In this channel I review basics of electroencephalography, EEG. From time-to-time I also discuss other aspects of neurology, neuroanatomy and neuroscience. This channel is not meant to give any medical advice or recommendations. These videos supplement and do not replace standard textbooks on these subjects. You will enjoy the simple and easy to understand content. All the best with your EEGucation!.
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Great lecture! I particularly appreciated your clinical applications too!
Thanks
the only video that cleared my concepts.
I want to know what's the difference between Sharpe wave and triphasic wave
"Juicy spikes".... I love it! Will be using that term in the future 😂😂😂
Is this why my neurologist's signature looks like scribbles
Thanks guruji
Man this is a refreshingly in depth video. Tired of special superficial videos glossing over topics on KZread
Useful even after 12Y
Sir, where is the exact answer of your quiz questions?
What about the corticobulbar tract it’s not affected?
exe
hlw sir i am eeg operater , helpe me
I really can use it
I could really use
OUTSTANDING
Excellent. Keep these osce's coming
Thank you very much! You are my teacher.
You are welcome!
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Amazing!
I've learnt so much from your eeg videos. I hope that there will be more and more meaningful videos in the future. Thanks a lot!!!!!
What actually is background Is it total activity of the brain or just the posterior rhythm
Shouldn't left SSEPS be CP4-Fpz, the vice versa for the left leg?
Nice. I like that you also show "unclear" transients and discuss them. This is clinical reality.
Thank you so much, we missed your eeg teachings, great video as always.
You are so welcome
Around 13:20 minutes of the recording, you mentioned sharp waves, with epileptogenic potential. But it could also be transient temporal sharps in sleep? What makes one say epileptiform?
Sharp morphology is one of a few features of an epileptiform discharge. "Epileptiform" implies potential to generate seizures. As I suppose you imply, presence of just a sharp wave does not immediately conclude epileptogenicity. The shape of the sharp wave, aftercoming slow waves, electric field and amplitude are some other features, but not a requirement to surmise that a sharp wave is epileptiform.
Thank you so much
👍
Thanks
thanks for sharing🌺🌺🌺🌺
Wow this video is perfect.God bless u
Thank you so much
Thank you for all your hard work its really helpful for us as technologist if you can make lecture basic eeg reading like first thingto look at awake or sleep pdr asymmetrical what the best montages to use etc Thank you
Is there an email address to contact you ? I am in Australia and I'm very concerned that my son has IS. The "specalist" we have seen here says its not but the videos are very obvious IS. He had a 2hr eeg when he was 3 months old but since then the spasms have gotten much worse and much more frequently.
It is very important to see a local specialist. You can always get a second opinion from a local pediatric neurologist who can examine your son. I wish you all the best.
Thank you
Excellent video!!!!
86 billion neurons per human. www.ncbi.nlm.nih.gov/pmc/articles/PMC2776484/
Hello good afternoon, We are contacting you from the production department of the TV show Código 10, broadcasted on the Spanish national TV Channel Cuatro, because we are interested in using this images.On screen would appear labeled the name of the account. Please let us know if we could use these images and thank you so much in advance for your help. Hope to hear back from you soon. Kind regards,
You can use the images for a non-commercial use as long as you acknowledge that these were taken from EEGucation.
What does the abnormality on left side of brain indicate?
Can u mention the software name
This is the best EEG channel on YT!! Thanks for sharing your expertise.
Thanks for watching!
Notes: Odd Number -> Left Side of Brain Even No -> Right Side of Brain Z -> Middle part of brain. Green Line is to mark one seconds. LFF -> 1Hz, HFF -> 70 hz Notch is for electrical artefact. ( 60 hz) Sensitivity -> gain of EEG recording. 7uV/mm ( Not sure about it) FP is Frontal Polar t is Temporal O is oxiporal These above 3 are where they are located. In EEG we are basically comparing the two sides. LP (1-4) compared with RP ( 4-8) LT(8-12) compared with RT (12-16) @ 9:13 they probably are also saying that montages can be observed even in the raw signals, no need to do minus. Trick in identifying abnormality is to compare LP with RP and LT with RT and seeing the change in them.
Juicy spikes 😅
please, can we have access the EEG programme if its available?
Studying to be an eeg tech and this was so helpful, thank you so much!!
Nice use of Comic Sans!😂🤣
This video is my saviour 😍😍 Wonderfull explanation sir
10:04
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Thanks Doctor!