Small Sharp Spikes (Mini Lesson #1 - Updated)

[@maryhackney3545]

I just want to express my gratitude to you. I was trained on the job by 2 wonderful mentors almost 20 years ago and I have never tested for registry. I'm finally going for registry on a hard path and your videos on KZbin are a wonderful addition to the book learning I have to do. I'm very good at what I do but my scope is limited to mostly abnormal adult patients at the bedside. I have no education on children, babies and neonates. Thank you again. With a big help from you, I am going to pass my registry exam.

[@maryhackney3545]

You are required to purchase the Book Practical Approach to Electroencephalography to do the ASET CEUS. I also bought Fundamentals of Electroencephalography Volume 2.

[@DishTVupdates]

Hello sir, Can you please help me with my EEG

[@drusauza8291]

Wow that was great! Thanks

[@bellamoppens7199]

@ 0:32- 0:38 You are saying: "This patient is probably drowsy as evidenced by the slow roving eye movements, seen in the temporal chains." However, I thought eye movements could be seen in the frontal chains (in this case: Fp1-F7 and F7-T7).

[@wr6980]

I think you're referral to frontal *channels*. Chain is a collection of channels, the temporal channel in the Anterior-Posterior montage runs laterally, as opposed to the parasagittal channels that run more medially. The temporal chains pick up the eye movements as the cornea, which is positively charged, is much closer to the F7/8 leads (on the temporal chains) than the F3/4 leads (on the parasagittal chains). He describes this very well in his other video on eye movements: kzbin.info/www/bejne/qWKqnKGiprB6j9E&ab_channel=JeremyMoeller

[@esthermisdraji798]

I questioned the same thing. Why would slow-roving eye-movement appear only on the left and not also on the right? Hm. I thought of sweat artifact, but I'm open to hearing otherwise.

[@henamamoni6407]

​@@esthermisdraji798yep good point! ..though it might also be possible provided the person has unilateral ophthalmoplegia. 😊

[@henamamoni6407]

@bellamoppens None of you are wrong. Actually frontal chain f7 is practically near above the temporal pole of brain.🙃

[@IbuttyI]

Do you see STEMI in EKG.?