A condition, known commonly as "black urine disease" or Alkaptonuria is a rare genetic disorder involving protein metabolism, and it has its root in the mutation of the homogentisate 1,2-dioxygenase gene, which in turn causes homogentisic acid accumulation in the body. The appearance of dark urine after exposure to air is due to this kind of accumulation; however, a variety of symptoms can be expected, such as joint stiffness, changes in pigmentation, and other long-term health complications. Although the prevalence has been estimated to be between 1 in 250,000 and 1 in 1 million people in the United States, its effects are indeed high on those affected.

Alkaptonuria is an autosomal recessive disease, meaning that the child must inherit a defective copy of the HGD gene from both parents. If both parents are carriers, their offspring have a 25% chance of inheriting two faulty genes and developing alkaptonuria. The condition is genetic but is often not diagnosed for years because it progresses slowly and its early symptoms appear to be harmless.

Symptoms of Alkaptonuria

The most characteristic and common initial symptom of alkaptonuria is dark urine. The reason for this is due to the fact that excess HGA is excreted in the urine and upon oxidation in the presence of air, it gives the urine a brown or black color. Though it is often considered cosmetic, the long-term accumulation of HGA within the connective tissues produces more complicated health problems.

Progressive joint pain and stiffness: The accumulation of HGA in cartilage leads to early-onset osteoarthritis, making movement increasingly difficult over time.

Skin and eye pigmentation changes: Affected individuals may develop bluish or grayish discoloration of the sclera (white part of the eye) and the skin, particularly in areas exposed to friction.

Cardiovascular and respiratory problems: With age, HGA accumulation can lead to valve calcifications in the heart and stiffening of connective tissues in the respiratory tract, which can cause problems in middle and old age.

Decreased mobility and spinal problems: The spine may become stiff and painful due to chronic cartilage degeneration.

These symptoms usually begin to manifest during adulthood, leading to severe complications in a person's 40s or 50s and significantly affecting the quality of their life.

How is Alkaptonuria Diagnosed?

Because of its rarity, alkaptonuria is often mistaken or overlooked early in life. However, there are several ways to confirm the condition:

Urine Testing: The gold standard in the diagnosis is the testing of urine samples for high levels of homogentisic acid via gas chromatography. In case of oxidation, which changes the color of urine to black, it is indicative of alkaptonuria.

Genetic Testing: Confirmatory genetic testing reveals mutations of the HGD gene to diagnose the condition conclusively.

Blood Tests: High levels of HGA in the blood can be used as further evidence.

Imaging Studies: X-rays and MRIs will expose cartilage and joint damage characteristic of alkaptonuria.

Management of Alkaptonuria: Is There A Cure?

At present, there is no cure for alkaptonuria; however, various treatment approaches can reduce its symptoms and slow the disease's progress:

Nitisinone Therapy: Nitisinone is a drug that inhibits the production of HGA. It has been shown to reduce HGA levels and slow tissue damage. However, it needs to be taken under close medical supervision because of potential side effects.

Low-Protein Diet: Since HGA is a byproduct of protein metabolism, reducing protein intake—especially foods rich in tyrosine and phenylalanine—may help decrease HGA production.

Pain Management: OTC pain relievers and anti-inflammatory medications can be used to relieve joint pain and stiffness.

Physical Therapy: Exercise regularly, as it may improve mobility and strengthen muscles, thus reducing strain on affected joints.

Surgical Interventions: Most people with alkaptonuria develop severe osteoarthritis necessitating joint replacement in their old age. Also, some may require heart valve replacement surgery if cardiovascular complications develop.

Life with Alkaptonuria

Although alkaptonuria is not fatal, it severely affects the quality of life. The progressive deterioration of the joints and associated symptoms can make everyday activities difficult, requiring lifestyle changes and medical interventions. The disease may cause premature aging of the joints, requiring walking aids and mobility assistance earlier than expected.

Ongoing research will continue to work on improving the treatment options by focusing on gene therapy and alternative enzyme replacement therapies. However, because of its rarity, the clinical trials and research remain sparse.

As genetic research advances, more hope for better management and possible curative approaches for alkaptonuria exists. Scientists are searching extensively for enzyme replacement therapies and innovative drugs that can target the root cause of the disorder. Being aware and being diagnosed early helps individuals better their condition and ultimately have better long-term health outcomes.

Alkaptonuria is a striking example of how one gene mutation can have widespread effects on the body. Though still a rare and often misunderstood condition, growing awareness and advances in treatment are paving the way for better care. If you or a loved one suspect symptoms of alkaptonuria, it is essential to seek early diagnosis and medical guidance to manage the disease effectively and preserve quality of life.

When was the last time you stood in a queue without looking at your phone? Or had a cup of tea without scrolling through messages? Or sat in a car, waiting for someone, without opening Instagram simply because there was nothing else to do?

Try it today. Put your phone away for 10 minutes and do absolutely nothing with it. It sounds easy. For many of us, it isn't. The first thing you may notice is not peace, but restlessness. You may wonder if someone has messaged you. You may feel like checking the news, looking at the time or opening an app without even knowing why.

As a neurologist, I find this interesting because it tells us something about how we have trained our attention. Our phones have become so closely woven into everyday life that we often reach for them before we even realize we are bored.

The problem isn't the phone. It's the constant need for stimulation. There is nothing inherently wrong with using a smartphone. We use it to work, communicate, navigate, learn and stay connected.

The problem begins when every small gap in our day has to be filled.

Waiting for the lift? Check the phone.

Waiting for your coffee? Scroll.

Watching television? Check messages.

Feeling slightly bored? Open an app.

Our brains are naturally drawn towards novelty. A notification, a new message or a fresh video gives our attention something new to respond to. When this happens repeatedly, checking the phone can become almost automatic.

That is why I sometimes ask patients not only how much time they spend on their phones, but how often they feel the need to check them. Those are two very different questions.

What Happens When The Screen Goes Away?

The first few minutes may feel surprisingly busy inside your head. An unfinished conversation may come to mind. So might tomorrow's meeting, a pending task or something that has been worrying you. You may also find yourself simply daydreaming.

We often assume that a quiet mind should mean an empty mind. It doesn't. When there is no constant stream of information coming from outside, the mind naturally moves towards memories, plans, emotions and thoughts that have been sitting in the background.

That isn't necessarily overthinking. It is part of normal mental activity. Sometimes we are so quick to distract ourselves that we don't give ourselves the opportunity to notice what we are actually thinking or feeling.

What Should Concern Us Is Fragmented Attention

There is another part of this conversation that gets overlooked. We often talk about screen time, but the way we use our screens matters too. Imagine someone working on an important task but checking WhatsApp every few minutes, responding to an email, looking at a notification and then returning to the original task. Even if the total phone usage doesn't look alarming, their attention has been repeatedly pulled away.

Over time, this can make uninterrupted concentration feel uncomfortable.

So instead of asking only, “How many hours am I on my phone?”, perhaps we should occasionally ask, “How often am I allowing my attention to be interrupted?”

Try The 10-minute Test

You don't need to give up your phone or spend an hour meditating. Start small.

Have your morning tea without a screen. Sit on the balcony. Take a short walk without headphones. Wait for five or 10 minutes without automatically reaching into your pocket.

Don't try to stop your thoughts. Just notice them. You may discover that you are more restless than you expected. Or perhaps you will find that your mind settles after a few minutes.

Either way, that is useful information. Mental wellbeing isn't only about learning how to manage stress when it becomes overwhelming. It is also about creating small pockets of time in which the brain isn't constantly being asked to consume, respond and move on.

In a world that has made every spare minute scrollable, being comfortable with a little silence may be a surprisingly valuable habit for the brain.

(Dr Neha Pandita, Senior Consultant Neurologist and Unit Head, Clinical Lead - Parkinson's disease & Movement Disorders, Fortis Hospital, Noida)

For someone who has been hospitalized with heart failure, going home from the hospital can feel like a turning point. The breathlessness may have eased, the swelling may have reduced, and normalcy returns slowly. But feeling better does not mean that the condition has been cured. However, heart failure is a chronic and progressive condition in which the heart is unable to pump blood effectively enough to meet the body's needs.

The course of heart failure can include periods when patients feel stable and periods when their condition worsens. A worsening episode may require hospitalization or additional treatment, but even after the immediate episode has been stabilized and the patient is discharged, the underlying heart failure remains. The months following discharge from the hospital are a crucial period, when continued treatment, follow-up and attention to changes in symptoms can make a meaningful difference.

Why The Risk Remains After Discharge

People who have recently experienced a heart failure episode are at higher risk of their condition worsening again. The period after discharge should therefore not be viewed simply as a return to normal life, but as a phase when continued monitoring, follow-up and treatment remain important.

The risk is reflected in the outcomes after discharge. Within one year, studies have reported a heart failure readmission rate of nearly 30%, while all-cause mortality was 37%. This highlights why the months following hospitalization require particular attention, even when symptoms have improved.

A heart failure hospitalisation is also an important marker of future outcomes. In patients with recurrent multiple heart failure hospitalizations, the risk of cardiovascular death and all-cause mortality is six times higher in patients with four or more heart failure hospitalisations compared with patients with no heart failure hospitalizations.

This makes preventing another worsening episode an important part of long-term heart failure management.

For example, a patient may return home after treatment feeling less breathless and able to resume a daily routine. If, after some time, the same person begins to struggle with a regular walk, develops increasing ankle swelling, or takes longer to recover from everyday activity, these changes should not be ignored. They may indicate that heart failure is worsening again and should prompt a timely conversation with the doctor.

Continued Care Can Help Reduce Future Risk

Recognizing this period of increased vulnerability is not intended to create fear, but to encourage timely care. Patients should take their medicines exactly as prescribed and keep their follow-up appointments. Patients and their families should also be aware of the warning signs that indicate the condition may be worsening. This includes symptoms such as breathlessness; swelling of the legs or ankles; reduced ability to exercise; lack of appetite; nausea; increased heart rate; weight gain from fluid build-up; dizziness; or lightheadedness.

If familiar symptoms return, become more frequent or severe, or begin to affect everyday activities, the doctor should be consulted promptly. Regular follow-ups also provide an opportunity to assess whether the condition remains stable and treatment continues to meet the patient's needs.

Even when patients are stable with current treatment, the risk of hospitalization or serious cardiovascular outcomes can remain. Timely and appropriate treatment, including newer therapeutic approaches where suitable, can help reduce this risk.

Hospitalization following heart failure should not be seen as an episode to recover from, but as a reminder of the need for continued care in the months to follow. Patients and families who understand the warning signs, stay consistent with treatment and follow-up, and consult with the doctor regularly are better placed to manage the risk.

By Dr KV Srikanth, Consultant Interventional Cardiologist, KIMS Hospital, Electronic City, Bengaluru

Chronic pelvic pain in adulthood may have warning signs that appear much earlier in life. A new study suggested that reproductive and gynecological health problems during adolescence could identify people at higher risk years before chronic pain develops.

The study, carried by The Lancet Regional Health – Americas, analysed health data of nearly half a million people in Ontario, Canada, following them from adolescence into adulthood.

The researchers found that after 10 years into adulthood, chronic pelvic pain affected 28% of people who had sought healthcare for gynecological or reproductive health problems during their teenage years, compared to about 15% among those without such health issues during adolescence.

In a nutshell, the rate of chronic pelvic pain was 41% higher among people who had earlier gynecological or clinical visits due to reproductive issues.

Findings Just Not Restricted To Pelvic Pain

Also read: High BP in Pregnancy Linked to 42,000 Maternal Deaths, 500,000+ Stillbirths, Newborn Deaths: WHO

The researchers used population-based health data held by ICES and followed people from adolescence into adulthood. The analysis also considered other health problems and healthcare use during adolescence.

The findings also indicated that teenagers who had sought care for gynecological or reproductive problems were also more likely to have gastrointestinal problems, mental health conditions and chronic pain in other parts of the body.

“We asked a simple question: Were there signs, years earlier, that someone was on a path toward chronic pelvic pain? This study shows that indeed, the gap between those affected by CPP was already visible early in adulthood and grew over time,” said lead author Shay Freger, a PhD candidate in McMaster University's Department of Obstetrics and Gynecology.

What Is Chronic Pelvic Pain?

Also read: Childhood Fitness Linked To Lower Risk Of Depression In Adulthood: 30-Year Study

Chronic pelvic pain refers to persistent pain in the lower abdomen or pelvic region that can continue for months or years.

It can affect everyday life, education, work, relationships and mental health. Researchers also identified that pelvic and menstrual symptoms during adolescence can sometimes be dismissed as a normal part of growing up, even when the pain is severe or persistent. This could discourage a person to seek medical help.

The findings suggest that these symptoms could offer doctors and healthcare experts a key opportunity to identify patterns of certain health conditions earlier in life.

“What is important about this study is that the warning signs were not limited to reproductive health alone,” said Mathew Leonardi, senior author and associate professor in McMaster’s Department of Obstetrics and Gynecology.

“It suggests that adolescent menstrual and pelvic health may be part of a broader health picture that deserves earlier attention and more integrated care.”

Not A Cause-And-Effect Relationship

The study just noticed an association, but it does not establish that adolescent gynecological or reproductive problems are the direct reasons behind chronic pelvic pain decades later in life.

Instead, the researchers say the findings indicate that healthcare providers may already be seeing patterns during adolescence that could be linked with greater vulnerability to chronic pain and other disorders in adulthood.

The researchers also said that recognising these patterns earlier could help shift pelvic pain care from treating to identifying and addressing problems before they become persistent.