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Barfolumu
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Do humans have different EEG readings than animals?
Barfolumu said:I suppose a human vs. mammals.
Moonbear said::uhh: Humans are mammals too.
jim mcnamara said:I can't do a full search right now, so I'll rely on folks I knew from the med school.
They used EEG's on dogs to gauge the effects of drugs that control epilepsy before the drugs were allowed on human test subjects. This was because if a dog were epilpetic the EEG was distinctive just like it is for humans. And if the meds were helpful it was obvious from the EEG.
The extent to which alpha waves or whatever are present in dogs and are similar to humans I do not know.
EEG readings measure the electrical activity in the brain, and while the basic principles are the same for both humans and animals, there are some key differences. For example, the brain structures and functions vary between species, and this can affect the patterns and frequencies of the electrical signals recorded.
Yes, EEG readings can provide valuable insight into the brain activity underlying various behaviors in animals. They can be used to study sleep patterns, responses to stimuli, and the effects of different drugs or treatments on the brain.
While EEG readings can be a useful tool in animal research, there are some limitations to consider. For example, the size and placement of electrodes may be more difficult in certain animals, and interpreting the data may be more complex due to species differences in brain activity.
Animal research is heavily regulated and ethical guidelines must be followed to ensure the well-being and humane treatment of animals. This includes obtaining approval from an institutional animal care and use committee, following strict protocols for handling and monitoring animals, and minimizing any potential pain or distress.
Comparing EEG readings between humans and animals can provide insights into the evolution and function of different brain regions and networks. It can also help to identify similarities and differences in brain activity that may inform the development of treatments for neurological disorders in humans.