Cool EMS Stuff: The Backboard Washer!

Backboards are made to get messy. Every time your friendly EMS provider brings you a patient, they invariably have to swab it down to give the next patient a reasonably sanitary surface to lie on. But sometimes the boards get downright nasty, and the cleanup job is a major production.

Enter… the backboard washer. I saw one of these for the first time at a Level III hospital in Ohio. Fascinating! Pop the board inside and seven minutes later it’s clean. And I mean really squeaky clean. You may think it looks clean after a good hand wash, but the effluent water coming out of this washer after inserting a hand-cleaned board is still nasty!

These units use standard 100V 20A power and only require a hot water hookup and a drain. They can wash two boards at once.

Hospitals in the know should locate one of these next to a work area for completing EMS paperwork and some free food. What could be better?

Note: I have no financial interest in this company, and I definitely do not have one in my garage.

Reference: Aqua Phase A-8000 spec sheet. Click to download.

Are Prophylactic Antibiotics Needed For Facial Fractures?

The use of prophylactic antibiotics in patients with facial fractures has been controversial since forever. Some trauma professionals argue that these fractures, many of which involve a sinus or the mouth, should be considered as open fractures.

Several studies on the use of antibiotics prophylactically, preoperatively, and postoperatively have shown a significant amount of variability. A few have shown no benefit from the use of short-, long-, or no antibiotics. In fact, the Surgical Infection Society issued a practice guideline on antibiotic use in facial fractures. Essentially, they recommended that antibiotics not be administered to patients who do not require surgery. And for operative fractures, they recommended against pre- or post-operative antibiotics.

A recently published study examined current practices regarding antibiotic administration, timing, and adverse events. The null hypothesis was that prophylactic antibiotics would not reduce facial fracture-associated infectious complications in nonoperative facial fractures.

The AAST Facial Fracture Study Group performed a prospective, observational study of adult patients who did not undergo operative repair of their facial fractures. Patients receiving antibiotics for other causes,  those who were immunocompromised, and patients with bowel injuries were excluded. The primary outcome was any related infection, drainage, or follow-up visit requiring antibiotics. Secondary outcomes included demographic indicators such as length of stay, ventilator time, discharge disposition, and readmission within 30 days.

Here are the factoids:

  • A total of 1,835 patients were studied, and two-thirds (64%) did not receive any antibiotics
  • Infections developed in 0.7% of patients without antibiotics and 1.7% with
  • The vast majority of fractures in all patients (84%) were not considered open (no mucosal exposure)
  • Antibiotic administration had a significant association with infectious complications, although the duration of antibiotics did not seem to make a difference

The authors concluded that infection rates were very low despite the majority of patients receiving no antibiotics.

Bottom line: This study provides another set of data points that show us that antibiotics are not necessary in many facial fractures. This is an observational study, so there were wide variations in practice patterns that make the study more difficult to interpret.

There was a relatively small number of patients with “open fractures” that involved exposure to the mucosa. This weakens the study conclusions for this group.

This study joins a growing number that would indicate that nonoperatively managed facial fractures do not require antibiotics. For those that do need surgery, the usual perioperative antibiotic rules still apply.

Reference: Prophylactic antibiotic use in trauma patients with non-operative facial fractures: A prospective AAST multicenter trial. Journal of Trauma and Acute Care Surgery 98(4):p 557-564, April 2025.

The Eleventh Law Of Trauma

Here’s the last one… for now.

If you have followed this blog for any period of time, you are aware of the skepticism I bring to bear when I am reading new material or learning about new ideas. Why is this? Because it is very difficult in this day and age to ascertain the veracity of anything we see, hear, or read.

This is not new compared to, say, a hundred years ago. The media were a bit different, but the underlying issues were the same. There have always been two major factors at play: information overload and the biases built into our human brain operating system.

There is a huge body of new information in every field that is being produced every year. Given the pressures that most researchers are under to publish or perish, a huge number of papers are sent to journals for review. Unfortunately, this leads to a huge number of lower-quality publications.

This also contributes to another recognized phenomenon, the half-life of facts. Think about all the things you learned during your training that are no longer believed to be true. Stress causes ulcers. Steroids are good in head injury. There is a definite decay curve for the old facts that occurs as new knowledge is acquired.

So we have a huge amount of potential junk to sort through to figure out what cellular mechanisms are correct or which medications work for a disease. And then we run into our own operating system problems.

All humans have our own innate beliefs that are shaped by experience and all the information we’ve consumed over the years. And we are genetically programmed to do this:
Learn something new  —>  believe it  —>  verify it

And many of us never get to the verify stage because another operating system issue, confirmation bias, takes over. If we learn something that confirms an existing belief, we are much more likely to believe and much less likely to verify. If we learn something that opposes our belief, we still want to believe what we already do and find every flaw in the new data that might refute it.

So here is my eleventh law of trauma:

“Don’t believe anything you learn, especially if it supports what you already believe”

Bottom line: If you read or hear something new, first examine the source. Is it legitimate and reliable? Where did it get the info? Then check out that source. Critically evaluate it, even if it already supports what you believe. Always treat new information, especially if you think it’s right, as an opportunity to learn something new. Sometimes you will find real gems in the things you thought were wrong, and real crap in the things you believed to be right!

It’s time to flip the algorithm to:
Learn something new  —>  verify it  —>  believe it

The Tenth Law Of Trauma

Several years ago, I ran a series of posts on my Laws of Trauma. I assembled them into  newsletter that contained all nine that existed at the time. If you’d like to download it, just click this link.

I’ve  been struck by another pattern, and I think it’s about time to add the tenth law. Weirdly enough, it was inspired by Dancing With The Stars. You’ll see what I mean.

Here is the Tenth Law of Trauma:

In trauma, it generally takes two to tango

So what does this mean? When dealing with injury, there are a few broad quantitative categories.

  • Single person mechanism. This is one extreme. Common examples would be the elderly fall, a single vehicle car crash, or a self-inflicted stab or gunshot. There is a single “point of failure” that only the individual involved can manage, but for various reasons they do not or cannot. This law does not apply.
  • Multiple person mechanism. This is the other extreme, and thankfully is not seen very often at all. Examples are a tour bus crash, house explosion, or mass casualty event. Once again, those involved usually have little ability to recognize or avoid the imminent event, and the tenth law is null and void.
  • Two person mechanism. This one is very common, and is exemplified by the two car crash, pedestrian struck, or the various flavors of assault. And this is the one that the tenth law applies to.

When two people are involved in an event that leads to traumatic injury, there is usually (but certainly not always) a set of checks and balances that is present. And frequently there is at least one opportunity to avoid the event.

In the case of a two vehicle crash, one driver may have “gone off the deep end” and ignored the usual traffic laws for whatever reason. But the second driver usually has an opportunity to recognize this and change their behavior in order to avoid the situation. However, if they are distracted, impaired, or making assumptions about how other driver behave they can still get into trouble. Thus, it takes two.

What about the pedestrian struck? Likewise, the driver or the pedestrian may have done something nonstandard. Wear dark clothes at night. Glance at their phone while driving. Look at their passenger a bit too long while having a conversation. Once again, the other participant may have an opportunity to see the result of this unexpected behavior and jump or swerve out of the way.

Interpersonal violence it a bit more tricky. Sure, one of the potential participants may get wind that something is up and try to avoid or defuse the situation. But not always. And this situation is heavily charged with emotion and social pressures and is much more difficult to change or avoid.

Bottom line: Many, but certainly not all,  “two-person” mechanisms of injury are avoidable if both of the individuals involved are mentally present and attentive to their surroundings. Look at your own patient population and see how often this applies. You may be surprised!

Ninth Law Of Trauma

Okay, here’s another one! But it’s a doozy. It’s the most important one I live by. It ensures that you don’t get bogged down by habit, custom, dogma, ignorance, or just plain laziness.

Question everything!

If someone ever says, “but that’s the way I/we always do it,” or “that’s what the policy says,” or even “I read a good paper/chapter on this,” take it with a really big grain of salt. Or a salt lick (if you know what that is; otherwise look it up).

And here’s a corollary:

Don’t believe everything you think!

Consider that one for a minute.

Bottom line: It’s up to you to decide what is right for your patients. Others may not have done the leg-work and may not be as knowledgeable as you think. Always check the facts!

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