Discover and read the best of Twitter Threads about #twEEGtorial

Most recents (3)

1/🧵
Ever look at an #EEG & wonder what the 🧠 squiggles mean?

This #twEEGtorial is for you

#MedTwitter #NeuroTwitter #EEGTwitter #Tweetorial
2/
Let’s start with some background:

💡 #EEG = electroencephalogram
💡 What an EEG does: records electrical activity in the 🧠
3/
You might then 🤔: how does the 🧠 create ⚡️?

A bit of neuroscience: 🧠 cells called neurons generate ⚡️ through the flow of charged ions (sodium & potassium) across their membranes

An EEG on the scalp can't detect the ⚡️ of a single neuron, but can when neurons are in sync
Read 16 tweets
9/1/20

Starting today, I will be incorporating child neurology cases through a collaborative effort with @TheNotoriousEEG and @cookchildrens. 👏

Emory/Cook EEG Case of the Day #20 (Peds Case #1):
Hx: 4yo F with sensorineural hearing loss presents with epilepsia partialis continua in the setting of a viral respiratory infection. Her labs showed mildly elevated LFTs.

Questions:
1) What pattern is present?
2) What is the suspected diagnosis? Which AED should be avoided?
NO SPOILERS/ ANSWERS IN THE COMMENTS. Repeat offenders will be blocked!

Submit your answer: Bit.ly/EmoryEEGCase

The answer will be posted in the comments tomorrow am. @EmoryNeurology 5 points for each house that submits the correct answer! 🧠🏆 #TwEEGtorial
Read 5 tweets
As we read #EEG studies, we look for specific brainwave patterns and rarely stop to think about the molecular/cellular events that are taking place to yield each component of the recording. This thread is a reminder of that! #MedEd #twEEGtorial #tweetorial #Neurology
1/
My favorite example is the focal epileptiform discharge. We’re very good at detecting focal spike/sharp waves on routine surface EEG studies. So good that we can train machines to teach themselves to recognize them fairly accurately! E.g. jamanetwork.com/journals/jaman…
2/
But what is a spike/sharp wave saying about underlying brain events? Let me take you from scalp to cell, step by step. Here’s a surface recording in longitudinal bipolar with LFF = 1 Hz, HFF = 70 Hz, S = 7 uV/mm, t = 30 mm/sec.
3/
Read 19 tweets

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