Brain Tracts Formation Using the New EEG

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In last few years, the researchers from the University of Helsinki have made many breakthroughs in finding how the brain of preterm infants works. They are finding progressing treatments to protect the brain and developing research procedures appropriate for the hospital use. Every year, the brain of thousands of Finnish Children and their prospect lives, are at threat due to their premature birth. The most sensitive organ of a human body is the brain and just keeping the infant alive is not sufficient to save the brain. The update scientific achievements present prominent improvements in the brain health and life of the infant.

While developing brain treatment, a main challenge is to discover ways to study and analyze the well being of the brain in the environment of the neonatal ICU. The R and D work conducted in the basic neurobiology laboratory had presented an absolute novel level of approach into the electrical activity of the new born infants. By now they have realized that many earlier unexplained brain events witnessed in an EEG are must for the progress and maturation of the brain in preterm babies. The results have presented an opportunity in developing the monitoring devices to observe the well-being of the babies during the ICU treatment.

The researchers have allured considerable international attention for their new EEG procedures which provide particular accurate measurement of EEG in preterm babies. The associated full brand EEG and dense array EEG caps that they have developed have revealed complex forms of new born brain activity that was overlooked so far by them. They have also created a method to analyze the sensory functions of the preterm infants when the tracts are yet in the procedure of forming in the brain. The multi-modal EEG analysis of the infants might help in recognizing the babies in need of urgent care as preterm infants.


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