Logo

Log In Sign Up |  An official publication of: American College of Emergency Physicians
Navigation
  • Home
  • Multimedia
    • Podcasts
    • Videos
  • Clinical
    • Airway Managment
    • Case Reports
    • Critical Care
    • Guidelines
    • Imaging & Ultrasound
    • Pain & Palliative Care
    • Pediatrics
    • Resuscitation
    • Trauma & Injury
  • Resource Centers
    • mTBI Resource Center
  • Career
    • Practice Management
      • Benchmarking
      • Reimbursement & Coding
      • Care Team
      • Legal
      • Operations
      • Quality & Safety
    • Awards
    • Certification
    • Compensation
    • Early Career
    • Education
    • Leadership
    • Profiles
    • Retirement
    • Work-Life Balance
  • Columns
    • ACEP4U
    • Airway
    • Benchmarking
    • Brief19
    • By the Numbers
    • Coding Wizard
    • EM Cases
    • End of the Rainbow
    • Equity Equation
    • FACEPs in the Crowd
    • Forensic Facts
    • From the College
    • Images in EM
    • Kids Korner
    • Medicolegal Mind
    • Opinion
      • Break Room
      • New Spin
      • Pro-Con
    • Pearls From EM Literature
    • Policy Rx
    • Practice Changers
    • Problem Solvers
    • Residency Spotlight
    • Resident Voice
    • Skeptics’ Guide to Emergency Medicine
    • Sound Advice
    • Special OPs
    • Toxicology Q&A
    • WorldTravelERs
  • Resources
    • ACEP.org
    • ACEP Knowledge Quiz
    • Issue Archives
    • CME Now
    • Annual Scientific Assembly
      • ACEP14
      • ACEP15
      • ACEP16
      • ACEP17
      • ACEP18
      • ACEP19
    • Annals of Emergency Medicine
    • JACEP Open
    • Emergency Medicine Foundation
  • About
    • Our Mission
    • Medical Editor in Chief
    • Editorial Advisory Board
    • Awards
    • Authors
    • Article Submission
    • Contact Us
    • Advertise
    • Subscribe
    • Privacy Policy
    • Copyright Information

Endovascular Treatment May Help Stroke Patients with Large Ischemic Core, Mismatch Profile

By Anne Harding | on December 13, 2016 | 0 Comment
ED Critical Care Uncategorized
  • Tweet
  • Click to email a link to a friend (Opens in new window) Email
Print-Friendly Version

NEW YORK (Reuters Health) – Some stroke patients with a large ischemic core and large mismatch imaging profile appear to benefit from endovascular treatment (ET), according to new findings.

You Might Also Like
  • Clinical Scores Fail to Identify Large-Artery Occlusion in Stroke Patients
  • Uric Acid May Prevent Early Ischemic Stroke Progression in Some Cases
  • Stent-Retriever Thrombectomy Safe and Effective for Acute Ischemic Stroke

Patients with large ischemic cores have typically been excluded from clinical trials of ET, Dr. Raul Nogueira of Emory University School of Medicine in Atlanta and his colleagues note.

“We hypothesized that CTP (computed tomographic perfusion) imaging may identify a subset of patients with high ischemic core volumes on presentation who remain at high risk for significant infarct expansion and thus could still benefit from endovascular reperfusion as a strategy to reduce their degree of disability,” the team writes in JAMA Neurology.

To investigate, they conducted a case-control study of 56 patients with a baseline ischemic core greater than 50 mL on CTP at their tertiary care center. Patients treated with ET were matched to those who received medical treatment alone based on age, baseline ischemic core volume and glucose levels.

Ninety-day modified Rankin Scale (mRS) scores had a significantly more favorable overall distribution in patients who underwent ET, the researchers found. While a quarter of the ET group were independent at 90 days, none of the patients in the control group were. Final infarct volumes were 87 mL in the ET group compared to 242 mL in the controls (P<0.001). One patient in the control group and two in the ET group developed parenchyma hematoma type 2.

Rates of hemicraniectomy and 90-day mortality were numerically lower with ET, but not significantly different. The 11 patients who were over 75 all had poor outcomes (mRS above 3). “In properly selected patients, ET appears to benefit patients with large core and large mismatch profiles,” Dr. Nogueira and colleagues write. “Future prospective studies are warranted.”

Dr. David S. Liebeskind of the University of California, Los Angeles, wrote an editorial accompanying the study. “Most of the prior studies and trials have focused in on ideally predicting exactly who will benefit the most,” he told Reuters Health by phone. “But this recent study raises a different question.”

“Even when patients present with more extensive ischemia on their scan, it may be worthwhile proceeding with revascularization although we know the outcome may not be as good as we would have hoped in another situation if there was less ischemia, but it doesn’t mean we should forego treatment,” he said.

“What remains unclear and must be defined from a practical standpoint is that we often have discordance or different perspectives on the specific extent of early ischemia on both CT and MRI,” Dr. Liebeskind added. “There is some discrepancy in assessing the degree of early ischemia depending on who reviews the scan and in what context and moreover to what purpose.”

Pages: 1 2 | Single Page

Topics: CardiovascularED Critical Careendovascular treatmentNeurologyResearchStroke

Related

  • Can AI Critically Appraise Medical Research?

    December 31, 2024 - 0 Comment
  • Peripartum Cardiovascular Disease Is Rare, But Serious

    December 31, 2024 - 0 Comment
  • Thrombolytics in Stroke: Moving Beyond Controversy to Comprehensive Care

    December 7, 2024 - 0 Comment

Current Issue

ACEP Now May 03

Read More

No Responses to “Endovascular Treatment May Help Stroke Patients with Large Ischemic Core, Mismatch Profile”

Leave a Reply Cancel Reply

Your email address will not be published. Required fields are marked *


*
*


Current Issue

ACEP Now May 03

Read More

Wiley
  • Home
  • About Us
  • Contact Us
  • Privacy
  • Terms of Use
  • Advertise
  • Cookie Preferences
Copyright © 2025 by John Wiley & Sons, Inc. All rights reserved, including rights for text and data mining and training of artificial technologies or similar technologies. ISSN 2333-2603