Career ladders getting higher for nurses—what about allied health?

All cardiac care professionals could see more professional development, opportunity.

With the switch to value-based medicine, more nurses are becoming hospital CEOs reads an article published online today in Hospitals & Health Networks Magazine.

Three hospitals in the six-hospital Memorial Healthcare System in Florida are now run by nurses—for RNs, it seems, the career ladder has grown longer, with more nurses climbing higher in healthcare management.

Beyond Florida, an August 2016 article in Becker's Hospital Review listed 33 nurses who transitioned to hospital CEOs.

Why are more hospitals tapping nurses to run the organization? Management competencies are changing, says Lamont Yoder, RN, of the American Organization of Nurse Executives to H&HN Magazine's Maggie Van Dyke.

Continue reading Career ladders getting higher for nurses—what about allied health?

AACC scientists identify new cardiac biomarker

Plus, get ready for high sensitivity cardiac Troponin assays in practice.

Laboratory medicine experts discovered a new lipid biomarker panel to detect heart failure with reduced ejection fraction (HFrEF) even before symptoms present, with "much greater certainty than standard tests for this condition," according to a January 5 press release from the American Association for Clinical Chemistry (AACC).

The January issue of the AACC's journal, Clinical Chemistry focuses on cardiovascular disease and features research reflecting a "growing understanding of the molecular signatures of heart disease," according to the press release, and a trend towards developing "more precise tests for the early diagnosis, monitoring, and targeted treatment."

The study in question identified three new cardiac lipid biomarkers, a cardiac lipid panel (CLP), which "significantly improved diagnostic performance" when combined with the current standard biomarker approach for diagnosing heart failure, NT-proBNP.

Continue reading AACC scientists identify new cardiac biomarker

One Minute, Shared Decision-Making Aid Reduces Unnecessary Hospitalization

Additional cardiac imaging often unnecessary

Last week, Mayo Clinic researchers showed that using a shared decision-making aid to involve more patients in care decisions can prevent both unnecessary hospitalization and more advanced cardiac tests for patients with low-risk chest pain.

The "Chest Pain Choice" shared decision-making aid is one of the latest evidence-based practices built on high-sensitivity troponin rule-out of acute coronary syndrome for ED patients reporting acute chest pain. After the one-hour test, an additional "one minute" discussion to educate patients about their risk and reach a shared decision can prevent further unnecessary and costly testing.

ACVP Blog has discussed decision-making for acute chest pain before, suggesting that the fact the cardiac biomarker test can safely and accurately rule-out acute coronary syndrome within one hour "challenges [the] need" for commonly-used noninvasive imaging prior to patient discharge.

Continue reading One Minute, Shared Decision-Making Aid Reduces Unnecessary Hospitalization

Two common ways you might misinterpret medical research

Sophisticated statistics in medical research can be hard to translate to layman's terms, and when they are, these common misinterpretations can be downright misleading.

1. Odds ratios don't express relative risk.

In 1999, media reports resulting from a study published in the New England Journal of Medicine wrongly suggested that black patients and women were 40 percent less likely than white patients and men, respectively, to undergo cardiac catheterization.

The study's authors had used odds ratios to describe the significance of their findings—a common practice among statistically sophisticated researchers—which showed that black patients and women were definitely less likely to be referred for invasive procedures than white patients and men, but not how much less likely.

Continue reading Two common ways you might misinterpret medical research