1-Review basics of the tracheostomy tube 2- Review anatomy relevant to tracheostomy placement 3- Safety tips for your inpatients with trachs 4- Review emergency situations relevant to trachs
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Lets start with a case...
60s y/o male with a left basal ganglia ICH 🧠 who is now s/p bedside percutaneous tracheostomy placement 4 days ago. You are called into the room for a high pressure alarm 🚨
What is your first step?
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Evaluate the patient!
Lets review the head/neck anatomy relevant to tracheostomy tubes!
A percutaneous trach is typically placed between the 1st and 2nd tracheal rings. This image from @derangedphys shows the relevant portions of the trachea
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From an internal aspect, the tracheostomy lies below the level of the vocal cords as shown.
Another important anatomical relation to note is the locational of the innominate artery on this image.
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Now that you know where the tracheostomy is, what are the components of the tube itself?
At placement when sizing a trach the proceduralist may consider placing a standard or XLT trach.
Proximal XLT is useful for patients w/thick necks
Distal XLT is useful for patients w/tracheal stenosis
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Now that you have a handle on the head/neck anatomy and the components of a tracheostomy tube, what are the other "must haves" in your patient's room?
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Patients with a trach in an ICU setting should have the following:
1- Sign on door describing trach 2- Extra trach in the room 3- Obturator/syringe in the room 4- BVM 5- End-Tidal Co2 Monitor 6- Knowledge of where your emergency equipment is! (Airway box, fiberoptic etc)
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Back to our case... you have your room prepared, you know your airway anatomy, and the components of the tracheostomy.
So what is causing the ventilator to alarm?
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Approaching any trach emergency, prepare backup airway and ventilate the patient as you troubleshoot
3 easy steps (your room has all these materials at bedside!):
1- Deflate the cuff on the trach 2- Bag-Valve Mask ventilate patient via mouth 3- Monitor your EtCO2
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Frame Tracheostomy Emergencies in your head based on timing and into 3 main categories:
Goals for this #Tweetorial
1-Review the basics of what an LVAD is and does
2-Discuss indications for an LVAD
3-Review some common complications of the device itself
4-Review systemic complications of an LVAD
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Lets start with some basics of the LVAD. Historically the two most commonly encountered are the Heartmate 3 and the Heartware.
"Gesundheit" was my first thought when @StewartGNeill said "Foix-Alajouanine" but some reading turned up some interesting facts about this eponym..
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Charles Foix was a French internist and neurologist. A student of Pierre Marie (who was an assistant to Jean-Martin Charcot) at Salpêtrière, Foix later taught alongside Georges Guillain.
Some basic background info: Myasthenia Gravis is an autoimmune disorder causing faulty neuromuscular junction transmission. Typically due to one of the following antibodies:
-AchR
-MuSK
-LRP4
-Can be seronegative
20% have crisis within 1st yr of diagnosis! 2/
Clinically Myasthenia manifests itself with ptosis, fatigable weakness, eye movement abnormalities, and in the case of crisis- respiratory compromise.
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