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This isn't necessarily directed at any one person, but some of these posts really make me wonder if anyone is reading the rest of the thread before commenting.
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Are you serious? 1 or 2 MINUTES is huge.
Are you serious? 1 or 2 MINUTES is huge.
On the other hand, chiefs here can post some truly amazing numbers for our responses. Its not uncommon to see dispatch to balloon times on STEMI patients as low as 35 minutes, and I recently had a stroke patient in MRI within 40 minutes of onset. The objective data there makes people very happy, at least in reports. Also, our county is super lucky and no one gets killed doing anything here, so being proactive about cutting down emergency responses/transports isn't #1 on the list.
In the downtown area of Sacramento, those times would not be uncommon at all. Why? That area has about a 5-6 minute response time, they tend to be on scene less than 10 minutes, and transport times to the hospital can be maybe 10 minutes. As long as the cath lab is ready to go and the ED staff is confident (relatively speaking) in what they're getting, it's not impossible to have dispatch to needle/balloon times of < 40 minutes.But how much of that is EMS transport time? And how much time was actually saved running code 3?
Quoting those times does not really mean much without a breakdown. A dispatch to balloon time of 35 minutes is exceptional but that does not tell me much about the EMS system since transport is the least complicated step in the process. It would however make me assume that the hospital and cath lab are very good at what they do.
Are you serious? 1 or 2 MINUTES is huge.
As I seem to have a different response area than most people responding to this thread, I feel I should reply.
In our area we tend to have traffic that is so bad at least once a day that transport time can be cut by 20-30 minutes simply by turning on the lights, a slow siren, and driving slowly through places your vehicle shouldn't normally be. Granted this isn't always applicable, and my system tends to massively overuse the lights, but in urban/suburban areas an emergent response/transport can be a significant difference.
The standard around here seems to be an excessive amount of emergent transports though. The mentality of care throughout the region is mostly scoop and go (even for ALS), and our protocols reflect that. I don't even have a complete (or partially complete, lacking a fast acting steroid) algorithm for anaphylaxis, as apparently medics have trouble getting an IV started with a full assessment and maybe one medication given.
On the other hand, chiefs here can post some truly amazing numbers for our responses. Its not uncommon to see dispatch to balloon times on STEMI patients as low as 35 minutes, and I recently had a stroke patient in MRI within 40 minutes of onset. The objective data there makes people very happy, at least in reports. Also, our county is super lucky and no one gets killed doing anything here, so being proactive about cutting down emergency responses/transports isn't #1 on the list.
I'm not saying don't start the line and take the time to get a good access. If we have a 2:1 or 4:1 provider to patient ratio then the patient gets better attention being with EMS. Let's do the treatments on scene while the patient has multiple providers working on him.
If the condition is so severe that we cant stay then we need to get you to an advanced care facility and IV access won't be beneficial.
Add to that our local hospitals consider field starts "dirty" and like to pull them once the patient is in their care, it isn't beneficial to pull over for a stick
Does your service use Opticoms? If they do what is your experience?
Are you serious? 1 or 2 MINUTES is huge.
As I seem to have a different response area than most people responding to this thread, I feel I should reply.
In our area we tend to have traffic that is so bad at least once a day that transport time can be cut by 20-30 minutes simply by turning on the lights, a slow siren, and driving slowly through places your vehicle shouldn't normally be. Granted this isn't always applicable, and my system tends to massively overuse the lights, but in urban/suburban areas an emergent response/transport can be a significant difference.
The standard around here seems to be an excessive amount of emergent transports though. The mentality of care throughout the region is mostly scoop and go (even for ALS), and our protocols reflect that. I don't even have a complete (or partially complete, lacking a fast acting steroid) algorithm for anaphylaxis, as apparently medics have trouble getting an IV started with a full assessment and maybe one medication given.
On the other hand, chiefs here can post some truly amazing numbers for our responses. Its not uncommon to see dispatch to balloon times on STEMI patients as low as 35 minutes, and I recently had a stroke patient in MRI within 40 minutes of onset. The objective data there makes people very happy, at least in reports. Also, our county is super lucky and no one gets killed doing anything here, so being proactive about cutting down emergency responses/transports isn't #1 on the list.
Heavy traffic situations are definitely one of those that you can save a substantial amount of time. There's a place for lights and sirens transport, it's just not as often as people like to think.
There's a place for lights and sirens transport, it's just not as often as people like to think.
All our responses to the scene are L&S regardless of complaint. As a rural provider do I take distance and traffic into consideration when I have a P2 (ALS) patient? Yes. As we have 3 ambulances to cover 204 sq miles. It's a guaranteed 2 hours at the least for a 9-1-1 call from dispatch to available. Do I run L&S for the stubbed toe or back pain. No. Do I run it for that asthmatic that you can turn around with albuterol / methylpredisone? Yes.
To urban providers L&S may not make a difference. But in rural EMS where your next 9-1-1 call could be 50 miles outside of town and 70 miles to the ED. it truly does.
How busy are the rural roads?
Well considering that majority of rural roads are narrow two lane roads with ditches on either side. With traffic oncoming and going with your flow. Majority of our roads besides three 4 lane highways are back country roads where blind corners and large drop offs on the roads pose a decent threat to your response time. As we are the most rural suburb of a large city, there's only one road coming from our county to the city (2 countys over) A wreck happens on that road. Good luck your going no where. Unless you double back 15 miles north to the interstate and add 29 more miles to your transport time.
It's not like we have a 6 or 8 laner to open the throttle and hit cruise control.
So how does driving emergent help with any of this?
If I have a certain patient where time is critical,.