Evolution of an EEG and How it’s a Big Part in Understanding the Human Brain
Scientists have been focusing on human brain signals since the start of the last century. Since then, they have developed multiple attempts and ways to interpret and understand those signals. The general EEG signals’ emergency and development occurred in 1875 by Richard Caton, who discovered the availability of electrical current in the brains of monkeys and rabbits.
In 1912, Vladimir Vladimirovich Pravdich-Naminsky, a Russian physiologist, published the first brain signals detection and evoked potentials in mammals. Hans Berger, a German neurologist, recorded the first brain signal of a human in 1924. The scientist used a simple radio device to amplify the human brain signal and recorded it on graph paper.
Hans Berger named the device “EEG”. Since then, many scientists have improved the device and made additional discoveries, allowing it to be a huge part of understanding the human brain. Currently, an EEG is used to find alterations in the human brain activity that are key in diagnosing brain disorders.
Use Cases Where Electroencephalogram Can Be Utilised
EEG is popularly used in the healthcare industry. It helps health experts to diagnose different brain disorders, including epilepsy, sleep disorders, and Attention Deficit Hyperactivity Disorder.
It also helps in the detection of brain tumours, brain damage from head injuries, stroke inflammation of the brain, and Creutzfeldt-Jakob disease. Other industries also use EEG research, including neuromarketing, research applications, brain-computer interfaces, and social interaction.
How Can BrainAccess Help With EEG Solutions?
BrainAccess offers electroencephalogram solutions for a range of applications, including brain-computer interface and human-machine. EEG products from BrainAccess come with dry-contact electrodes, a compact form factor and a wireless connection, making them easy to carry around.
On top of that, all BrainAccess solutions come with software development kits that support different programming languages allowing for easy integration into the users’ applications.
Equipped with a Bachelor of Information Technology (BIT) degree, Lucas Noah stands out in the digital content creation landscape. His current roles at Creative Outrank LLC and Oceana Express LLC showcase his ability to turn complex technology topics into engaging, easy-to-understand content for their websites.
Lucas specializes in writing technology guides. His work is distinguished by its clarity and relevance, making daunting tech subjects accessible and interesting to a broad audience. His guides are not just informative but are a testament to his skill in bridging the gap between technical expertise and everyday usability.
In addition to his tech-focused articles, Lucas has a keen eye for capturing the essence of his surroundings. His writing transcends technology, as he effortlessly brings to life various observations and experiences in his articles. This versatility not only demonstrates his wide-ranging interests but also his ability to connect with readers on multiple levels.
Lucas Noah’s writing is a fusion of technical acumen and a deep appreciation for the world around him, offering readers a unique and insightful perspective on both technology and life.
