Men Have Bigger Kidneys But Does That Mean Women Pee More?

Updated Mar 13, 2025 | 08:09 PM IST

Summary While men do tend to have physically larger kidneys, researchers aren’t entirely sure if this difference holds up once body size.
Men Have Bigger Kidneys But Does That Mean Women Pee More?

Credit: Canva

We’ve all heard the joke at some point — women take longer in the bathroom because they “pee more.” But is there any truth behind this bathroom stereotype? As it turns out, science is more complex than that, and the answer lies deep within the structure of our kidneys.

Biologically speaking, men generally have larger kidneys than women. But does that mean they produce more urine? Not necessarily.

A recent review of autopsy data has revealed some interesting findings. While men do tend to have physically larger kidneys, researchers aren’t entirely sure if this difference holds up once body size — such as height, weight, or body surface area (BSA) — is taken into account. In other words, just because a man has a bigger kidney doesn’t automatically mean it's more efficient or produces more urine.

Size Doesn’t Always Equal Output

Kidneys are vital organs responsible for filtering waste from the blood and maintaining fluid balance. Each kidney contains roughly a million nephrons — tiny filtering units that help produce urine. The number of nephrons is believed to be associated with kidney size. So, in theory, larger kidneys might have more nephrons and a higher filtering capacity.

However, here's where it gets interesting: When kidney size is adjusted relative to body size, men may not actually have significantly larger kidneys than women. And in clinical settings, women often show better kidney health outcomes over time. Studies suggest that women are less likely to develop or progress to chronic kidney disease (CKD), even though they may report more frequent urination.

So Why Do Women Feel the Urge More Often?

The frequency of urination is influenced by several factors beyond kidney size — including bladder size, hormone levels, fluid intake, and even societal behavior. On average, women have slightly smaller bladders than men, which means they may feel the need to urinate more often, especially when consuming the same amount of fluids.

Hormonal fluctuations during menstruation, pregnancy, or menopause also play a significant role in urinary patterns. Estrogen, for instance, affects the urinary tract and can make women more sensitive to the urge to go.

What It All Means

So, do women pee more than men? It depends. While they may urinate more frequently due to bladder size and hormonal factors, this doesn’t necessarily mean they produce more urine overall. The larger kidneys in men may be more efficient, but that doesn’t equate to more trips to the restroom.

Ultimately, urination is a deeply personal — and variable — experience. If you find yourself making more frequent bathroom visits than usual, regardless of gender, it might be worth discussing with a healthcare provider.

Because when it comes to your health, every drop matters.

End of Article

How To Steer Clear Of Gut Infections During Monsoon, According To A Gastroenterologist

Updated Jun 26, 2026 | 05:06 PM IST

SummaryThe onset of monsoon often triggers a rise in various infections and diseases that particularly stem from consuming contaminated foods and drinks.

Credit: iStock

End of Article

Your Long Covid Headache And Fatigue May Be Caused By Autoantibodies, Study Suggests

Updated Jun 26, 2026 | 04:53 PM IST

SummaryA recent NIH study found that some long COVID patients may have specific autoantibodies that are driving neurological symptoms like headaches, fatigue, and difficulty focusing.
Your Long Covid Headache And Fatigue May Be Caused By Autoantibodies, Study Suggests

Credit: iStock

A recent study has found proof that an autoimmune reaction is triggering certain neurological symptoms seen in some long COVID patients. The study, conducted in healthy mice, found that the mice exhibited symptoms mirroring those of affected patients to some extent.

What is Long COVID?

While it has been a long time since the end of the COVID pandemic, its effects continue to linger even today. Several patients who contracted COVID continue to suffer.

Autoantibodies Behind Long COVID Symptoms?

Researchers have found a key reason behind certain neurological symptoms of long COVID.

A US NIH-funded research group, directed by Drs. Akiko Iwasaki and Tamas L. Horvath of the Yale University School of Medicine and Dr. David Putrino of the Icahn School of Medicine at Mount Sinai recently found that autoantibodies could be triggering these neurological symptoms in some long COVID patients.

Antibodies, in a healthy person, help fight infections. In patients with autoimmune diseases, these antibodies target the body’s own tissues. They are called autoantibodies.

The study also discovered that patients who had these autoantibodies are more likely to experience similar symptoms. For example, people with autoantibodies are more likely to face symptoms like loss of taste and smell. They are also more likely to experience nausea and joint pain.

The Mouse Experiment

The researchers conducted the study by transferring purified antibodies from long COVID patients into healthy mice. It was discovered that the mice developed the following changes that resembled the donors' symptoms:

  • Antibodies from patients with chronic pain caused increased pain sensitivity
  • Antibodies from patients with dizziness caused balance problems
  • Antibodies from fatigued patients reduced treadmill endurance
Even though the study brings an amount of cohesive understanding in the neurological health of long COVID patients, it doesn't prove the same process is occurring identically in all patients. It provides evidence that the antibodies themselves could contribute to these kinds of neurological changes.

The recent breakthrough in long COVID research has brought the healthcare industry one step closer to personalizing care for those affected.

Dr. Putrino says, “Our study now shows that if you are in a subgroup of Long COVID patients who have autoantibodies circulating in your body, this is a quantifiable sign that you may be a good candidate for these drugs.”

Long COVID Patients More Likely To Develop Heart Diseases

A recent survey by the journal Clinical concluded that long COVID patients were more likely to face cardiovascular complications.

The study finds that cardiovascular diseases were more common among long COVID patients. It concluded that 11.9% of those with long COVID have CVD compared to 6.8% without this condition.

Specifically, it further revealed that long COVID was associated with a higher risk of chest pain and heart attack, but not coronary heart disease and stroke.

End of Article

Your Long Covid Headache And Fatigue May Be Caused By Autoantibodies, Study Suggests

Updated Jun 26, 2026 | 04:53 PM IST

SummaryA recent NIH study found that some long COVID patients may have specific autoantibodies that are driving neurological symptoms like headaches, fatigue, and difficulty focusing.
Your Long Covid Headache And Fatigue May Be Caused By Autoantibodies, Study Suggests

Credit: iStock

A recent study has found proof that an autoimmune reaction is triggering certain neurological symptoms seen in some long COVID patients. The study, conducted in healthy mice, found that the mice exhibited symptoms mirroring those of affected patients to some extent.

What is Long COVID?

While it has been a long time since the end of the COVID pandemic, its effects continue to linger even today. Several patients who contracted COVID continue to suffer.

Autoantibodies Behind Long COVID Symptoms?

Researchers have found a key reason behind certain neurological symptoms of long COVID.

A US NIH-funded research group, directed by Drs. Akiko Iwasaki and Tamas L. Horvath of the Yale University School of Medicine and Dr. David Putrino of the Icahn School of Medicine at Mount Sinai recently found that autoantibodies could be triggering these neurological symptoms in some long COVID patients.

Antibodies, in a healthy person, help fight infections. In patients with autoimmune diseases, these antibodies target the body’s own tissues. They are called autoantibodies.

The study also discovered that patients who had these autoantibodies are more likely to experience similar symptoms. For example, people with autoantibodies are more likely to face symptoms like loss of taste and smell. They are also more likely to experience nausea and joint pain.

The Mouse Experiment

The researchers conducted the study by transferring purified antibodies from long COVID patients into healthy mice. It was discovered that the mice developed the following changes that resembled the donors' symptoms:

  • Antibodies from patients with chronic pain caused increased pain sensitivity
  • Antibodies from patients with dizziness caused balance problems
  • Antibodies from fatigued patients reduced treadmill endurance
Even though the study brings an amount of cohesive understanding in the neurological health of long COVID patients, it doesn't prove the same process is occurring identically in all patients. It provides evidence that the antibodies themselves could contribute to these kinds of neurological changes.

The recent breakthrough in long COVID research has brought the healthcare industry one step closer to personalizing care for those affected.

Dr. Putrino says, “Our study now shows that if you are in a subgroup of Long COVID patients who have autoantibodies circulating in your body, this is a quantifiable sign that you may be a good candidate for these drugs.”

Long COVID Patients More Likely To Develop Heart Diseases

A recent survey by the journal Clinical concluded that long COVID patients were more likely to face cardiovascular complications.

The study finds that cardiovascular diseases were more common among long COVID patients. It concluded that 11.9% of those with long COVID have CVD compared to 6.8% without this condition.

Specifically, it further revealed that long COVID was associated with a higher risk of chest pain and heart attack, but not coronary heart disease and stroke.

End of Article