Skip to main content

The independent source for health policy research, polling, and news.

Subscribe Follow Us Donate
  • Trump 2.0

    Trump 2.0

    • Agency Watch
    • State Watch
    • Medicaid Watch
    • Rural Health Payout
  • Public Health

    Public Health

    • Vaccines
    • CDC & Disease
    • Environmental Health
  • Audio Reports

    Audio Reports

    • What the Health?
    • Health Care Helpline
    • KFF Health News Minute
    • An Arm and a Leg
    • Health Hub
    • HealthQ
    • Silence in Sikeston
    • Epidemic
    • See All Audio
  • Special Reports

    Special Reports

    • Bill Of The Month
    • The Body Shops
    • Broken Rehab
    • Deadly Denials
    • Priced Out
    • Dead Zone
    • Diagnosis: Debt
    • Overpayment Outrage
    • Opioid Settlement Tracking
    • See All Special Reports
  • More Topics

    More Topics

    • Elections
    • Health Care Costs
    • Insurance
    • Prescription Drugs
    • Health Industry
    • Immigration
    • Reproductive Health
    • Technology
    • Rural Health
    • Race and Health
    • Aging
    • Mental Health
    • Affordable Care Act
    • Medicare
    • Medicaid
    • Children’s Health

  • High Postcancer Medical Bills
  • Federal Workers’ Health Data
  • Cyberattacks on Hospitals
  • ‘Cheap’ Insurance

Morning Briefing

Summaries of health policy coverage from major news organizations

  • Email

Tuesday, Jun 7 2016

Full Issue

How The Superbug Discovery Unfolded

It was clear the germ was dangerous, but it took testing to realize the extent. “We had to drop everything else to get this done,” microbiologist Patrick McGann says. “When [the test] came back positive, all hell broke loose.”

The Washington Post: Behind The Scenes Of A U.S. Superbug Discovery That Made Headlines Around The World

Microbiologist Patrick McGann knew he had identified a dangerous germ. He just didn’t know how dangerous. In mid-May, a colleague had found a strain of E. coli bacteria from a 49-year-old Pennsylvania woman that tested positive for resistance to a drug called colistin. That’s the antibiotic used when all others fail. McGann, whose job is to prevent outbreaks of new pathogens in the U.S. military’s sprawling health-care system, wasn’t yet alarmed. Sometimes mutations occur spontaneously that make bacteria resistant to an antibiotic. It would be a completely different problem, though, if the bacteria turned out to carry a certain ­colistin-resistant gene called mcr-1. (Sun, 6/6)

This is part of the Morning Briefing, a summary of health policy coverage from major news organizations. Sign up for an email subscription.
Newsletter icon

Sign Up For Our Newsletter

Stay informed by signing up for the Morning Briefing and other emails:

Recent Morning Briefings

  • Tuesday, April 21
  • Monday, April 20
  • Friday, April 17
  • Thursday, April 16
  • Wednesday, April 15
  • Tuesday, April 14
More Morning Briefings
RSS Feeds
  • Podcasts
  • Special Reports
  • Morning Briefing
  • About Us
  • Donate
  • Staff
  • Republish Our Content
  • Contact Us

Follow Us

  • Instagram
  • YouTube
  • LinkedIn
  • Facebook
  • X
  • Bluesky
  • TikTok
  • RSS

Sign up for emails

Join our email list for regular updates based on your personal preferences.

Sign up
  • Editorial Policy
  • Privacy Policy

© 2026 KFF