Biomedical subjects

James M Ecklund

Publications and source records attributed to James M Ecklund.

4 recordsLinked to original sources

PubMed2006

Cranial burr holes and emergency craniotomy: review of indications and technique.

Burr hole craniotomy for posttraumatic intracranial hematoma is rarely performed since the advent of computerized tomography revolutionized the treatment of these patients. It is still necessary in unique circumstances although, and the clinical urgency may require surgery by a non-neurosurgeon. This occurs rarely in rural or overseas locations in peacetime, but more commonly in combat health support operations where computed tomography and neurosurgeons are not widely available. Recent experiences in the Global War on Terrorism have prompted a detailed review of this procedure. The nonoperative care, localization of intracranial hematoma, and surgical technique are outlined here in detail, and results from the literature are reviewed. This review emphasizes that burr holes should not be performed at random on head-injured patients and should be performed only by general surgeons or other physicians who have undergone formal instruction by experienced neurosurgeons, and every reasonable attempt to contact a neurosurgeon should be made first.

Brain Injuries↗

PubMed2005

Physician knowledge of the Glasgow Coma Scale.

Appropriate triage is critical to optimizing outcome from battle related injuries. The Glasgow Coma Scale (GCS) is the primary means by which combat casualties, who have suffered head injury, are triaged. For the GCS to be reliable in this critical role, it must be applied accurately. To determine the level of knowledge of the GCS among military physicians with exposure and/or training in the scale we administered a prospective, voluntary, and anonymous survey to physicians of all levels of training at military medical centers with significant patient referral base. The main outcome measures were correct identification of title and categories of the GCS along with appropriate scoring of each category. Overall performance on the survey was marginal. Many were able to identify what "GCS" stands for, but far fewer were able to identify the titles of the specific categories, let alone identify the specific scoring of each category. When evaluated based on medical specialties, those in surgical specialties outperformed those in the medical specialties. When comparing the different levels of training, residents and fellows performed better than attending staff or interns. Finally, those with Advanced Trauma Life Support (ATLS) certification performed significantly better than those without the training. Physician knowledge of the GCS, as demonstrated in this study, is poor, even in a population of individuals with specific training in the use of the scale. It is concluded that, to optimize outcome from combat related head injury, methods for improving accurate quantitation of neurologic state need to be explored.

Certification↗

PubMed2004

Erdheim-Chester disease mimicking a primary brain tumor. Case report.

Erdheim-Chester disease (ECD) is a rare systemic histiocytic disease. The authors present a case report detailing the presentation and treatment of a 26-year-old man diagnosed with seizures and a well-circumscribed temporoparietal mass that had been demonstrated on imaging studies. Both preoperative and intraoperative diagnoses were consistent with a low-grade astrocytic neoplasm. Subsequent pathological examination indicated a histiocytic proliferation positive for CD68 and factor VIII, and negative for CD1a and S100, with Touton giant cells characteristic of ECD. This case represents the first isolated occurrence of intracranial ECD and its potential to mimic glial neoplasms.

Adult↗

PubMed2002

Socioeconomic issues of United States military neurosurgery.

Although the practice of neurosurgery in the United States (US) Armed Forces is in many ways similar to the civilian practice of neurosurgery, there are many differences as well. The unique challenges, duties, and opportunities US military neurosurgeons are given, both in peacetime and in times of conflict, are discussed, as are pathways for entering into service. The advantages of military service for neurosurgeons include sponsored training, decreased direct exposure to tort actions, little involvement with third-party payers, significant opportunities for travel, and military specific experiences. The most appealing aspect of military practice is serving fellow members of the US Armed Forces. Disadvantages include the extreme gap between the military and civilian pay scales, lack of support personnel, and in some areas low surgery-related case volume. The greatest concern faced by the military neurosurgical community is the failure to retain experienced neurosurgeons after their obligated service time has been completed, for which several possible solutions are described. It is hoped that future changes will make the practice of military neurosurgery attractive enough so that it will be seen as a career in itself and not an obligation to endure before starting practice in the "real world."

Career Choice↗