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.

Many people do not realise just how closely mental health and liver health are connected—especially when alcohol becomes a go-to coping strategy for stress, anxiety, or emotional overwhelm. What may seem like temporary relief can quietly evolve into a pattern that affects both the mind and the body in significant ways. Dhara Ghuntla, Psychologist affiliated with Sujay Hospital, 7 Hills Hospital, Criticare Hospital, in an interaction with Health and Me, spoke about the impact of stress, alcohol use and emotional eating on the liver.

In today’s fast-paced, high-pressure lifestyle, it is common for individuals to turn to alcohol to unwind or escape difficult emotions. In the short term, alcohol can create a sense of relaxation or numbness. However, over time, this reliance can shift into a habitual coping mechanism and eventually into dependence. While the psychological impact is often discussed, the physical consequences—particularly on the liver—are just as important.

The liver plays a critical role in detoxifying the body. Regular alcohol consumption places it under constant strain, impairing its ability to function effectively. Over time, this can lead to conditions such as fatty liver, inflammation, and even long-term liver damage. What makes this especially concerning is that early-stage liver issues often present with little to no obvious symptoms, allowing damage to progress unnoticed.

At the same time, liver health has a direct influence on mental well-being. When the liver is compromised, it can affect energy levels, mood regulation, and cognitive function. People may experience increased fatigue, irritability, anxiety, low mood, or emotional instability. This happens because the liver plays an indirect but essential role in brain health through metabolism and toxin clearance.

The Vicious Cycle

This creates a self-perpetuating loop. A person feeling stressed, low, or anxious may turn to alcohol for relief. While it may help temporarily, it simultaneously places stress on the liver. As liver function declines, mental health symptoms—such as fatigue, irritability, anxiety, or low mood—can worsen. This often leads the individual to consume more alcohol, reinforcing the cycle.

Adding another layer, many individuals who rely on alcohol are often dealing with underlying issues such as depression, anxiety, sleep disturbances, or chronic life stressors. Alcohol is frequently used as a form of self-medication. However, instead of addressing these root concerns, it masks them temporarily while deepening both psychological and physical harm. Over time, this pattern increases dependency and makes recovery more complex.

The Gut–Liver–Brain Connection

Liver health is also closely tied to gut function and brain health. When the liver is under stress, digestion can be affected, nutrient absorption may decline, and energy levels can drop. This interconnected system—the gut, liver, and brain—plays a key role in emotional regulation and overall well-being. Disruptions in one area can ripple across the others, influencing how a person thinks, feels, and functions daily.

Breaking the Pattern

Recognising this connection is the first step towards change. Instead of turning to alcohol, healthier coping strategies can help regulate stress and support both mental and physical health. Practices such as yoga, meditation, regular exercise, journalling, and maintaining a balanced diet can significantly improve resilience and emotional stability.

Prioritising mental well-being, addressing underlying psychological concerns, and protecting liver health are not separate goals—they are deeply interconnected. Seeking timely support, whether through therapy, lifestyle changes, or medical guidance, can help break the cycle.

Reducing or eliminating alcohol use is not just about avoiding physical harm; it is about creating space to heal the underlying causes of stress and emotional distress. Supporting the liver, nurturing the gut, and caring for mental health together can lead to more sustainable and meaningful well-being.

You pick up a jar on the kitchen shelf and shudder. You take a flight of stairs, and that old pain sinks into your hip. You get up in the morning, and your shoulder feels as though it has been wrung out. You attribute it to age, to a long day on your feet, to just how things are now. But what if your body is trying to tell you something very particular and you have been missing it?

Dr Apoorv Dua, Consultant, Orthopaedics, ISIC Multispeciality Hospital, in an interview with Health and Me, said that this may be a sign of bursitis—a condition that is much more widespread than most people realise, and much more treatable than most people are aware. The expert went on to answer common questions regarding extreme pain that comes with this condition.

What is bursitis?

Bursae are small, fluid-filled sacs located between your bones, muscles, and tendons. Imagine them as the natural cushioning system of the body—shock absorbers that ensure your joints move smoothly and painlessly. Under normal circumstances, you do not even think about them. However, when inflamed, due to repetitive motion, prolonged pressure, injury, or infection, they make their presence known in a very noticeable manner. This is bursitis. Although it most often appears in the shoulder, elbow, hip, and knee, it may occur in nearly any joint in the body.

Who gets bursitis—and why?

This is where the lifestyle connection cannot be overlooked. Bursitis does not discriminate, but it has definite patterns. The weekend warrior who runs ten kilometres on Saturday after sitting at a desk all week. The housewife who spends hours cleaning floors or squatting in the kitchen. The office worker who has been stooped over a computer. The gym enthusiast who does not warm up. The retired teacher who begins a walking routine too vigorously. All these individuals may be silently placing stress on their bursae, and in many cases, bursitis is the eventual outcome.

Age also plays a role—the bursae, like most of our connective tissue, grow weaker with age. Certain medical conditions such as rheumatoid arthritis, gout, and diabetes can increase the risk. However, in many instances, the cause is simply the way we move—or do not move—in our day-to-day lives.

What does bursitis feel like?

A key characteristic of bursitis is pain that is disproportionate to the activity causing it. Reaching overhead, sitting on a hard surface, pressing on your elbow, or walking downhill—these are not dramatic movements, yet with bursitis, they may trigger a sharp, deep, or burning pain that interrupts you mid-action. The affected joint is usually swollen and tender. The area may feel warm to the touch. Movement becomes guarded. Sleep, particularly in cases of shoulder bursitis, can be difficult, as lying on the affected side aggravates the pain.

The challenge with bursitis is that its symptoms can resemble other conditions—tendinitis, arthritis, a muscle strain, or even a ligament tear. Many individuals self-diagnose, self-treat with painkillers, and hope it will go away. Sometimes it does. However, chronic, untreated bursitis may persist for months and, in some cases, lead to complications.

Bursitis diagnosis

A thorough clinical examination is usually the first step. A skilled orthopaedic specialist can identify the affected bursa through specific physical assessments. Imaging, such as ultrasound or MRI, may be recommended depending on the case to confirm the diagnosis, rule out structural damage, or guide treatment.

If infection is suspected—indicated by increased redness, fever, and rapidly worsening pain—fluid may be aspirated from the bursa and tested. Septic bursitis is a serious condition that requires immediate medical attention and is treated differently from the more common non-infectious type.

Bursitis treatment

The encouraging fact about bursitis is that it responds well to treatment, particularly when detected early. Most cases are managed with a combination of rest, activity modification, ice application, and anti-inflammatory medication. Physiotherapy also plays an important role, helping to correct movement patterns, strengthen supporting muscles, and restore the full range of motion.

In more persistent cases, a corticosteroid injection into the bursa may provide rapid and significant relief by reducing inflammation at its source. Surgery is rare and is typically considered only in chronic, recurrent cases that do not respond to conservative treatment.

Prevention is better

In many instances, bursitis is linked to lifestyle—and that presents an opportunity for prevention. Even small changes can help: warming up before exercise, avoiding excessive strain on joints, maintaining a healthy weight to reduce pressure on hips and knees, and ensuring workstations are ergonomically designed.

Pain often becomes background noise—something we get used to, work around, and push through. However, bursitis reminds us that the body communicates with precision. That pain when you pick up a jar, that discomfort on the stairs—it is not simply ageing. It is a signal worth discussing with your doctor.

The bulge that appears when an internal organ pushes through a weakened muscle wall will not recede with rest or medication—it will, in most cases, grow larger and more uncomfortable over time. Surgery is the only definitive treatment. What has changed significantly in recent years is what that surgery looks like and what recovery from it requires.

Dr Rajesh Sharma, Director – General Surgery, Minimal Access & Bariatric Surgery, CK Birla Hospitals, Jaipur, in an interview with Health and Me, spoke about the introduction of robotics in hernia treatment and how it can benefit patients.

How hernia surgeries are becoming less painful

With advances in surgical technology, minimally invasive approaches have significantly improved patient outcomes. One of the most important developments in recent years is robotic-assisted hernia surgery using the da Vinci Surgical System. In robotic surgery, the surgeon operates from a console equipped with a high-definition, three-dimensional, magnified view of the surgical field. The robotic system translates the surgeon’s hand movements into extremely precise movements of miniaturised instruments inserted through small incisions. The system also filters natural hand tremors and provides a greater range of motion than the human wrist, enabling meticulous dissection and suturing.

For hernia repair, these capabilities allow surgeons to perform delicate steps such as accurate defect closure and optimal mesh placement, which are important for the long-term durability of the repair.

Benefits for patients

Robotic hernia repair offers several advantages for patients:

1. Smaller incisions and minimal scarring
2. Reduced postoperative pain
3. Lower risk of wound complications
4. Shorter hospital stay
5. Faster return to normal activities

Because the procedure is minimally invasive, most patients experience earlier mobilisation and quicker overall recovery compared with traditional open surgery. Robotic surgery is particularly useful in complex, recurrent, or large ventral hernias, where precise reconstruction of the abdominal wall is important. While not every hernia requires a robotic approach, the technology expands the surgeon’s ability to perform advanced minimally invasive repairs with improved ergonomics and visualisation.

The future of hernia surgery

The integration of robotic platforms such as the da Vinci system represents a major step forward in modern general surgery. By combining surgical precision with minimally invasive techniques, robotic hernia repair aims to enhance patient comfort, improve recovery, and deliver durable surgical outcomes.