Apple has announced that the next version of their Macintosh operating system will abandon the tradition of being named after big cats (Jaguar, etc.) and will instead be named “OS X Mavericks,” to commemorate the surfing locale near San Francisco.

Presumably, Mavericks is the first in a new series of names, but Apple did not announce the series theme.  Friends speculating yesterday had some good guesses:

  • California locations (to fit Apple’s “designed in California” tagline)

  • Beaches

  • Words named after people (so “OS X Sadistic” would be a possibility)

  • Call signs from Top Gun

I’m hoping it’s call signs from Top Gun, which would mean we could look forward to OS X Iceman, OS X Goose, and OS X Joker. OS X Cougar would have nicely bridged big cats and call signs, but that wouldn’t fly today!

First published on WSJ.com on April 12, 2013

Two years from now, all true physicians will be applauding the Affordable Care Act. Those who do not will reveal themselves as untrue physicians.

A true physician’s first concern is, and must be, the health of his or her patients. The true physician’s second concern is for the public health. Taxes, nanny state worries, and politics are lower on the list, and they do not distinguish a physician from other members of society.

Without access to patients, however, physicians cannot work their science-magic. And without access to the health-care system, the public’s disease-fighting options are reduced to lifestyle changes, over-the-counter medications, placebos and barber-surgeons—none of which is going to cure a case of bilobar pneumonia or any other serious illness.

Even critics of the Affordable Care Act acknowledge that it will bring health-care access to 30 million Americans. This will save lives — and not just a few. Last year the New England Journal of Medicine published a study showing that, for every million adults added through Medicaid expansion, 5,600 deaths per year were prevented. Extrapolated to 30 million enrollees, that would be akin to curing both malignant melanoma and lupus.

Physicians cannot, of course, wholly divorce professional idealism and economic concerns. Nor can society. It is supremely important that compensation in medicine remains high, otherwise the best and brightest will waste their lives in meaningless pursuits of money on Wall Street. Nobody wants a dullard for a doctor.

Thus, while it is completely fair for taxpayers to ask whether the Affordable Care Act’s predicted cost savings will occur, physicians must be physicians first, and taxpayers second.

First published on WSJ.com on April 10, 2013

No one wants to be fat, yet 73% of our population is. Why?

It’s not an exercise problem. Normally, when we humans exert ourselves less, we eat less–our inborn biological mechanisms unconsciously match our food intake to our energy output.

Instead, something in modern America has overpowered–one might even use the word “hacked”–these mechanisms.

There are many ways to hack our eating controls. Among the simplest is enabling eaters to wolf down calories quickly, before their bodies can chemically perceive that calories have been ingested and generate the “full” feeling that stops eating.

Both liquids and processed foods excel at this. It takes about 10 times as long to eat a pound of apples (17 minutes) as to drink a pound of apple juice (1.5 minutes). People eat just 13 grams of raw carrots per minute, versus 130 grams of boiled carrots from a glass container. Two bites of a Big Mac, with its high-fat sauce, will give you far more calories that two heaping forkfuls of red beans and rice.

The food industry has done a fantastic job at engineering enticing, inexpensive processed foods that, deliberately or not, confuse our Stone Age satiety mechanisms.  Meanwhile, the foods that best suit human physiology–vegetables especially–are so inconvenient and expensive (on a per-calorie basis) that consumers understandably walk past them.

Government should implement price incentives to counterbalance evasions of our innate eating controls. Thus, a cap-and-trade system, with “credits” calculated according to nutritional and other characteristics of foods, would make good food available at great prices, and bad foods available at higher prices. Just as importantly, increasing the profit margins on good foods would steer industry’s remarkable talents in a direction that improves American diet, American health, and American waistlines.

First published on WSJ.com on April 9, 2013

In all of medicine, this is the simplest question to answer, but has the hardest solution to implement.

To get the biggest improvement in physician-patient communication, physicians need do only one thing: slow down.

In the U.S., the median duration of visits to office-based physicians is less than 15 minutes.  That’s not very long to do all the black-and-white things that need doing. So it’s unsurprising that communication—being the pre-eminent shades-of-gray activity—is reduced to bare minimums.

Electronic health records have compounded this problem because they, too, demand communication time from the physician. And being legal documents, their need trumps the patient’s need. The next generation of EHRs will continue to have clunky interfaces and will therefore continue to steal time from the patient. Hopefully, the generation after that will actually improve the physician’s efficiency, and repay time previously stolen from patients.

Even after that happy day, however, time considerations will still dominate physician-patient communication.  With the sole exception of military aviation, where flight surgeons integrate themselves into the flying activities of their patients and thereby enjoy unconstrained interaction, there will never be enough time.

Realistically, the best thing physicians can do to improve communication is put themselves into the heads of their patients. Done right, this results in using language that matches the faculties of the patient, minimizing distractions and interruptions, and anticipating questions.

One of my clinical heroes, Dr. Philip Tumulty of Johns Hopkins, wrote: “A pair of kidneys will never come to the physician for diagnosis and treatment. They will be contained within an anxious, fearful, wondering person, asking puzzled questions about an obscure future, weighed down by the responsibilities of a loved family, and with a job to be held, and with bills to be paid.”

Rejected by JAMA in March 2013.

To the Editor:

JAMA’s laudable effort to upgrade medical abstracts [1] represents only a syntactic improvement in communicating quantitative results. It was proposed by editors faced with reviewing multitudes of abstracts submitted to research meetings.

Of greater use to JAMA’s general medical readership, and especially to the innumerable members of the public who read JAMA abstracts online via the Pubmed system, would be a graphical flow chart describing each study’s design. Instead of syntactic sugar, this would provide at-a-glance understanding of what is often the most innovative part of a study.

Such charts are now familiar to readers, having been part of JAMA’s instructions to authors since at least 1998 [2]. However, because they are often laden with details [3], they are themselves candidates for abstraction.

Although Pubmed already supports graphics in its abstract pages, authors would be better specifying these proposed abstract-flow-charts declaratively, e.g. with an XML data description language. Pubmed could then, someday, support searches based on details of study design, thereby fulfilling the hope expressed during JAMA’s introduction of structured abstracts in 1991: to “allow more precise computerized literature searches” [4].

[1] Bauchner H, Henry R, Golub RM. The restructuring of structured abstracts: adding a table in the results section. JAMA. 2013; 309: 491-492.   Pubmed 23385278

[2] Anonymous. JAMA instructions for authors. JAMA. 1998; 279: 69-72.

[3] Paradise JL, Bluestone CD, Colborn DK, Bernard BS, Smith CG, Rockette HE, Kurs-Lasky M. Adenoidectomy and adenotonsillectomy for recurrent acute otitis media: parallel randomized clinical trials in children not previously treated with tympanostomy tubes. JAMA. 1999; 282: 945-53.

[4] Anonymous. Structuring abstracts to make them more informative. JAMA. 1991; 266: 116-117.