I found the person I was looking for, one of the Martindale volunteer firefighters, who happened to be wearing a red helmet while all of the others were wearing yellow helmets.
"Hi. My name is Daulton Anderson," I yelled over the roar of the still-running chopper. "What can you tell me so far?"
"We have one confirmed fatality," he shouted back. "The driver of the vehicle wasn't belted in and got ejected. He's under that yellow tarp out in the field," he said, pointing to a spot that was almost another 80 feet from where the vehicle landed. "They were going northbound, headed back to Red River Falls. Lost control and flipped over ten times before striking that giant dead oak tree on the passenger side. Probably doing 80 or 90 mph, maybe even faster. The passenger is a female. She's got at least one broken arm and possibly a busted femur, at least that's what the first responders said. I can't believe she's still alive. Oh, looks like they've got her out now!"
I saw a group of firefighters and EMTs carefully placing the patient on a back board. They had a cervical collar in place and I could see her moving her left arm for sure. One of the EMTs was holding the right one in place and trying to apply a splint. I rushed down to the area where they were working on her.
"Don't worry about applying a splint," I instructed. "As long as there is no bleeding, just place the arm next to her body and strap her down to the back board. What else is wrong with her?"
"She's probably got a busted femur and busted tib-fib, both on the right leg," one of the responders said. "Not sure, but we think she might have a broken pelvis, too."
"Set her down and let me do a quick assessment before we load her," I directed.
The female was fairly young, probably 23 to 27 years old. She had numerous cuts all over her face, which made her look worse because the face tends to bleed a lot, even from minor wounds. She also had a non-rebreather oxygen mask in place. I quickly scanned her pupils, which were sluggish but equally reactive to my pen light. There was no blood coming from her eyes, ears, nose or mouth. The smell of alcohol was prevalent as I got close to her face. Most ominous, she didn't really react verbally and was obviously in shock.
The right thigh was significantly larger than the left, indicating an obvious femur fracture and bleeding heavily inside. And she shrieked in pain when I pushed in on the sides of her pelvis. I could also feel movement in the pelvis as I applied pressure - a surefire sign that the pelvis had fractured. Normally, we would apply a traction splint to reduce the femur fracture in the field. But putting one on in this case would only pull apart the broken bones in the tibia and fibula and do nothing for the more serious femur fracture, which can bleed - A LOT.
Her left lung sounds were good and active but the right lung sounds were severely diminished and her right rib cage was heavily bruised, indicating multiple broken ribs but no flail segments, which are ribs broken into places. More importantly, it was obvious that the trachea was starting to shift to the left, indicating that the right lung was collapsing. When this happens, the lung doesn't really deflate. Instead, air starts to build up in the space between the lung and the chest wall, which increases pressure on the lung, thereby causing it to "collapse". In reality, it is trapping air that will not allow the lung to inflate properly and basically squeezes it shut. Also her abdomen was rigid and firm with no audible bowel sounds present, which was another indication of internal bleeding.
I quickly reached into my flight suit's side cargo pocket and grabbed a quick set for an IV. I applied a tourniquet quickly and found the patient still had a good left antecubital vein, which is on the inner part of the elbow, as the left arm did not appear to be injured. I quickly stuck a large 16 gauge catheter in the vein and applied a saline lock, which is a short piece of closed IV tubing that can be connected to longer tubing later to administer IV fluids. I flushed the IV quickly with a 10 milliliter syringe of fluid to ensure the IV was good and secured it with a transparent dressing and tape. The IV stick only took about 90 seconds. Then I shouted "Helicopter! Now!"
Normally, we didn't delay transport to do an IV but I felt it was imperative to get the IV quickly as she was going deeper into shock. The more her blood pressure dropped, the more difficult it would be to get IV access.
The group of EMTs and firefighters scooped up the backboard and patient and we moved to the roaring Bell 429. Mara had the clamshell doors open on the back. I stopped our group and made eye contact with the pilot and Gene gave us a thumbs-up to proceed to the loading area. Absolutely NO ONE approaches the tail of an active helicopter without the pilot's knowledge. Mara met us there and we secured the backboard into place on the left cot, slid her into place in front of my seat and climbed aboard, thanking the EMTs and firefighters for doing a great job. One of them handed me a slip of paper with some patient info on it before they all ducked low and walked away from the helicopter.
I immediately placed my helmet back on and buckled into place as Mara slid her seat into place alongside the patient. She immediately applied the blood pressure cuff and pulse oxymetry probe to the patient and switched her oxygen mask's line to our onboard oxygen system.
"What all do we have, Daulton?"
Mara asked over the intercom.
"Fractures of the right humerus, right femur, right tib-fib. No traction to the right leg possible. Possible pelvic fracture, as well. Gonna need to apply a tie-sheet to reduce. She's also working on a right-side tension pneumothorax. We've got tracheal shift to the left side. Tummy is hard and tender and I heard no bowel sounds."
"Okay. I can see the shift. Let's go ahead and get ready for decompression. Let's work on reducing the pelvis and we'll see how her BP is afterwards after we hang fluid. We'll also get Tranexamic Acid hanging, as well. Gene, we can take off but I'm gonna need to unbuckle once we are on our way, okay?"
"Copy,"
Gene acknowledged. It was extremely important to let Gene know everything that was going on in the back, as much as possible, especially if we needed to unbuckle and move around in the back of the ship as it can affect flight characteristics.
Once we have a patient on board our call sign changes from "Eagle Star" to simply "Lifeguard", which is a signal to all aircraft in the area to give us priority clearance. Also, we fall under the control of Hector International Airport out of Fargo to maintain our airspace clearance.
"Contact, Hector International. This is Lifeguard Helicopter November-Niner-Niner-Four-Alpha-Lima. We are dusting off from the scene, en route to Holy Family pad, heading three-five-five, speed one-two-zero knots. We have four souls on board and approximately two hours and 10 minutes of fuel. ETA eight minutes."
"Lifeguard November-niner-niner-four-alpha-lima, Hector International. Good copy. I have you on radar. Maintain current speed and heading. You are clear for priority approach to Holy Family pad. Copy ETA of 8 minutes."
In the back, I quickly exposed the right breast area of the patient and palpated the area between the 2
nd
and 3
rd
rib and referenced that with the nipple line. As I did so, I noticed through my gloved fingers that her skin now felt like rice paper. Thousands of tiny air bubbles were forming under the skin, which is called subcutaneous emphysema, from the collapsing right lung. I quickly scrubbed the area with an iodine swab and grabbed a large two-inch long 14-gauge IV needle. I pushed straight downward through the skin and felt a "pop" sensation once the needle penetrated the right lung space. I pulled the metal stylette out while holding the hollow plastic catheter in place and was greeted with a quick hiss of escaping trapped air and some bloody bubbles from the right lung. It was a temporary fix until the patient could get a chest tube in place. But it helped equalize the lung pressure and allowed the right lung to begin "inflating" again by getting rid of the trapped air.
Mara grabbed an extra bed sheet and slid it underneath the patient's buttocks as gently as she could. Together, we pulled as tightly as we could to squeeze the patient's hips together and then tied a tight square knot to hold it in place. The patient was now more alert and talking following the lung decompression and after applying the improvised pelvic harness. I could see that she was trying to talk to me but it was nearly impossible for me to understand what she was saying through the oxygen mask and the noise of the ship.
All I could do was yell, "My name is Daulton! I'm a paramedic! You were in a bad accident! We're taking you to Holy Family Medical Center in Red River Falls! You're hurt pretty bad but we're going to take very good care of you! Do you understand?"
The patient simply nodded her head 'yes' as much as she could with the cervical collar in place around her neck. I notified Gene that I was going to change frequencies and immediately switched our radio over to the hospital channel to contact Holy Family's Emergency Department. I glanced at the Propaq monitor to assess the patient's vital signs and was not pleased with what I saw as her blood pressure continued to drop and was now 70/45.
"Holy Family ER, this is Eagle Star. Come online for trauma report."
Katie Stevens, the ER charge nurse, came online to take my report.
"Eagle Star, this is Holy Family. Go ahead."
"Holy Family, we have an approximately 25 year old female patient who was involved in a single-vehicle rollover with significant damage. Be advised there was a fatality in the same vehicle."
I was speaking into my microphone in a normal voice, which was good as I didn't want the patient to freak out when I notified the ER of a fatality.
"Patient has an obvious fracture of the right humerus, right femur, right tib-fib and a high probability of a pelvic fracture. Abdomen is rigid, as well, and no bowel sounds present. Patient presented with an obvious right lung tension pneumothorax, which was reduced with a 14-gauge needle decompression. Initial oxygen saturation was 85% on high-flow O2. Saturation is now 99% and tracheal deviation is reduced. We have a large-bore IV in place with normal saline running wide open. TXA is also infusing at this time.