Crowding and Boarding

ED Boarding and Crowding

Crowding is defined as "the need for services exceeds an ED's capacity to provide these services." Many things contribute to crowding including more patients with lack of access to other forms of care, inefficient ED processes, inadequate staffing, or short supply of inpatient beds. 

Crowding is a problem as it has been linked with worse patient care. One study conducted showed that crowded EDs are associated with longer door to needle times in STEMI patients by 23 minutes. Another study showed similar results with respect to stroke patients getting CT imaging. Another study showed similar results with respect to sepsis measures (longer time to fluids and antibiotics). 

Many EDs use the Input-throughput-output model to identify areas that can be improved in an effort to reduce crowding. Input is dictated by the patients. While measures like improved outpatient access, freestanding EDs, and more urgent cares can influence this, ultimately the ED itself has minimal control over these factors. 

The next part of this model is throughput, which is defined as all the activities that happen during the ED visit for a patient. This includes triage, registration, labs, imaging, specialist access, charting, social work. This is largely dictated by staffing and processes. This is the most modifiable by the ED. Certain models can influence this - split flow models that are designed to quickly see and disposition patients with less emergent presentations. Appropriate staffing levels makes crowding easier to navigate. Improved charting models can also decrease the amount of time a patient is in the ED.

The final influencing factor is output which is determined by whether the patient is admitted, discharged, or transfered. Split flow models can help with faster dicharges. Having hospital bed managers efficiently move admitted patients can also help. 

Ultimately if the hospital is full from an inpatient bed perspective, there will be more patients boarding in the ED. Boarding is considered to be the biggest contributor to ED crowding. Boarding is defined by the Joint Commission as the "practice of holding patients in the emergency department after the decision to admit or transfer has been made." Recommendations state that this should not be longer than 4 hours. Boarding patients often require 

Boarding patients can pose a problem as they often require resources and attention of nursing staff - timed medications, timed lab draws, timed neuro checks, respiratory support, titration of drips. There is also the issue of the patient being admitted to an inpatient team that is not persistently available like the ED physicians. Coordinating care can become challenging, and all these factors can lead to worse patient outcomes. 

Crowding and boarding. Crowding and Boarding EMRA. (n.d.). https://www.emra.org/books/advocacy-handbook-2019/crowding-and-boarding

•Savioli G, Ceresa IF, Gri N, Bavestrello Piccini G, Longhitano Y, Zanza C, Piccioni A, Esposito C, Ricevuti G, Bressan MA. Emergency Department Overcrowding: Understanding the Factors to Find Corresponding Solutions. J Pers Med. 2022 Feb 14;12(2):279. doi: 10.3390/jpm12020279. PMID: 35207769; PMCID: PMC8877301.


Test Taking Strategies

With EM resident In Training Examination approaching, I wanted to do a post on test taking strategies. There are different techniques that can be employed while taking a test to help improve your odds of picking the right answer in a multiple choice test. As always, if you know the right answer, pick that!

General advice - it is often recommended to read the question first, and then read the stem  to key in what the question is actually asking about. 

Error Avoidance Strategies

1. Read the question carefully; it may include a negative statement in it. "Which of the following is *not* a risk factor for xyz..." 

2. If a question is asking for a fact on something you don't know, don't waste time on the question. Put down an answer and move on. 

Deductive Reasoning Strategy

1. Eliminate options you know are incorrect

2. Eliminate options that are logically inconsistent with stems. 

Cue-using Strategies

1. Longest option tends to be right.

2. Most specific option tends to be right.

This is because test instructors frequently put the most information in the correct option.

3. Absolutes in answers are usually incorrect (always, must, never, etc)

Guessing Strategy

1. If you must resort to guessing, avoid answers you have never heard of.

2. The correct option tends to be placed in the middle (B or C)

3. When options are numerical, the middle value tends to be the correct answer.


VOTW: Distal Radius Fracture

This week’s VOTW is brought to you by myself!


A 72 year old female came in the ED after a FOOSH and suffered a distal radius fracture w/ dorsal angulation seen on x-ray. A POCUS was performed which showed…

Clip 1 shows the dorsal distal radius with sudden cortical disruption and dorsal angulation consistent with the fracture site. The probe marker is facing towards the hand. Clip 2 shows a hematoma block performed w/ ultrasound guidance- the needle is seen entering the fracture site precisely where the fragments meet. Reduction of the fracture was then performed once adequate analgesia was achieved.

Image 1 is prior to reduction. Image 2 is s/p first attempt at reduction. Unhappy with the alignment, reduction was attempted one more time resulting in Image 3 where the alignment is improved. Post-reduction x-rays were obtained, the patient was placed in a sugar-tong splint and discharged with orthopedic follow up.

POCUS for distal radius fractures

In a small study of 83 patients with distal radius fractures, POCUS was 98% sensitive and 98% specific for identifying the fracture when compared to x-rays. Sensitivity and specificity of POCUS ffor the need for reduction was 98% and 100% respectively (1).

While POCUS may not replace x-rays for the management of fractures, it can assist with procedural guidance for hematoma blocks and can evaluate for the adequacy of reduction in real-time rather than waiting for the x-ray tech to come around in between reduction attempts.

How to Identify a fracture

  • Use a linear high frequency probe

  • Visualize the distal radius in its long axis from multiple planes

  • Look for a disruption/angulation in the echogenic cortex

How to perform a ultrasound-guided hematoma block

  • Obtain 10ml of lidocaine drawn up in a syringe, connect it to a saline lock and an injection needle

  • Locate the fracture site using the linear probe

  • Advance the needle into the skin in-line with the probe and guide it into the fracture site

  • Have an assistant inject 10ml of lidocaine into the fracture site

References

Kozaci et al. Evaluation of the effectiveness of bedside point-of-care ultrasound in the diagnosis and management of distal radius fractures. American Journal of Emergency Medicine Volume 33, Issue 1, 2015, Pages 67-71

Happy Scanning!

Your Sono Team