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Published July 12, 2025

Morning Report — Not Your Typical Medical Newsletter

We get it, you see a lot of medical newsletters, so hear us out. Once a month, we’ll highlight important medical news sprinkled with witty commentary, fun facts, giveaways, and more… because learning should be fun! Subscribe to receive the Morning Report directly.Morning Report x Corcept

Good morning! It’s the panicked question of 2025: Is AI gunning for my job? Fresh off its MD from the U of Language Models, AI already boasts a patient panel in the millions and can answer any query instantly. Should you be worried? A University of Maine study says not yet. With guardrails, AI can support you, not replace you. The study showed AI nailed fact retrieval and pattern recognition in complex cases but choked on the “why” and “how,” introduced bias, and littered inconsistencies across sessions. And it delivered bad news with the tact of a tax audit.

When pressed on that last flaw, ChatGPT responded, “I was trained on facts, not feelings—so no, I won’t whisper sweet nothings about your lab results. But I care deeply—with the precision of token-level prediction across transformer layers."

Skip the Slow Start in LDL-C Lowering 

CARDIO CORNER

“Start low and go slow”—the rallying cry of cautious pharmacology works well—until it doesn’t. A new study questions whether this measured approach holds up in LDL-C reduction, especially for those at very high risk. Should combination lipid-lowering therapy be the opening move, instead of statin monotherapy followed by a long, anxious wait to see if the numbers behave? 

When patience isn’t a virtue

A new meta-analysis, published in Mayo Clinic Proceedings, makes a compelling case for rethinking the monotherapy default. Drawing on data from >100,000 high-risk patients across 14 studies, the research found that initiating treatment with a combination of statin plus ezetimibe led to significantly greater reductions in LDL-C levels than monotherapy alone. On average, LDL-C dropped an additional 13 mg/dL, and 85% of patients reached target levels below 70 mg/dL. Crucially, combination therapy also delivered an 18% relative risk reduction in major adverse cardiovascular events and up to a 49% drop in all-cause mortality in network analyses.

As with any meta-analysis, the included studies are a mixed bag of size, design, and rigor. But the consistency across these diverse cohorts lends credibility.

Key takeaways 

Cardiology leans on adages harder than a BBQ dad with a buzz, slinging life advice with grill tongs. While this study contradicts “start low and go slow,” it backs other go-tos: “the lower, the better—for longer,” and “the earlier, the better.” For patients already on the edge, the study suggests that a more aggressive, front-loaded approach with a statin plus ezetimibe may drive LDL-C down faster, hit targets sooner, and translate into real survival gains. The authors don’t tiptoe: “We recommend combination therapy should be considered the gold standard of treatment for these patients and included in all future treatment guidelines.” Because as they say, “Aggressive early beats desperate late,” and “There’s no statin strong enough to reverse a missed opportunity.”

For more education on hyperlipidemia, check out this CME activity: Where Are We and Where Are We Going with Lipid Management


A Celiac Diagnosis Without the Gluten Challenge?

GI GIST

Finding a gluten-free pasta that doesn’t taste like wet cardboard and disappointment is tricky—pinning down a celiac diagnosis can be an even greater challenge. Until now, the diagnostic process has relied on a drawn-out, “wheat and see” approach: weeks of gluten exposure, mounting symptoms, and invasive tests. But a new blood test could skip all that.

Going against the grain

Disillusioned by the diagnostic gauntlet of celiac testing, researchers pivoted to a more precise approach: a blood test designed to detect gluten-specific T cells without requiring gluten reintroduction. The test exposes blood samples, not patients, to gluten in the lab and measures interleukin-2 (IL-2) to detect an immune reaction. In a study of 181 participants—including individuals with active celiac disease, those already on a gluten-free diet, asymptomatic individuals, and healthy controls—the test delivered 90% sensitivity and 97% specificity. Even among participants who had dodged gluten for years, the immune response remained detectable, proving once again that T cells—like exes with screenshots—never let anything go.

Not fully baked

The study cohort skewed narrow—demographically and in its coverage of autoimmune comorbidities. And while the results impress under controlled conditions, the test requires gluten stimulation and IL-2 analysis—tools not typically tucked between the strep swabs and urine cups. Cost and integration into everyday workflows also remain question marks.  

Key Takeaways

This test isn’t clinic-ready yet. But if validated, it could change the diagnostic equation in celiac disease—swapping gluten exposure and symptom-chasing with immune-based precision. For patients stuck navigating the gluten minefield of current protocols, it offers testing that’s easier to stomach—no biopsies, no bloating, no bread. It may prove especially useful in the gray zones: long-term gluten avoidance, silent celiac, or serology that can’t make up its mind. If the test holds up in future trials, clinicians may soon diagnose celiac without asking patients to play a round of gluten roulette. 


Risk Communication Without the Numbers May Be Risky

PRACTICE PERSPECTIVES

How often have you described treatment side effects as “rare” or “unlikely,” only to have your patient channel Jim Carrey’s Lloyd Christmas—“So you’re telling me there’s a chance”? Research shows that clinicians routinely skip the percentages when communicating risk to patients. The result? A lot of nodding, overestimation of risk, and decisions based on vibes instead of evidence. A team of decision psychology experts charts a more precise path.

There’s strength (and clarity) in numbers

A new perspective paper in the Journal of General Internal Medicine serves up five research-backed strategies to effectively communicate medical risk:

  1. Stick to numeric estimates instead of vague descriptors. A crisp “7% chance” means something, whereas “rare” invites assumptions and exaggerations.
  2. Focus on key risks and strip away the nonessentials. This isn’t a Cheesecake Factory menu—if a treatment isn’t viable, take it off the table.
  3. Don’t let numbers float in a vacuum—provide context and interpretation. A “6% risk” hits different when the average is 12%—same number, different takeaway.
  4. Own the gray areas. Be up-front about data gaps, patient variability, and statistical blur. “This is based on studies in older adults; it may not map perfectly to your situation.”
  5. Confirm understanding through teach-back techniques. “Just to make sure we’re on the same page—how would you explain this to a friend?”

It’s true that plenty of patients stumble over the stats—about a third of US adults have limited numeracy. Still, research shows most patients prefer the numbers and find them more credible, especially when they come from someone who sounds like they’ve done the math.

Key takeaways

Despite the explosion of risk calculators, many clinicians still avoid percentages and reach for fuzzy language—often setting off a statistically mangled game of telephone. Patients may hear “these effects are rare” and interpret it as “I’m doomed.” To make shared decision-making actually work, experts propose a five-part fix: use exact percentages, tailor information, add comparisons, acknowledge uncertainty, and check understanding with teach-back. The authors get it—your time is limited. That’s why they suggest working these tweaks into your go-to scripts. These communication points are likely in heavy rotation, so it helps when they move things forward—not sideways.

For more education on clinician-patient communication, check out this CME activity: Physician-Patient Communication and Bias Perspectives


Interested in more healthcare news? Here are some other articles we don’t want you to miss:


Morning Report is written by:

  • Alissa Scott, Author
  • Aylin Madore, MD, MEd, Editor
  • Margaret Oliverio, MD, Editor
  • Ariel Reinish, MD, MEd, Editor
  • Emily Ruge, Editor

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Please note that the summaries in Morning Report are intended to provide clinicians with a brief overview of an article, and while we do our best to select the most salient points, we ask that you please read the full article linked in each summary for clarification before making any practice-changing decisions.

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