Women’s Heart Health Could Decline During Perimenopause—Years Earlier Than Expected



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Cardiovascular disease is the leading cause of death in women worldwide.Credit: fizkes / Getty Images
Cardiovascular disease is the leading cause of death in women worldwide.
Credit: fizkes / Getty Images
  • A new study suggests heart health may begin declining during perimenopause, earlier than previously thought.
  • Perimenopausal women were twice as likely to have poorer cardiovascular health scores than premenopausal women.
  • Experts say the menopause transition may be a key window to monitor risk factors, such as blood pressure, cholesterol, and blood sugar.

Heart health generally declines after menopause, but new research suggests the changes may start earlier than previously thought. The study, published in the American Heart Association’s journal Circulation, found that women in perimenopause—the transitional stage before menopause—were twice as likely to have low cardiovascular health scores compared to premenopausal women. Here’s what the finding means for your long-term heart health.

What the Study Found

Over the past two decades, growing evidence has shown that menopause is associated with an increased risk of cardiovascular disease—the leading cause of death of women worldwide.

For the new study, researchers wanted to get a clearer picture of women's heart health throughout the menopause transition. They used data from about 9,000 women aged 18 to 80 in the National Health and Nutrition Examination Survey, collected between 2007 and 2020. Participants were classified as pre-, peri-, or post-menopausal based on self-reports of their last menstrual period.

Researchers measured cardiovascular health using eight health and lifestyle factors identified by the American Heart Association to achieve optimal heart health, including diet, physical activity, blood sugar, cholesterol, and body weight. Participants were assigned heart health scores based on the average of all eight factors on a 100-point scale.

The median scores gradually declined with age, but after controlling for age, perimenopausal women were twice as likely to have a low score (less than 50) than premenopausal women. Meanwhile, the odds of postmenopausal women having low scores compared to premenopausal women were not statistically significant.

The perimenopause group was also 76% more likely to have a low cholesterol score and 83% more likely to have a low blood sugar score than premenopausal women.

"The sharpest drop in cardiovascular health isn’t happening after menopause. It’s happening during the transition," Garima Arora, MD, study co-author and cardiologist at the University of Alabama at Birmingham Cardiovascular Institute, told Health.

The study only showed an association—not causation—between perimenopause and declining cardiovascular health. But it establishes perimenopause as a “critical window of opportunity” to identify women whose cardiovascular risk is increasing and intervene before disease develops, said Priya Freaney, MD, cardiologist and director of Women’s Heart Care at Northwestern University, who was not affiliated with the new study.

"The menopausal transition is not just a reproductive milestone—it is a cardiometabolic turning point in a woman’s midlife,” Freaney told Health.

Why Cardiovascular Risk May Rise During Perimenopause

The key change during perimenopause that can affect heart health is a shift in estrogen, the primary female sex hormone. During perimenopause, estrogen levels fluctuate dramatically and generally trend downward. Estrogen plays a protective role for the heart and blood vessels. When estrogen declines, so does that protection.

Estrogen helps keep blood vessels flexible, Arora told Health. When estrogen levels drop, blood vessels can stiffen—an early step toward high blood pressure and atherosclerosis, or plaque buildup in the arteries.

The hormone also plays a role in regulating blood sugar, which means declines in estrogen may contribute to higher blood sugar and an increased risk of type 2 diabetes. Estrogen helps control LDL cholesterol (the "bad" one) and supports HDL cholesterol (the "good" one). Changes in estrogen can throw off that balance, Arora said, potentially increasing cholesterol levels.

Estrogen swings also make your body more likely to store fat around the abdomen, which can increase cardiovascular risk, Arora added. Perimenopausal women experience higher rates of depression and sleep disturbances—both of which are associated with higher cardiovascular risk, Freaney said.  

What To Watch For

The “frustrating truth" is that most perimenopausal women won’t have any signs that their cardiovascular risk is in jeopardy, Arora said. “While changes like shifting cholesterol, creeping blood sugar, and less stable blood pressure are building quietly in the background, women can feel completely fine because these shifts simply don't announce themselves,” she explained.

Cardiovascular disease often develops silently over decades, so even women who feel well should monitor their risk factors, Freaney said. Seemingly small changes, like increased belly fat or declines in sleep and energy, can signal a shift in cardiometabolic health and should be taken seriously, Arora noted.

“Ultimately, you should pay attention to anything that feels like your body is just not responding the way it used to regarding diet, exercise, or stress,” she said. “That feeling of the rules changing deserves a real conversation with a provider, not just generic reassurance that it’s part of getting older.”

Some women should be even more proactive, Freaney added, including those with diabetes, hypertension, high cholesterol, obesity, smoking history, premature menopause, or a strong family history of cardiovascular disease.

What To Bring up With Your Doctor

Perimenopause is a crucial time to establish a relationship with a healthcare provider who takes your concerns seriously, Arora said. Make sure to ask for cholesterol, glucose, and blood pressure tests, and discuss any family history of cardiovascular disease or concerns you have.

“Talk about your symptoms honestly, including sleep, mood, energy, weight changes, and ask how they might be connected to your cardiovascular health, not just your menopausal symptoms,” she said. “Those conversations often happen in separate silos and they shouldn’t.”

Cardiovascular risk builds gradually, Freaney noted, so early intervention during perimenopause is key to stopping disease in its tracks, before it gets harder to treat. Try reframing perimenopause not as something to get through, but as a window where the right interventions can shape your cardiovascular health for decades, Arora suggested.

“This isn’t just about damage control," she said. "It’s about opportunity."



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Coding vs Programming – Table of Content

Let us start the article by knowing the points that differ between Coding and programming.

What is meant by Coding?

Coding is nothing but translating human language into binary machine language. This process helps humans to connect and talk with computers. The coders can write programs in a specific language that offers instructions to manage the multiple operations performed by the computer system. It allows you to read and write the code within a text editor. The examples include Java, C, Python, etc., languages that are helpful in back-end coding, whereas languages like HTML, CSS, etc., are the front-end coding languages. In this regard, compilers are the special programs that help to translate the source code into machine language that a computer can understand.

The computer only understands the machine language, i.e., binary code. Coders are responsible for translating the source code into the machine language to perform any activity. Further, coders help programmers develop building blocks that programmers use to build the entire application.

What is meant by Programming?

Programming is more than Coding, and it is one of the parts of it. The programming process includes developing an executable software program implemented without any bugs and errors. However, Coding is the most important part of programming, and a programmer has to be skilled in multiple areas with good experience.

In this Coding vs. programming, the common example that helps you understand the programming is as follows. Using the remote control, you can program your AC to run at the minimum temperature you require. You can also make it off after a certain time by setting up a timer, which is a part of programming.

It is the basic understanding of Coding vs. programming. Now, let us know how it works.

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How do Coding and Programming work?

In simple language, Coding is the process of building communication between the computer system and the software program. Computers are electronic devices that rely on binary codes that act as a signal for the communication and functions of the device. The binary code consists of 0’s and 1’s only. The coders are responsible for writing code scripts by applying their Coding knowledge and skills to resolve multiple issues. They write code for websites and search for errors in the code before they submit the same to the client.

On the other hand, programming helps computers to perform certain activities by passing various instructions and information to the system. Multiple programming languages are available in the market, such as C, C++, Python, Java, and many more. These languages help in developing new technology.

Moreover, programming is a difficult task, requiring multiple stages to pass to build a software application. These include designing and developing flowcharts, algorithms, software development, testing, documentation, and maintenance. So, there is a long process behind programming. A programmer has to perform various tasks such as developing software, creating applications, resolving program errors, updating changes, and writing documentation.

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Coding Vs Programming : What are The Differences?

However, the following are the key differences between Coding vs. programming that we can consider.

Skills

To become a successful coder, you must understand the various coding languages in-depth. Programmers also learn multiple programming skills and other additional skills that help develop functional apps. Apart from programming skills, they possess analytical thinking, problem solving, logical thinking, planning, organizing, and attention to detail.

Tools

In computer coding, tools play a key role. Coding uses very simple tools such as a text editing program, word, eclipse, Bootstrap, and a computer device. Further, it uses very less processing power and hardware. But in programming, it requires high-end computers, which help processors to manage the heavy computing load.
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Support

In Coding vs. programming, support from an active community is the key point. A vast community is available for both Coding and programming as per the needs of coders and programmers. The community includes Stackoverflow, Github, and many others.

Scope

Compared to programmers, coders may have less scope. A coder can develop scripts and write codes without understanding the project’s needs. But a programmer needs to understand the entire project requirements and to know how a program can work. These skills help programmers to test the applications across their development process

Outcome

In Coding vs. programming, the outcome differs between these two terms. In Coding, the outcome will be the functional code, whereas, in programming, the results will be an application, website, or software.

Complexity

In Coding vs. programming, Coding is the basic step of programming, and it is easier to learn. On the other hand, programming manages multiple complex situations and helps to produce accurate machine-level output. Hence, it is an advanced version of Coding. However, learning programming is more difficult than Coding.

Besides the above, Coding follows a trial-and-error approach without previous preparations. But programming follows a detailed approach and requires each piece of information.

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Which is better: Coding or Programming?

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Conclusion
We hope this Coding vs. programming article helped you understand these terms frequently used in the software industry. The general public thinks that both are the same, but there is a lot of difference that you have seen above. This information might be useful for you and those looking to find a job in the software field. So, it becomes necessary for you to understand the differences between Coding and programming while entering this field. Stay tuned in this space for more insights on Coding vs. programming.

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