Tracheotomy and Tracheostomy Flashcards

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1
Q

Definition of Tracheotomy

A

Opening of the airway/trachea at any level

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2
Q

Indication for Tracheotomy

A

•Primarily an Emergency/acute Procedure, but it is semi-permanent in case it needs to become a more permanent airway-TracheOStomy…

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3
Q

How long is a Tracheostomy intended to remain?

A

Tracheotomies are intended to be CLOSED, 5-7 days, or made to be a more permanent airway tracheOStomy

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4
Q

Acute Tracheostomy

A

◦Choking (obstruction in airway, remember the fish story she told us)
◦Face has been crushed

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5
Q

Ventilator (tell me everything you know)

A

-mechanical pump
•May be attached to the tracheotomy tube and fed right into airway
•May be inserted orally (the tracheotomy tube is still in place)
◦If tube is in mouth, it’s placed deep enough to go between the TRUE VOCAL FOLDS. This is one of the biggest problems with venting through the mouth.. it disturbs the TVFs and can cause granulomas.
◾This situation cannot be maintained long term
◾However, a vent through the mouth makes it so you can manage both the airway and the lungs.
◦You can manipulate the air pressure, if it’s difficult to fill the patient’s lungs so you can get some good oxygenation.
◦The decision to create a TracheOStomy largely depends on how long they suspect the patient will need to be on a ventilator, or how long it will take for the airway issue to resolve.

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6
Q

What is the biggest indicator for a Tracheostomy?

A

Length of time on ventilator
◾5-7 days is longest time they will allow oral vent
◾Longer than that=granulomas
◾Edema/swelling will result from having the ventilator between the TVFs (the glottis=space between tvfs)
•Subglottal and supraglottal swelling.

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7
Q

Pump Failure

A

• The breathing mechanism, all of our respiratory musculature may be non-functioning. (Parkinson’s, MS, ALS, or other neurological diseases progress to eventually cause Pump Failure)
-Flail Chest (type of pump failure) Boney Structure of Resp. structure may be broken. Not just a couple of broken ribs, think “crushed” rib cage. Much more common before proper seat belts, airbags, and collapsible steering column.
◾If boney chest is not complete, contraction of resp. muscles means rib cage contracts, rather than lung tissue expanding, NO INHALATION.
◾With all these broken bones it’s going to be a while before they can withstand the forces of respiration, and a tracheOStomy, is put in place to avoid long term Boney Structure of Resp. structure may be broken. Not just a couple of broken ribs, think “crushed” rib cage. Much more common before proper seat belts, airbags, and collapsible steering column.
◾intubation.

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8
Q

Other indicators for Trachesotomy

A

-Pump failure
•Injury to Brain, Brain stem, Spinal Cord that causes paralysis of respiratory musculature which can result in Pump failure. This paralysis may resolve, but remember:
◦PNS damage is robust
◦CNS damage is not robust
◾Think Christopher Reeve’s Tracheostomy, with external pump due to paralysis.
◾Blockages of airway, Broken Larynx, swelling in Airway that will cause Pump Failure.

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9
Q

Intubation (tell me everything you know)

A

◾Patient can be intubated without ventilation
◾Oral infection/abscess is a risk for long term intubation
◾Tooth infection(s)
◾You don’t want to keep intubation until abscess/infection
◾Truth is: oral infection can kill you
◾Teeth are close to brain
◾Meninges are very susceptible to local infection

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10
Q

Cleaning and moving secretions

A

◾We constantly create mucous everywhere in our bodies, and that mucous has to be mobilized.
◾The mucous of the lungs is moved by cilia up into the upper trachea, and then expelled during a cough or swallow.
◾If you cannot clear these secretion you will asphyxiate on your own secretions.
◾Sedentary secretions can create Pneumonia
◾Pneumonia can KILL!
◦A Tracheostomy creates a direct route to clearing secretions from airway.

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11
Q

Progressive Neurological Disease

A

◾Patients with Neurological Diseases see this Pump failure coming.
◾By the time Resp. System gives out, the cognition has been gone for a while because of perfusion
•Perfusion means the amount of oxygen available to the brain,
•With Prog. Neurological diseases the resp. system has been failing so the brain has been without proper amounts of O2 for a while.

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12
Q

Surgeries than may require Tracheostomy

A

◾Any skull or meningeal/ dura surgery
•Brain swelling will put pressure on Brain stem (lizard brain which controls basic function: resp. heart rate, awareness) Respiration is at real risk
•head and Neck Cancers will result in Tracheostomy
•TBI
•You create airway in advance, you don’t start surgery and wait to see if respiration is affected. You plan ahead.

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13
Q

Definition of Tracheostomy

A

Semi-permanent creation of airway

  • removal of tracheal cartilage
  • placed below the level of the larynx
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14
Q

Paradoxical Vocal Fold Motion (PVFM)

A
  • vocal folds close and do not open again
  • can be lethal
  • typically female, anxious, perfectionists
  • usually “grow out of it”, mature psychologically
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15
Q

Management of Secretions

A

◦One of the big jobs of maintaining a tracheostomy is suctioning
◦You will suction out the trach. to keep airway as healthy as possible.
◦Most anyone can suction out a trach, even the patient themselves can suction it.
◦The issue for SLPs is that we will be working on speech with patients with a tracheostomy.
◾But before we can work on speech, we will need to ensure that their Trach is clean and Patent (open)
◾So we need to know about feeding, swallowing, breathing, maintenance of Trach.
◦Suctioning keeps the airway Patent (open) to improve oxygenation. Do not mention this term to a pt family- its medical jargon.

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16
Q

Secretion Management Prep

A

“clean” technique (not “sterile”)

  • wear gloves and wash hands before and after
  • once you hear “rattling” suction them
  • not a painful procedure at all
  • suction before patient eats
  • You need to know the size and type of intubation tube, then you will know which measurement catheter to use (this info is found in the pt CHART)
  • get everything ready before you begin to suction
17
Q

Secretion Management Protocol

A
  • WASH YOUR HANDS
  • Be sure that the suctioning unit is there and that its working
  • Make sure you have the right size catheter
  • Make sure the catheter is connected to the hose, and the hose is connected to the unit.
  • Make sure you have a backup catheter ready
  • Have bowl of water ready (H2O doesn’t need to be sterile)
  • Be sure to know the pressure that the machine should operate at (this info is also found in the patient’s chart)
  • Insert catheter GENTLY, with your thumb over the side port. Thumb over side port activates the suction (ventori pump)
  • Should be at an angle
  • Go to the end of the tube
  • Slowly pull the tip up to pull the secretions up and out.
  • While suctioning observe: color, consistency and smell of secretions (explained in detail below)
  • Give breaks to the patient, because you are plugging the airway with suction catheter
  • When finished suck up water at this point to clear the hose
  • When finished, you might be disposing of catheter, if it TOUCHED anything (clothes, bedding, etc)
  • If you throw the old one away, replace the catheter tip, but leave it in the sterile packaging. So that it’s ready for the next professional to suction the pt
  • WASH YOUR HANDS
  • CHART EVERYTHING
18
Q

Secretion Observations

A
  • Color (whitish, yellow, and thick)
  • Consistency (Thick and glue like- means its getting stuck in bronchial structure… is it flecked with blood?)
  • Smell (if they don’t smell right, you need to mention it to the PTs nurse ASAP, and then note in the chart what you saw and who you told)
  • ANY CHANGES IN COLOR, CONSISTENCY, AND SMELL NEED TO BE TOLD TO PATIENT’S NURSE ASAP, AND THEN DOCUMENTED IN CHART IN THE WORDS OF BLANTON: COVER YOUR A$$!
  • Patient Centered Care relies on charting, maximizing communications between professionals who are working with the same patient
19
Q

Speaking Valves

A
  • on patient with normal anatomy (functioning larynx)
  • tolerance based on ability to maintain reasonable oxygen saturation levels (O2 stats)
  • enough oxygen in cells of the body (blood absorbs oxygen)
  • must be above 95% (91% is fatal)
  • O2 stats measured with finger clips or blood work
20
Q

Tracheostomy Tubes

A
  • Single Cannula- cuffed, plastic
  • Double Cannula- cuffed, obturator (good for sticky secretions)
  • Metal Cannula- non cuffed (long term use)
  • Single Cannula- non cuffed
  • Fenestrated- cuffed (“windows”, usually cuffed, allows for speech, cough)
21
Q

Goal with Tracheostomy

A

◾Decannulation, removal of tracheostomy tube. Removal of the tube is carefully supervised, takes place over days. First thing they do is move down to smaller diameter tubes. Also a smaller and smaller tube allows the stoma to close. At smallest trach tube, they will cap it… to see if oral/nasal breathing is sufficient. In other words- we check to see if O2 saturation levels are functional without the trach tube. If pt can tolerate the cap for 24 hours, they will pull the tube. And cover the stoma with saran wrap. Watch pt for a day or 2.