Friday, November 22, 2024
Subscribe American Journal of Medicine Free Newsletter
dermatologyPrimary Care Management of Skin Abscesses Guided by Ultrasound

Primary Care Management of Skin Abscesses Guided by Ultrasound

(A) Patient abscess with internal loculations (arrow). (B) Patient abscess with tracking (arrows).
(A) Patient abscess with internal loculations (arrow). (B) Patient abscess with tracking (arrows).

Primary care providers often manage skin abscesses in the outpatient setting. Estimating the size and depth of an abscess, and distinguishing abscess from cellulitis by clinical examination can be challenging due to surrounding firm tissue induration. Definitive treatment of abscess requires incision and drainage, and the approach chosen may be altered by abscess size, depth, and surrounding neurovascular structures.

Methods

For 31 consecutive patients seen in the primary care outpatient clinic, we prospectively compared the estimated size of skin abscesses by clinical examination with that determined by ultrasound. Prior to incision and drainage, a limited point-of-care ultrasound examination was performed and the abscess dimensions were measured, the depth was determined, and adjacent vascular structures were noted. Based on ultrasound findings, physicians reported whether the decision to perform the procedure or the techniques used to perform the procedure were altered by the scan.

Results

The clinical examination was inaccurate for size estimation by >0.5 cm in 16 of 31 patients (52%). Ultrasound examination changed the physician decision of whether or not incision and drainage should be performed in 7 patients (23%) and altered the technique/approach in an additional 10 patients (32%); thus, management was changed in 55% of cases. Physician confidence in performing the procedure was improved in 16 cases (52%).

Conclusion

Outpatient procedural management of skin abscesses by primary care physicians was altered in more than half the cases by performing point-of-care ultrasound prior to incision and drainage.

To read this article in its entirety please visit our website.

-Laura J.S. Greenlund, MD, PhD, Stephen P. Merry, MD, MPH, Tom D. Thacher, MD, William J. Ward, MD

This article originally appeared in the May 2017 issue of The American Journal of Medicine.

Latest Posts

lupus

Sarcoidosis with Lupus Pernio in an Afro-Caribbean Man

A 54-year-old man of Afro-Caribbean ancestry presented with a 2-month history of nonproductive cough, 10-day history of constant subjective fevers, and a 1-day history...
Flue Vaccine

Flu Vaccination to Prevent Cardiovascular Mortality (video)

0
"Influenza can cause a significant burden on patients with coronary artery disease," write Barbetta et al in The American Journal of Medicine. For this...
varicella zoster

Varicella Zoster Virus-Induced Complete Heart Block

0
Complete heart block is usually caused by chronic myocardial ischemia and fibrosis but can also be induced by bacterial and viral infections. The varicella...
Racial justice in healthcare

Teaching Anti-Racism in the Clinical Environment

0
"Teaching Anti-Racism in the Clinical Environment: The Five-Minute Moment for Racial Justice in Healthcare" was originally published in the April 2023 issue of The...
Invisible hand of the market

The ‘Invisible Hand’ Doesn’t Work for Prescription Drugs

0
Pharmaceutical innovation has been responsible for many “miracles of modern medicine.” Reliance on the “invisible hand” of Adam Smith to allocate resources in the...
Joseph S. Alpert, MD

New Coronary Heart Disease Risk Factors

0
"New Coronary Heart Disease Risk Factors" by AJM Editor-in Chief Joseph S. Alpert, MD was originally published in the April 2023 issue of The...
Cardiovascular risk from noncardiac activities

Cardiac Risk Related to Noncardiac & Nonsurgical Activities

0
"Assessment of Cardiovascular Risk for Noncardiac and Nonsurgical Activities" was originally published in the April 2023 issue of The American Journal of Medicine. Cardiovascular risk...