Study Finds Men More Prone to “Hard Heart Syndrome” Mortality

Following traumatic experiences, such as a divorce or the loss of a loved one, individuals may encounter symptoms like chest pain and shortness of breath.

This phenomenon, clinically termed takotsubo cardiomyopathy, is believed to arise from emotional or physical stress that triggers a surge of hormones, including adrenaline, which hampers the heart’s ability to contract effectively. While most individuals recover swiftly, a minority may face heart failure.

Wounded heart syndrome predominantly affects women; however, men have a mortality rate that is more than double that of women. A study published recently in the Journal of the American Heart Association highlights this disparity.

The research examined data from around 200,000 adults in the U.S. who were hospitalized for this condition between 2016 and 2020. It found that nearly 11% of men in this group died, compared to about 5% of women. This was supported by previous studies indicating a higher mortality rate among men.

“It’s consistently noted that men generally do not experience takotsubo syndrome as frequently, but when they do, the outcomes tend to be worse,” explained Dr. Harmony Reynolds, director of NYU Langone Health’s Center for Women’s Cardiovascular Research, who was not part of the study.

The differences between men and women could be tied to the triggers of their conditions, according to the cardiologist. In men, the syndrome is often instigated by physical stressors like surgery or stroke, whereas in women, the triggers tend to be emotional, such as job loss or the death of a loved one.

“Individuals facing emotional stressors tend to fare better,” noted Dr. Iran Wittstein, a cardiologist at Johns Hopkins Medicine who was not involved in the study.

“Men appear to have a higher risk of severe outcomes or mortality, suggesting that a more dangerous trigger is necessary for syndrome onset.”

Dr. Mohammad Movahed, the principal investigator of the study, added that men may also struggle more with recovery from takotsubo cardiomyopathy. Research indicates lower social support for men to help them cope with stress.

“If the stressor is transient and then removed, there could still be damage to the heart or diminished recovery chances,” Movahed, a cardiologist at the University of Arizona Sarver Heart Center, explained.

However, scientists continue to explore the underlying mechanisms of the syndrome and why fatalities occur in rare instances.

“Researchers are still pursuing to uncover the definitive causes of this condition,” Wittstein remarked.

Is stress the only trigger?

To diagnose takotsubo cardiomyopathy, physicians look for certain hallmark signs. Typically, in affected patients, parts of the heart muscle balloon out, but there are usually no blocked arteries, which would indicate a heart attack. Most patients can also identify stressors that led to their episodes.

“During these moments, we feel the weight on our hearts,” stated Dr. Matthew Tomey, a cardiologist at Mount Sinai St. Luke’s Hospital in New York City. “It’s as if heartache manifests physically.”

However, Wittstein cautioned that stress alone may not suffice to trigger takotsubo syndrome.

“Some individuals might have minor work-related frustrations, engage in a slightly intense jog, or experience irritation at a red light,” he described.

Reynolds shared that one of her patients had four instances of the syndrome, each stemming from a mild stomach bug that caused vomiting.

“She is quite averse to vomiting, which likely contributed to her incidents,” she noted.

Wittstein now posits that certain individuals may harbor an inherent sensitivity to takotsubo syndrome. His findings suggest that stress hormones narrow small blood vessels around the heart, limiting blood flow and making some individuals, especially those with high blood pressure or cholesterol, more vulnerable.

Research indicates that postmenopausal women are at an elevated risk of developing this syndrome, potentially due to decreased estrogen levels, which facilitate the dilation of small blood vessels around the heart.

However, Reynolds emphasized that further research is needed to fully understand these mechanisms.

“There’s a suggestion that sex hormones may play a role, but establishing that link is still an ongoing challenge,” she said.

It’s complex to manage and prevent

The intricate nature of takotsubo cardiomyopathy can complicate its prevention and treatment.

Doctors often seek ways to alleviate stress, sometimes prescribing medications intended for other heart conditions, such as beta blockers, or recommending meditation and mental health support.

“To date, we have not identified any preventive drugs that effectively reduce complications, mortality rates, or specific therapies,” Movahed stated.

The new study found that mortality rates associated with takotsubo syndrome remained relatively stable from 2016 to 2020.

However, Wittstein noted that the study relies on diagnostic codes assigned to hospitalized patients, which might overlook broader circumstances influencing a patient’s death, particularly regarding strokes or other neurological issues.

“I suspect many individuals recover from takotsubo syndrome but subsequently succumb to other complications,” he remarked.

The cardiologist advises patients to seek immediate medical attention if they experience chest pain or shortness of breath, rather than attributing it solely to stress.

“Only through a comprehensive evaluation at the hospital can we differentiate between this condition and a traditional heart attack,” Reynolds cautioned. “Thus, it’s critical not to ignore chest pain.”

Source: www.nbcnews.com

AI’s potential for improving software development comes with hard truths

aAs you may have noticed, we’re in the midst of a craze about something called generative AI. Many hitherto ordinary people, and economists alike, are riding a wave of irrational enthusiasm about the potential for change. It’s the newest new thing.

Two antidotes are recommended for people suffering from fever. The first one,
Hype Cycle Monitor created by consultant Gartner
This indicates that the technology is currently at the “peak of inflated expectations” before plummeting into the “trough of disillusionment”. the other one is,
hofstadter’s law
describes the difficulty of estimating the time required for difficult tasks: “Even when Hofstadter’s law is taken into account, it always takes longer than expected.” Just because a powerful industry and its media patrons are losing their marbles about something doesn’t mean it’s going to wash over society as a whole like a tsunami. Reality moves at a much slower pace.

In the Christmas issue,
economist We published an instructive article titled “
Tractor history in English
” (itself a low-key homage to Marina Levicka’s hilarious 2005 novel).

History of Ukrainian tractors

of

)This article aims to explain “What tractors and horses can tell us about generative AI.” The lesson is that tractors have a long history, but they took a long time to transform agriculture. He has three reasons for this. Early versions were not as useful as backers thought. Introducing these required changes in the labor market. And farms had to reinvent themselves to use them.

So history suggests that whatever transformations AI hypemongers predict, they will materialize more slowly than expected.

However, there is one exception to this rule. It’s computer programming, or the business of creating software. Ever since digital computers were invented, humans have had to tell machines what they want them to do. Because machines could not speak English, machine code and programming languages ​​such as Fortran, Algol, Pascal, C, C++, Haskell, and Python evolved over generations. So if you wanted to communicate with a machine, you had to learn to speak Fortran. , C++ or whatever, is a tedious process for many people. And as the title the great Donald Knuth gave to the first book of his seminal five-volume guide suggests, programming has become something of an esoteric craft.

the art of computer programming
. As the world went digital, this craft became industrialized and rebranded as “software engineering” to downplay its artisanal origins. But mastering it remained an esoteric and valuable skill.

Then along came ChatGPT and the amazing discovery that not only could you create apparently clear sentences, but you could also create software. What’s even more remarkable is that when you outline a task with a plain English prompt, the machine writes the Python code needed to accomplish that task. Often the code is not perfect, but can be debugged by further interaction with the machine. And suddenly, a whole new perspective opened up. Even non-programmers can tell a computer to do something without having to learn computer conversation.

inside
new yorker Programmer James Summers recently wrote the following:
Lamentation essay What are the implications of this development? “A range of knowledge and skills that previously took a lifetime to acquire are being swallowed up all at once,” he said. “For me, coding has always felt like an endlessly deep and rich field. Now, I want to write a memorial to it. I’ve been thinking about Lee Sedol. Sedol is the world One of the best Go players and a national hero in South Korea, he is now best known for losing to a computer program called AlphaGo in 2016.”

That seems a little strange to me. The evidence we have suggests that programmers are embracing AI assistance like ducks to water.a
recent research
For example, 70% of software developers are using or plan to use AI tools in their work this year, and 77% of them have a “favorable or very favorable” opinion of these tools. I found out that They see them as a way to increase your productivity as a programmer, speed up your learning, and even “improve accuracy” when writing computer code.

This doesn’t seem like defeatism to me, but the attitude of experts who see this technology as “power steering for the mind,” as the saying goes. In any case, they don’t sound like horses.
economist's story. But just as tractors ultimately transformed agriculture, this technology will ultimately transform the way software is developed. In that case, software engineers will need to be more like engineers than craftsmen. It’s almost time (says this engineer and columnist).

what i was reading

Smart move?
Great quote from Gary Marcus on his Substack blog.
AI companies will be exempted from lobbying activities Not responsible for copyright infringement.

control mechanism
A very thoughtful article by Diana Enríquez on the Tech Policy Press website about what it means to be.
“managed” by algorithms.

Get out of your head

a
nice post Margaret Atwood’s Substack on films about the French Revolution, including Ridley Scott’s works
napoleon.

Source: www.theguardian.com

Carbon and nitrogen-based substance nearly as hard as diamond.

This carbon nitride is almost as hard as diamond.

Dominic Ranier and others

An elusive material that scientists have wanted to create for decades has finally been synthesized under tremendous heat and pressure. Its hardness is almost the same as diamond. It can be used as cutting tools, sensors, and even explosives.

In 1989, researchers theorized that materials made from carbon and nitrogen would be less compressible and more resistant to shear than the hardest known material, diamond. However, efforts to achieve this have failed.

now, dominique raniel He and his colleagues at the University of Edinburgh in the UK created a small sample of the material, a type of carbon nitride. They achieved this by compressing carbon and nitrogen between the points of the diamond at a pressure 700,000 times that of atmospheric pressure and heating it to 3000°C with a laser.

Diamond has a hardness of approximately 90 gigapascals, and the second hardest material known to date, cubic boron nitride, has a hardness of 50 to 55 GPa. Ranier said the new material scores between 78 and 86 GPa, depending on which of the three crystal structures it forms.

Quote from Works from 1989 The idea that the hardness of this substance exceeds that of diamond has now been overturned, and it is now believed that no substance exceeds it.

“There is a huge gap between diamonds and diamonds.” [previous] Second best. So we’re starting to bridge that gap and close it,” Lanier says. He said the new material is called carbon nitride, even though there are existing materials made from these two very different elements, adding that the more chemically accurate name is “a bit of an overstatement.” The researchers said they welcome proposals.

The samples are only 5 micrometers wide and 3 micrometers deep, which could make large-scale production difficult. Compressing the sample using larger diamonds could theoretically create larger pieces of material, but more intense compression would be required to form them.

This would make carbon nitride much more expensive to purchase than diamond. But Lanier said the material has advantages over diamond, such as generating electrical signals under pressure, which could be useful in sensors. Its high energy density also has the potential to make it a powerful explosive that is less toxic to the environment than current alternatives, Lanier said.

topic:

Source: www.newscientist.com