Tag Archives: training

Trends In Resident Trauma Operative Experience

Even though it’s called trauma surgery, the operative experience in trauma tends to be somewhat limited. This is due mostly to the fact that most trauma centers see predominantly blunt trauma. Yes, there are hospitals around the world where the penetrating injury load remains high and there is operative experience aplenty.

But in the US, the vast majority of trauma centers see mostly blunt trauma. Surgical residents in the US are required to log 10 operative and 20 nonoperative cases to successfully meet residency completion requirements. And blunt trauma is tending to get less and less operative in nature. A good example is the evolution of blunt solid organ injury to mostly nonoperative management.

So what is happening with surgical resident operative trauma experience? And has there been any impact from the work hour restrictions that have gone into effect in the US? A study from Harborview, Denver Health and Seattle Children’s looked at the ACGME operative logs for surgical residents annually from 1989 to 2010. They combined the data into 5 year blocks, with the last two having work hour restrictions in place.

Some interesting findings:

  • Overall mean caseload of major cases (all types) remained steady at about 925 per resident
  • Mean trauma operative caseload decreased from 76 to 39 (beginning of work hour restrictions)
  • Mean trauma operative caseload remained steady at 39 for the 7 years in which work hour restrictions were in effect
  • The number of intra-abdominal trauma operations decreased from 31 to 17, and the number of liver/spleen operations decreased from 5 and 4 to 3 and 2

Bottom line: Resident trauma operative experience has declined and stabilized in the US. This is due to the evolution of our management of blunt trauma. Unfortunately, this decline will reflect on how well prepared surgeons at outlying hospitals are, and in the quality of emergency surgery they may provide. The impact will be felt most by seriously injured patients who cannot be taken to a high level trauma center initially. We need creative solutions to address this issue, such as mini-clerkships in trauma or structured experiences at high level trauma centers for surgeons in outlying hospitals.

Related post: ED at the busiest hospital in the world!

Reference: ACGME case logs: surgery resident experience in operative trauma for two decades. J Trauma 73(6):1500-1506, 2012.

Can You Teach A Trauma Surgeon To Insert An ICP Monitor?

You’ve heard the statistics about the graying of our society. The proportion of older people is growing rapidly. Well, there are only about 4400 neurosurgeons in the US, and they are aging as well. Nearly a third are older than 55 years.

This leaves a relatively small number of neurosurgeons tasked with helping to take care of trauma patients. Many Level II centers are hard pressed to maintain their neurotrauma services. Even basic procedures like ICP monitor placement may require transfer to another center.

The group at Miami Valley Hospital in Dayton looked at their experience with training surgeons to insert intraparenchymal ICP monitors (not EVD devices) over a 6 year period. Their trauma surgeons, as well as surgical residents were trained by watching a video, practicing in a cadaver lab under the supervision of a neurosurgeon, and being proctored by a neurosurgeon while placing them in three patients. Surgical residents could place the monitor if directly supervised by a surgeon.

Here are the factoids:

  • Of 410 monitors placed, 298 were placed by surgeons and 112 by neurosurgeons
  • The surgeons placed 188 Licox monitors and 91 Caminos. The type was not recorded in 19.
  • Surgeon complication rate was 3% (9 patients), and the neurosurgeon rate was 0.8% (1 patient). None were major of life-threatening.
  • Most of the complications were malfunction of the device. There were 2 dislodgements in the surgical group, and 1 in the neurosurgeon group.

Bottom line: This one’s a little tough to interpret. Yes, the number of complications (malfunction) is higher with the surgeons. But the numbers are small, and this difference does not reach statistical significance. I do worry that the training is a bit too sketchy. But I think that this procedure will soon enter the skillset of many acute care surgeons, especially those working at hospitals in more rural settings. This will be the quickest way to begin high quality neurotrauma care for patients who are injured in areas not served by highest level trauma centers.

Related post:

Reference: Successful placement of intracranial pressure monitors by trauma surgeons. J Trauma 76(2): 286-291, 2014.

Trends In Resident Trauma Operative Experience

Even though it’s called trauma surgery, the operative experience in trauma tends to be somewhat limited. This is due mostly to the fact that most trauma centers see predominantly blunt trauma. Yes, there are hospitals around the world where the penetrating injury load remains high and there is operative experience aplenty.

But in the US, the vast majority of trauma centers see mostly blunt trauma. Surgical residents in the US are required to log 10 operative and 20 nonoperative cases to successfully meet residency completion requirements. And blunt trauma is tending to get less and less operative in nature. A good example is the evolution of blunt solid organ injury to mostly nonoperative management.

So what is happening with surgical resident operative trauma experience? And has there been any impact from the work hour restrictions that have gone into effect in the US? A study from Harborview, Denver Health and Seattle Children’s looked at the ACGME operative logs for surgical residents annually from 1989 to 2010. They combined the data into 5 year blocks, with the last two having work hour restrictions in place.

Some interesting findings:

  • Overall mean caseload of major cases (all types) remained steady at about 925 per resident
  • Mean trauma operative caseload decreased from 76 to 39 (beginning of work hour restrictions)
  • Mean trauma operative caseload remained steady at 39 for the 7 years in which work hour restrictions were in effect
  • The number of intra-abdominal trauma operations decreased from 31 to 17, and the number of liver/spleen operations decreased from 5 and 4 to 3 and 2

Bottom line: Resident trauma operative experience has declined and stabilized in the US. This is due to the evolution of our management of blunt trauma. Unfortunately, this decline will reflect on how well prepared surgeons at outlying hospitals are, and in the quality of emergency surgery they may provide. The impact will be felt most by seriously injured patients who cannot be taken to a high level trauma center initially. We need creative solutions to address this issue, such as mini-clerkships in trauma or structured experiences at high level trauma centers for surgeons in outlying hospitals.

Related post: ED at the busiest hospital in the world!

Reference: ACGME case logs: surgery resident experience in operative trauma for two decades. J Trauma 73(6):1500-1506, 2012.