EMS Protocol of the Week - Neonatal Care / Resuscitation

The prehospital protocol for neonatal resuscitation is dense, so it doesn't serve to reproduce it all within the email. Read through the attachment for details, and realize that it serves as a reference for stepwise assessment (with target heart and respiratory rates) and interventions (with target compression/ventilation rates and medication dosages) for when our EMTs and paramedics are stuck in a high stress home environment with a neonate in extremis. Not a ton to add from an OLMC perspective, but recognize that this protocol is here for your reference as well, in case a crew calls looking for assistance.

The attached appendix also includes a review of APGAR scores for your review. 

That's RESUSCITATION...BABY.

And with that, hope you all have some wonderful holidays! If you can't wait for more protocol goodness, there's always www.nycremsco.org

Dave


EMS Protocol of the Week - Severe Bradycardia (Pediatric)

Happy EMS Tuesday!

We're going to slow things down from John Su's riveting email about eye emergencies to discuss the EMS protocol for Severe Bradycardia (Pediatric). These are 3 words that no one wants to hear in a sentence together, so let’s get mentally prepared in case this patient comes in!

To use this protocol, patients should have: 1) HR <60 bpm, and 2) signs of shock or AMS. Any provider taking care of this type of patient can begin chest compressions and ventilations as per AHA guidelines. If an EMT is first on scene, they should immediately request ALS assistance and transport if timing makes more sense. 

For paramedics, cardiac monitoring will be started and IV access will be obtained. Standing Order will allow them to perform the following: 

1) Epinephrine 0.01 mg/kg (0.1mL/kg) IV of 1:10,000 concentration (max 1mg) every 3-5 minutes, 

2) Atropine 0.02 mg/kg IV (min 0.1mg, max 0.5mg), 

3) intubation if unable to provide effective BVM ventilations. 

If that does not work, they will call OLMC for one of two options: 

1) administration of a 2nd dose of Atropine 0.02 mg/kg IV 

2) initiation of transcutaneous pacing. Of note, they may also for procedural sedation authorization for pediatric patients if the patient is conscious.

Check out www.nycremsco.org or the protocol binder on North Side for more.

Sincerely,

Joseph Liu, DO

Chief Resident, Emergency Medicine PGY-3

Maimonides Medical Center


Intubating Asthmatic Patients

Asthma is Greek for panting, which is a fitting translation for a patient that presents with a severe asthma exacerbation. We try to avoid intubating these patients because they are prone to compilations such as pneumothorax, mucus plugging, and increased morbidity and mortality. 

However, there are specific situations when you may consider intubating an asthmatic patient. One reason is that your patient may not be improving despite maximal medical therapy, such as BIPAP, albuterol, ipratropium, magnesium, epinephrine/terbutaline, ketamine, etc. Another reason is that your patient may now be altered, and have worsening work of breathing, and vital sign abnormalities. Remember that a “silent chest” is a poor prognostic indicator; you may not hear wheezing because they are not moving any air. 

If you choose to intubate, there are tricks to maximize your success and optimize your management of your patient on the vent. 

  • Use a large ETT (8-9) because it reduces airflow resistance and can facilitate procedures later (such as bronchoscopy). 

  • Ketamine is a useful induction agent because of its bronchodilatory effects. It may also be useful if you choose delayed sequence intubation. 

  • High airway pressures can cause hypotension after intubation, so consider giving volume if there is a current or prior history of hypotension. 

  • If hemodynamics are compromised consider giving an epinephrine drip. It is considered a systemic bronchodilator that can provide hemodynamic support as well as bronchodilation. 

  • Keep a low respiratory rate when bagging or on the vent (6-8 breaths/min). Giving them time to exhale will decrease the chances of air trapping and pneumothorax. Another way to do this is to increase the I:E time (1:4 or 1:5). 

  • If the vent is alarming, troubleshoot (DOPES mnemonic) but be suspicious for mucus plugs, pneumothorax, or breath stacking. If they are breath stacking, disconnect them from the vent and push on their chest to help them fully exhale.  

A quick note about auto-PEEP and breath stacking: Auto-PEEP refers to trapping gas in the lungs during respiration. This occurs when one breath can’t be fully exhaled before the next inhalation. This trapped gas causes additional positive pressure, known as “auto-PEEP” in the chest which is typically higher than the PEEP set on the ventilator. This process predisposes patients to develop a pneumothorox. 

Thanks for reading!

Ariella