logo
You can actually die of a broken heart after bereavement, study shows

You can actually die of a broken heart after bereavement, study shows

CNN28-07-2025
You can actually die of a broken heart after the death of a loved one, especially if the grief is overwhelming, new research shows.
Bereaved relatives who experienced 'high levels' of grief symptoms were more likely to die in the 10 years following their bereavement than those who experienced 'low levels' of grief, a study published Friday in the journal Frontiers in Public Health found.
In the study, coauthor Mette Kjærgaard Nielsen, a postdoctoral researcher at Aarhus University in Denmark, and her colleagues investigated the long-term health outcomes of bereaved relatives in Denmark over the course of 10 years, dividing the 1,735 participants into groups who experienced 'low levels' and 'high levels' of grief symptoms.
During the study period, 26.5% of the relatives who showed high levels of grief died, compared with 7.3% of those who were less powerfully affected.
These 'high levels' of grief are defined as someone experiencing more than half of nine grief symptoms researchers have identified. These include feeling emotionally numb or that life is meaningless; experiencing difficulty accepting the loss; and experiencing confusion over their own identity.
Participants were asked to fill in questionnaires when they first enrolled in the study, as well as six months and three years after their bereavement, allowing researchers to collect their symptoms.
At the same time, researchers observed how often the study participants interacted with the health care system, finding that relatives with high grief symptoms also used more antidepressant medication, mental health services and primary care services.
'Those with a high grief trajectory seem to be a vulnerable group of relatives already before the death, with need for special attention,' Nielsen told CNN via email.
'(They) may need additional support. They may experience distress and have difficulties coping with the situation,' she said, pointing to previous studies that have highlighted low socioeconomic status, poor self-reported health, and higher symptoms of depression and anxiety as all contributing to overwhelming grief.
Even accounting for these risk factors, the researchers have 'done a good job' isolating the specific effect of grief, Sian Harding, a cardiologist and professor emeritus of cardiac pharmacology at Imperial College London who wasn't involved in the research, told CNN.
One of the 'key things' about the paper is its longitudinal perspective, she said, since 'we know very well that there's an acute effect of any kind of bereavement on heart health.'
'It was not a particular surprise to me that this particular form of stress, while prolonged, has a damaging effect on the body. It can come out particularly as heart disease, but other things as well,' Harding added.
While this study didn't investigate the bereaved relatives' causes of death, it aligns with wider research showing the effect a traumatic loss can have on a person's physical health.
One cardiac condition known as broken heart syndrome — also called stress-induced cardiomyopathy or Takotsubo cardiomyopathy — is a well-established acute phenomenon, triggered by intensely stressful situations, like losing a loved one.
Prolonged stress caused by bereavement can also cause raised blood pressure, raised cortisol, an increased risk of diabetes, and poor mental health, Harding said. She also noted previous research into broken heart syndrome that found that some people die on the anniversary of their bereavement.
Findings from the latest study suggest that healthcare workers 'may be able to discover distressed relatives early in the patient's illness trajectory and offer follow up,' Nielsen said.
Get inspired by a weekly roundup on living well, made simple. Sign up for CNN's Life, But Better newsletter for information and tools designed to improve your well-being.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Scientists Discovered a Way to Reverse Time—and Possibly Erase Mistakes
Scientists Discovered a Way to Reverse Time—and Possibly Erase Mistakes

Yahoo

timean hour ago

  • Yahoo

Scientists Discovered a Way to Reverse Time—and Possibly Erase Mistakes

Here's what you'll learn when you read this story: In the physical world, time marches in one direction, but things aren't so straight forward in the quantum realm. Researchers have discovered that it's possible to speed up, slow down, or reverse the flow of time in a quantum system. This isn't exactly time travel, but is instead implementing or reverting to different quantum states from different points in time. In the subatomic universe of quantum physics, you can achieve things considered impossible in our flesh-and-blood physical world. Things like superposition, entanglement, and even teleportation all seem possible when things go quantum. Now, scientists from the Austrian Academy of Sciences (ÖAW) and University of Vienna are adding a kind of time travel to the list. In a series of papers published on preprint servers and in various online journals (including Optica, arXiv, and Quantum), researchers including ÖAW's Miguel Navascués and University of Vienna's Philip Walther explain the possibility of speeding up, slowing down, and even reversing the flow of time within a quantum system. Navascués compares the phenomenon to different movie-watching experiences. 'In a theater [classical physics], a movie is projected from beginning to end, regardless of what the audience wants,' he told the Spanish-language newspaper El País. 'But at home [the quantum world], we have a remote control to manipulate the movie. We can rewind to a previous scene or skip several scenes ahead.' The researchers achieved this by 'evolving' a single photon as it passes through a crystal. Using an experimental device called a 'quantum switch,' the single photon of light returns to its previous state before it ever makes the journey. In a way, this is less Doc Brown-style time travel and more about reverting or otherwise altering the states of quantum particles, or 'time translation' as Navascués described in 2020. However, this isn't exactly like a rewind button on your TV because usually, viewers can see how things got from plot point A to B—just sped up and in reverse. In quantum mechanics, however, simply observing a system causes it to change, which makes it impossible to track a system's progress through time. Crucially, these rewinding protocols still work because they can be performed without knowing what the changes were or its 'internal dynamics,' according to the scientists. And this quantum time machine doesn't just go one direction—Navascués said they've also hit upon a method for going forward in evolutionary time as well. He told El País: 'To make a system age 10 years in one year, you must get the other nine years from somewhere. In a year-long experiment with 10 systems, you can steal one year from each of the first nine systems and give them all to the tenth. At the end of the year, the tenth system will have aged 10 years; the other nine will remain the same as when the experiment began.' Sadly, these sci-fi findings in the quantum world can't be sized up to send humans backward and forward in time, because a single human represents a mind-boggling amount of information to 'rejuvenate'—in fact, the scientists estimate it would take millions of years to pull it off for just one second. But for the teams at ÖAW and the University of Vienna, the point isn't jetting off to the distant future, but the ability to increase the capability of quantum processors by arming them with the possibility of reversing errors in a system. After all, if life had a rewind button, wouldn't you use it? Get the Issue Get the Issue Get the Issue Get the Issue Get the Issue Get the Issue Get the IssueGet the Issue Get the Issue You Might Also Like The Do's and Don'ts of Using Painter's Tape The Best Portable BBQ Grills for Cooking Anywhere Can a Smart Watch Prolong Your Life? Solve the daily Crossword

Diet Swap Study Reveals How Ultra-Processed Foods Can Derail Weight Loss
Diet Swap Study Reveals How Ultra-Processed Foods Can Derail Weight Loss

Gizmodo

timean hour ago

  • Gizmodo

Diet Swap Study Reveals How Ultra-Processed Foods Can Derail Weight Loss

In case you needed more incentive to cut down on ultra-processed foods, a new diet swap study out today reveals that people experienced greater weight loss while eating minimally processed foods than they did when they ate a nutritionally similar, ultra-processed diet. In a six-month trial led by scientists at University College London, study participants were assigned one of the two diet regimes to follow for eight weeks, and then took a four week break before swapping to the other diet for another eight weeks. Participants lost more weight while eating the minimally processed diet than the ultra-processed one; they also shed more unhealthy fat. The findings, published Monday in Nature Medicine, suggest that, among other things, ultra-processed diets are especially good at stoking people's food cravings, the researchers said. Ultra-Processed Foods Have Disturbing Health Effects, Large Review Finds Although there is some debate over what constitutes an ultra-processed food, there are generally considered products or ingredients that have gone through high levels of industrialized processing, like breakfast sausages, candy, or sodas. There is a growing mountain of evidence that suggests a diet rich in ultra-processed foods is less healthy overall than a diet made up of mostly whole foods, and that ultra-processed foods may raise the risk of certain diseases. Most of this research, however, only shows a correlation between ultra-processed diets and poorer health outcomes, and not a direct cause-and-effect link. Clinical trials can provide stronger evidence, but they're notoriously difficult to do in the world of nutrition science for many reasons, particularly funding, the researchers said. A New Diet Study Confirms Your Worst Suspicions About Ultra-Processed Foods The results highlight the importance of following government dietary guidelines, Dicken said. But the study also indicates that people who want to lose weight may see the most benefit from sticking to minimally processed foods. As to why the ultra-processed foods are worse for dieting, the researchers have their educated guesses. Ultra-processed foods tend to have more appealing textures and artificially boosted flavors, which often means they are softer or easier to eat, and tastier. Their appearance and packaging might also make them more visually appealing to potential customers. Interestingly, the volunteers in this study reported that both diets were equally satisfying to eat on average, but they also reported having better control over their cravings while on the minimally processed diet. Dicken noted that the researchers weren't able to directly test these potential explanations in this trial, though, so more research is needed to know for sure. The team has already launched their next study, which is testing out a behavioral support program to reduce people's intake of ultra-processed foods. But Dicken cautioned that it will take widespread societal shifts, not individual scolding, to change our collective diets for the better.

Scientists Recreated the Universe's First Molecule
Scientists Recreated the Universe's First Molecule

Gizmodo

time2 hours ago

  • Gizmodo

Scientists Recreated the Universe's First Molecule

Seconds after the Big Bang, the newborn universe gave rise to the first elements—ionized forms of hydrogen and helium. These particles combined, forging helium hydride—the first ever molecule. It would take another several hundred million years for the first stars to be born, and scientists have long puzzled over the exact nature of the chemical processes that led to their formation. To try and tease apart the stellar origin story, scientists at the Max Planck Institute for Nuclear Physics in Heidelberg, Germany recreated helium hydride in the lab. They found that it likely played a much larger role in star birth than they had previously thought, helping primordial gas clouds shed enough heat to collapse into stars. In the study, the researchers recreated collisions between helium hydride and deuterium in what they believe to be a first-of-its-kind experiment, according to a press release. Their findings, published in the journal Astronomy & Astrophysics on July 24, indicate that the rate of the reaction remains constant as the temperature drops, contradicting earlier work. 'Previous theories predicted a significant decrease in the reaction probability at low temperatures, but we were unable to verify this in either the experiment or new theoretical calculations by our colleagues,' Holger Kreckel, who is a researcher at Max Planck and the lead author on the study, said in a statement. 'The reactions of [helium hydride] with neutral hydrogen and deuterium therefore appear to have been far more important for chemistry in the early universe than previously assumed,' he added. Two helium hydride reactions produce molecular hydrogen, and likely aided star formation in the early universe. In the first—replicated in the study—deuterium, an isotope of hydrogen that contains a neutron in addition to a proton, collides with helium hydride to yield hydrogen deuteride, a form of molecular hydrogen composed of a hydrogen atom and a deuterium atom. The other reaction occurs when helium hydride collides with a neutral hydrogen atom, producing neutral molecular hydrogen. Both forms of molecular hydrogen act as coolants, helping nebulae lose heat, condense, and ultimately collapse into stars. The researchers used Max Planck's Cryogenic Storage Ring to carry out their experiment. This low-temperature reaction chamber allows scientists to study molecular and atomic reactions in space-like conditions. The team stored helium hydride ions inside the chamber for up to a minute at roughly -450 degrees Fahrenheit (-267 degrees Celsius), then superimposed them with a beam of neutral deuterium atoms. To observe how the collision rate varies with collision energy—directly related to temperature—they adjusted the relative speeds of the two particle beams. Scientists previously believed rate of reactions would slow down as temperature dropped, but the results of this experiment suggest otherwise. The researchers found that the rate remained almost constant despite decreasing temperatures. This surprising result suggests that helium hydride remains chemically active even in cold conditions, a finding that the scientists argue in their paper should prompt a reevaluation of helium chemistry in the early universe.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store