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Tag: Kim Bellard

Lead Pipe Cinch

By KIM BELLARD

The term “lead pipe cinch” means something that is very easy or certain. Here’s two things that are lead pipe cinches: first, that ingesting lead, such as from the water or the air, is bad for us. It’s especially bad for children, whose cognitive abilities can be impaired. Second, that the Biden Administration’s latest proposal to reduce the lead in our drinking water is not going to accomplish that.

The new proposed rules would require that lead service lines be replaced within ten years; there are estimated to still be some 9.2 million such lines in the U.S. The trouble is, no one really knows how many there are or where exactly they are, making replacement difficult. So step two of the rules is for an initial inventory by next October. The “acceptable” parts per billion would drop from 15 to 10. Utilities would also have to improve tap sampling and consumer outreach.

“This is the strongest lead rule that the nation has ever seen,” Radhika Fox, the E.P.A.’s assistant administrator for water, told The New York Times. “This is historic progress.”

Erik Olson, an expert with the Natural Resources Defense Council is also hopeful, telling NPR: “We now know that having literally tens of millions of people being exposed to low levels of lead from things like their drinking water has a big impact on the population. We’re hoping this new rule will have a big impact.”

The EPA estimates the replacement will cost $20b to $30b over the next decade; the 2021 Infrastructure Act allocated $15b, along with $11.7b available from the Drinking Water State Revolving Fund. Of course, the cost will be much higher.

Chicago alone claims it will cost $10b to replace its estimated 400,000 lead pipes. The Wall Street Journal reports: “David LaFrance, CEO of the American Water Works Association, a trade group, said the total cost could “easily exceed” $90 billion. He said the average cost to replace a single lead service line is more than $10,000, nearly double the EPA’s estimate.”

If the federal funds aren’t enough, Ms. Fox says: “We strongly, strongly encourage water utilities to pay for it,” but you should probably expect customers will end up paying – or that some of those pipes won’t be getting replaced.

It’s not like any of this is catching us by surprise. You probably remember the 2014 scandal with the Flint (MI) water crisis, with all those people lining up for bottled water. You may not remember similar crises in Washington D.C., Newark (NJ), or Benton Harbor (MI). “The Washington, D.C., lead-in-water crisis was far more severe than Flint in every respect,” Yanna Lambrinidou, a medical anthropologist at Virginia Tech and co-founder of the Campaign for Lead Free Water, told AP.

The EPA issued a set of rules around lead pipes in 1991, but those rules were watered down, and little progress has been made since. Ronnie Levin, an EPA researcher at the times, also told AP: “But, you know, we’ve been diddling around for 30 years.”

Because, you know, that’s what we do, especially when fixing a problem costs too much money.

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(We Don’t) Trust The Science

By KIM BELLARD

I know the A.I. community is eagerly waiting for me to weigh in on the Sam Altman/OpenAI dramedy (🙄), but I’m not convinced this isn’t all a ploy by ChatGPT, so I’m staying away from it.  A.I. may, indeed, be an existential issue for our age, but it’s one of many such issues that I fear we’re not, as a society, going to be equipped to handle.

Last week the Pew Research Center issued an alarming report Americans’ Trust in Scientists, Positive Views of Science Continue to Decline. Now, a glass half-full kind of person might look at it and say – no, it’s good news!  Fifty-seven percent of Americans agree science has a mostly positive impact on society, and 73% have a great deal or a fair amount in confidence in scientists to act in the public’s best interests.  For medical scientists it was 77%. Only the military (74%) also scored above 70%. That’s good news, right?

The glass half-empty person would point to the downward trend in just the past few years: at the beginning of the pandemic (April 2020) the respective percentages were 87% (scientists), 89% (Medical scientists), and 83% military.  The faith in them has continued to drop since.  Things are trending in the wrong direction, quickly.

If the glass was half full, it’s spilling now.

About a third (34%) of the public thinks that the impact of science on society has had an equally positive and negative impact, while 8% think science has had a mostly negative impact. Again, the trend has been negative since the pandemic; the 57% who think science has a positive impact was 73% in January 2019. That’s alarming.

The skepticism about scientists and the value of science has increased generally but is more pronounced among Republicans and those without a college degree.  E.g., only 61% of Republicans have a fair/great amount of confidence in scientists, versus 85% in April 2020 and versus 86% of Democrats now.  Fewer than half (47%) of Republicans think science has had a mostly positive impact on society, versus 70% on January 2019.

In the supposed most developed country in the world, 39% of Americans think the U.S. is losing ground in science achievement versus the rest of the world, and only 52% even agree it is important for the U.S. to be a world leader in scientific achievements.  10% didn’t think it was important at all. Young people, surprisingly, were most skeptical.

I wonder what they do think it is important for us to be the world leader in.

The problem may be that a third thought developments in science were changing society too quickly (43% among Republicans).  They want their new iPhones, they like fast internet speeds, they demand the latest treatments when they get sick, but somehow they don’t connect those to science.

I think about this when I read about the Texas board of education fighting about how science is taught in Texas schools.

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About That New Generation of Clinicians

By KIM BELLARD

I saw a report last week – Clinician of the Future 2023 Education Edition, from Elsevier Healththat had some startling findings, and which didn’t seem to garner the kind of coverage I might have expected.  Aside from Elsevier’s press release and an article in The Hill, I didn’t see anything about it.  It’s worth a deeper look.

The key finding is that, although 89% say they are devoted to improving patients’ lives, the majority are planning careers outside patient care.  Most intend to say in healthcare, mind you; they just don’t see themselves staying in direct patient care.

We should be asking ourselves what that tells us.

The report was based on a survey of over 2,000 medical and nursing students, from 91 countries, as well as two roundtable sessions with opinion leaders and faculty in the United States and United Kingdom.  Since I’m in the U.S. and think most about U.S. healthcare, I’ll focus mostly on those respondents, except when they’re not split out or where the U.S. responses are notably different.

Overall, 16% of respondents said they are considering quitting their medical/nursing studies (12% medical, 21% nursing), but the results are much worse in the U.S, especially for medical students – 25% (nursing students are still 21%).  That figure is higher than anywhere else. Globally, a third of those who are considering leaving are planning to leave healthcare overall; it’s closer to 50% in the U.S.

Tate Erlinger, vice president of clinical analytics at Elsevier, noted: “There were several things [that] sort of floated to the top at least that caught my attention. One was sort of the cost, and that’s not limited to the U.S., but the U.S. students are more likely to be worried about the cost of their studies.”  Overall, 68% were worried about the cost of their education, but the figure is 76% among U.S. medical students (and for UK medical students).  

Having debt from their education is a factor, as almost two-thirds of nursing students and just over half of medical students are worried about their future income as clinicians, with U.S. medical students the least worried (47%).

It’s worth noting that 60% are already worried about their mental health, and the future is daunting: 62% see a shortage of doctors within ten years and 64% see a shortage of nurses. Globally, 69% of students (65% medical, 72% nursing) are worried about clinician shortages and the impact it will have on them as clinicians.

Where it gets really interesting is when asked: “I see my current studies as a stepping-stone towards a broader career in healthcare that will not involve directly treating patients.” Fifty-eight percent (58%) agreed (54% medical, 62% nursing). Every region was over 50%. In the U.S., the answer was even higher – 61% overall (63% medical, 60% nursing).

Dr. Sanjay Desai, one of the U.S. roundtable panelists, said: “I know this might evolve as they go through their education, but 6 out of 10 in school, when we hope that they’re most excited about that career, are looking at it with skepticism. That is surprising to me.” 

Me too.

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Rube Goldberg Would Be Proud

By KIM BELLARD

Larry Levitt and Drew Altman have an op-ed in JAMA Network with the can’t-argue-with-that title Complexity in the US Health Care System Is the Enemy of Access and Affordability. It draws on a June 2023 Kaiser Family Foundation survey about consumer experiences with their health insurance. Long stories short: although – surprisingly – over 80% of insured adults rate their health insurance as “good” or “excellent,” most admit they have difficulty both understanding and using it. And the people in fair or poor health, who presumably use health care more, have more problems.

Health insurance is the target in this case, and it is a fair target, but I’d argue that you could pick almost any part of the healthcare system with similar results. Our healthcare system is perfect example of a Rube Goldberg machine, which Merriam Webster defines as “accomplishing by complex means what seemingly could be done simply.”   

Boy howdy.

Health insurance is many people’s favorite villain, one that many would like to do without (especially doctors), but let’s not stop there. Healthcare is full of third parties/intermediaries/middlemen, which have led to the Rube Goldberg structure.

CMS doesn’t pay any Medicare claims itself; it hires third parties – Medicare Administrative Contactors (formerly known as intermediaries and carriers). So do employers who are self-insured (which is the vast majority of private health insurance), hiring third party administrators (who may sometimes also be health insurers) to do network management, claims payment, eligibility and billing, and other tasks.

Even insurers or third party administrators may subcontract to other third parties for things like provider credentialing, utilization review, or care management (in its many forms). Take, for example, the universally reviled PBMs (pharmacy benefit managers), who have carved out a big niche providing services between payors, pharmacies, and drug companies while raising increasing questions about their actual value.

Physician practices have long outsourced billing services. Hospitals and doctors didn’t develop their own electronic medical records; they contracted with companies like Epic or Cerner. Health care entities had trouble sharing data, so along came H.I.E.s – health information exchanges – to help move some of that data (and HIEs are now transitioning to QHINs – Qualified Health Information Networks, due to TEFCA).

And now we’re seeing a veritable Cambrian explosion of digital health companies, each thinking it can take some part of the health care system, put it online, and perhaps make some part of the healthcare experience a little less bad. Or, viewed from another perspective, add even more complexity to the Rube Goldberg machine. 

On a recent THCB Gang podcast, we discussed HIEs. I agreed that HIEs had been developed for a good reason, and had done good work, but in this supposed era of interoperability they should be trying to put themselves out of business. 

HIEs identified a pain point and found a way to make it a little less painful. Not to fix it, just to make it less bad. The healthcare system is replete with intermediaries that have workarounds which allow our healthcare system to lumber along. But once in place, they stay in place. Healthcare doesn’t do sunsetting well.

Unlike a true Rube Goldberg machine, though, there is no real design for our healthcare system. It’s more like evolution, where there are no style points, no efficiency goals, just credit for survival. Sure, sometimes you get a cat through evolution, but other times you get a naked mole rat or a hagfish. Healthcare has a lot more hagfish than cats.

I’m impressed with the creativity of many of these workarounds, but I’m awfully tired of needing them. I’m awfully tired of accepting that complexity is inherent in our healthcare system.

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Y2Q and You

By KIM BELLARD

Chances are, you’ve at least somewhat concerned about your privacy, especially your digital privacy.  Chances are, you’re right to be.  Every day, it seems, there are more reports about data beeches, cyberattacks, and selling or other misuse of confidential/personal data.  We talk about privacy, but we’re failing to adequately protect it. But chances are you’re not worried nearly enough.

Y2Q is coming. 

That is, I must admit, a phrase I had not heard of until recently. If you are of a certain age, you’ll remember Y2K, the fear that the year 2000 would cause computers everywhere to crash.  Business and governments spent countless hours and huge amounts of money to prepare for it. Y2Q is an event that is potentially just as catastrophic as we feared Y2K would be, or worse. It is when quantum computing reaches the point that will render our current encryption measures irrelevant.

The trouble is, unlike Y2K, we don’t know when Y2Q will be.  Some experts fear it could be before the end of this decade; others think more the middle or latter part of the 2030’s.  But it is coming, and when it comes, we better be ready.

Without getting deeply into the encryption weeds – which I’m not capable of doing anyway – most modern encryption relies on factoring unreasonably large numbers – so large that even today’s supercomputers would need to spend hundreds of years trying to factor.  But quantum computers will take a quantum leap in speed, and make factoring such numbers trivial. In an instant, all of our personal data, corporations’ intellectual property, even national defense secrets, would be exposed. 

“Quantum computing will break a foundational element of current information security architectures in a manner that is categorically different from present cybersecurity vulnerabilities,” warned a report by The RAND Corporation last year.

“This is potentially a completely different kind of problem than one we’ve ever faced,” Glenn S. Gerstell, a former general counsel of the National Security Agency, told The New York Times.  “If that encryption is ever broken,” warned mathematician Michele Mosca in Science News, “it would be a systemic catastrophe. The stakes are just astronomically high.”

The World Economic Forum thinks we should be taking the threat very seriously.  In addition to the uncertain deadline, it warns that the solutions are not quite clear, the threats are primarily external instead of internal, the damage might not be immediately visible, and dealing with it will need to be an ongoing efforts, not a one-time fix.

Even worse, cybersecurity experts fear that some bad actors – think nation-states or cybercriminals – are already scooping up troves of encrypted data, simply waiting until they possess the necessary quantum computing to decrypt it.  The horse may be out of the barn before we re-enforce that barn. 

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GoodWill’s Lessons for Health Care

By KIM BELLARD

The New York Times had an interesting profile this weekend about how Goodwill Industries is trying to revamp its online presence – transitioning from its legacy ShopGoodwill.com to a new platform GoodwillFinds — in the amidst of numerous other online resellers.  It zeroed in on the key distinction Goodwill has:

But Goodwill isn’t doing this just because it wants to move into the 21st century. More than 130,000 people work across the organization, while two million people received assistance last year through its programs, which include career navigation and skills training. Those opportunities are funded through the sales of donated items.

Moreover, the article continued: “Last year, Goodwill helped nearly 180,000 people through its job services.” 

In case you weren’t aware, Goodwill has long had a mission of hiring people who otherwise face barriers to employment, such as veterans, those who lack job experience or educational qualifications, or have handicaps.  As it says in its mission statement, it “works to enhance the dignity and quality of life of individuals and families by strengthening communities, eliminating barriers to opportunity, and helping people in need reach their full potential through learning and the power of work.”

As PYMNTS wrote earlier this month: “Every purchase made through GoodwillFinds initiates a chain reaction, providing job training, resume assistance, financial education, and essential services to individuals in need within the community where the item was contributed.” 

I want healthcare to have that kind of commitment to patients.

Healthcare claims to be all about patients. You won’t find many that openly talk about profits or return on equity. Reading mission statements of healthcare organizations yield the kinds of pronouncements one might expect.  A not-entirely random sample:

Cleveland Clinic: “to be the best place for care anywhere and the best place to work in healthcare.”

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There Needs to Be an “AI” in “Med Ed”

By KIM BELLARD

It took some time for the news to percolate to me, but last month the University of Texas San Antonio announced that it was creating the “nation’s first dual program in medicine and AI.” That sure sounds innovative and timely, and there’s no question that medical education, like everything else in our society, is going to have to figure out how to incorporate AI. But, I’m sorry to say, I fear UTSA is going about it in the wrong way.

UTSA has created a five year program that will result in graduates obtaining an M.D. from UT Health San Antonio and a Master of Science in Artificial Intelligence (M.S.A.I.) from UTSA. Students will take a “gap year” between the third and fourth year of medical school to get the M.S.A.I. They will take two semesters in AI coursework, completing a total of 30 credit hours: nine credit hours in core courses including an internship, 15 credit hours in their degree concentration (Data Analytics, Computer Science, or Intelligent & Autonomous Systems) and six credit hours devoted to a capstone project.

“This unique partnership promises to offer groundbreaking innovation that will lead to new therapies and treatments to improve health and quality of life,” said UT System Chancellor James B. Milliken.

“Our goal is to prepare our students for the next generation of health care advances by providing comprehensive training in applied artificial intelligence,” said Ronald Rodriguez, M.D., Ph.D., director of the M.D./M.S. in AI program and professor of medical education at the University of Texas Health Science Center at San Antonio. “Through a combined curriculum of medicine and AI, our graduates will be armed with innovative training as they become future leaders in research, education, academia, industry and health care administration. They will be shaping the future of health care for all.”

Dhireesha Kudithipudi, a professor in electrical and computer engineering who was tasked with helping develop the university’s AI curriculum, told Preston Fore of Fortune:

In lots of scenarios, you might see AI capabilities are being very exaggerated—that it might replace physicians and so forth. But I think our line of inquiry was guided in a different way, in a sense how we can promote this AI physician interaction-AI patient interaction, bringing humans to the center of the loop, and how AI can enhance care or emphasize more patient centric attention.

OK, fabulous.  But, you know, computers have been integral to healthcare for decades, especially the past 15 years (due to EMRs), and we don’t expect doctors to get Masters in Computer Science. We’re just happy when they can figure out how to navigate the interfaces. 

To be honest, I was expecting more from UT.

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THCB Gang Episode 129, Thursday July 6

Joining Matthew Holt (@boltyboy) on #THCBGang on Thursday July 6 at 1pm PST 4pm EST were futurist Ian Morrison (@seccurve); writer Kim Bellard (@kimbbellard); health economist Jane Sarasohn-Kahn (@healthythinker); & patient advocate Robin Farmanfarmaian (@Robinff3);

Two special guests joined us today, Bob Rebitzer, these days at Manatt Health & brother Jim Rebitzer Professor at Boston University’s Questrom School of Business. We discussed their new book Why Not Better & Cheaper

The video is below. If you’d rather listen to the episode, the audio is preserved from Friday as a weekly podcast available on our iTunes & Spotify channels

Not The Last of Them

By KIM BELLARD

I’m seeing two conflicting yet connected visions about the future. One is when journalist David Wallace-Wells says we might be in for “golden age for medicine,” with CRISPR and mRNA revolutionizing drug development. The second is the dystopian HBO hit “The Last of Us,” in which a fungal infection has turned much of the world’s population into zombie-like creatures.

The conflict is clear but the connection not so much. Mr. Wallace-Wells never mentions fungi in his article, but if we’re going to have a golden age of medicine, or if we want to avoid a global fungal outbreak, we better be paying more attention to mycology – that is, the study of fungi.

We don’t need “The Last of Us” to be worried about fungal outbreaks.  The Wall Street Journal reports:

Severe fungal disease used to be a freak occurrence. Now it is a threat to millions of vulnerable Americans, and treatments have been losing efficacy as fungal pathogens develop resistance to standard drugs. 

“It’s going to get worse,” Dr. Tom Chiller, head of the fungal-disease branch of the Centers for Disease Control and Prevention, warns WSJ.

A new study found that a common yet extremely drug resistant type of fungus — Aspergillus fumigatus – has been found even in a very remote, sparsely populated part of China.  Professor Jianping Xu, one of the authors, points out: “This fungus is highly ubiquitous — it’s around us all the time. We all inhale hundreds of spores of this species every day.”

We shouldn’t be surprised, because fungi tend to spread by spores  In fact, according to Merlin Sheldrake’s fascinating Entangled Life: How Fungi Make Our Worlds, Change Our Minds, and Shape Our Futures, fungi spores are the largest source of living particles in the air. They’re also in the ground, in the water, and in us. They’re everywhere.

That sounds scary, but without fungi, we not only wouldn’t be alive, we never would have evolved.

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