Wilmington Mesothelioma Cancer: A Comprehensive Resource for Patients, Families & Community
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Wilmington Mesothelioma Cancer: A Comprehensive Resource for Patients, Families & Community
Alright, let's talk about something that hits close to home for many of us, especially here in Wilmington, North Carolina: mesothelioma cancer. This isn't just a clinical term you skim past in a medical journal; it's a devastating diagnosis, a life-altering reality that ripples through families and communities. When you hear "cancer," your mind probably jumps to the more common ones, the ones that dominate headlines and research grants. But mesothelioma? It’s different. It’s rare, aggressive, and almost always tied to a single, insidious culprit: asbestos. And for places like Wilmington, with its rich industrial history, its shipyards, its bustling port, and its legacy of growth and progress, that connection to asbestos isn't just a historical footnote—it's a present-day shadow, a painful reminder of past practices.
I've been in this field long enough to see the sheer courage of patients and the heartbreaking resilience of their families. I’ve heard their stories, seen the toll this disease takes, and understood the profound sense of injustice that often accompanies a mesothelioma diagnosis. It’s a cancer that, in most cases, could have been prevented. It’s a disease born from exposure that happened decades ago, often when people were just trying to earn an honest living, unknowingly breathing in microscopic fibers that would lie dormant for what feels like an eternity before unleashing their devastating effects. This article, then, isn't just a collection of facts; it's a guide, a hand extended in understanding, and a testament to the lives touched by this unseen enemy right here in our community.
We're going to dive deep, peel back the layers, and truly understand what mesothelioma is, how it’s caused, and why Wilmington, specifically, carries such a heavy burden of its legacy. We'll talk about the historical backdrop that inadvertently set the stage for this health crisis, the industries that flourished, and the workers who, through no fault of their own, were exposed. We'll explore the often-confusing symptoms, the ones that mimic other ailments, making early detection a cruel game of chance. My hope is that by the time you finish reading, you’ll have a clearer, more nuanced understanding of mesothelioma, not just as a medical condition, but as a deeply human experience, particularly for those in our beloved Wilmington.
This journey through the complexities of mesothelioma will be thorough, perhaps even a little raw at times, because that’s the nature of this beast. It demands honesty, clarity, and a compassionate perspective. We’re not just looking at statistics; we’re looking at lives. We’re exploring the intersections of industry, public health, and personal tragedy. So, settle in, take a deep breath, and let’s navigate these difficult waters together. What you're about to read is crucial for anyone touched by this disease, anyone who suspects they might be at risk, or anyone who simply wants to understand the silent epidemic that has roots right here in Wilmington's past.
Understanding Mesothelioma: The Basics
When we talk about mesothelioma, it’s essential to first establish a foundational understanding. This isn't just another form of lung cancer, though it often gets mistakenly lumped in with it. Mesothelioma is a distinct, aggressive cancer, and its unique characteristics are what make it particularly challenging to diagnose and treat effectively. It's a cancer of the mesothelium, which is the protective lining that covers most of our internal organs. Think of it like a thin, slippery membrane designed to allow organs to move smoothly within the body without friction. When this lining becomes cancerous, that's mesothelioma, and it behaves very differently from other cancers, often spreading across these surfaces rather than forming a solid, localized tumor mass in the early stages.
The rarity of mesothelioma is a double-edged sword. On one hand, it means fewer people are diagnosed compared to, say, breast or prostate cancer. On the other hand, its rarity contributes to a general lack of public awareness and, sometimes, even a lack of immediate recognition among general practitioners who might not encounter a case in their entire careers. This can lead to diagnostic delays, which are particularly devastating for a cancer with such a long latency period and aggressive nature. Patients often face a long, frustrating journey to diagnosis, enduring multiple tests and specialist visits before the true nature of their illness is revealed. This diagnostic odyssey itself can be incredibly taxing, both emotionally and physically, adding another layer of burden to an already challenging situation.
Defining Mesothelioma: Types and Locations
So, let's get specific about what mesothelioma actually is. At its core, it's a malignant tumor that originates in the mesothelial cells. These cells line several body cavities, and the location of the cancer dictates its type. The vast majority of cases, roughly 80-90%, are pleural mesothelioma, affecting the pleura—the lining of the lungs and chest cavity. Imagine your lungs encased in a thin, two-layered sac; that's the pleura. When asbestos fibers are inhaled and migrate to this lining, they can cause chronic inflammation and cellular damage over decades, eventually leading to the development of cancerous cells that spread across the pleural surface, often causing fluid buildup (pleural effusion) and restricting lung function.
Then we have peritoneal mesothelioma, which accounts for about 10-20% of cases. This type affects the peritoneum, the lining of the abdominal cavity, which encases organs like the stomach, liver, and intestines. While less common than the pleural form, it's equally aggressive and is typically caused by ingested asbestos fibers or fibers that migrate from the lungs to the abdomen. The symptoms for peritoneal mesothelioma are often vague, mimicking other gastrointestinal issues, which makes early detection particularly challenging. Patients often present with abdominal pain, swelling, and weight loss, symptoms that could be attributed to a myriad of less serious conditions, further delaying a correct diagnosis.
Less frequently, we encounter pericardial mesothelioma, which attacks the pericardium, the delicate sac surrounding the heart. This is incredibly rare, making up less than 1% of all mesothelioma cases, and its symptoms—chest pain, shortness of breath, irregular heartbeat—are often mistaken for cardiac diseases. The proximity to the heart makes this form particularly dangerous and difficult to treat, often presenting unique surgical challenges. The rarity here is so profound that many oncologists may never personally encounter a case, making specialized consultation absolutely critical for patients facing this specific diagnosis.
Finally, there's the rarest of the rare: testicular mesothelioma, affecting the tunica vaginalis, the lining of the testicles. This is an exceptionally uncommon form, with only a few hundred cases ever reported worldwide. Its symptoms usually involve a scrotal mass or swelling, and it’s often initially misdiagnosed as a hernia or other benign testicular condition. While it generally has a better prognosis than the other types, likely due to earlier detection of a palpable mass, it still requires aggressive treatment and specialized care. The sheer infrequency of this type underscores the need for a comprehensive understanding of all mesothelioma manifestations.
Pro-Tip: Mesothelioma vs. Lung Cancer
Don't confuse mesothelioma with lung cancer. Lung cancer originates within the lung tissue itself (bronchial tubes, alveoli), often from smoking. Mesothelioma originates in the lining of the lung (pleura), almost exclusively from asbestos exposure. The treatments and prognoses can be quite different. Always clarify with your doctor if there's any ambiguity in a diagnosis involving the chest.
The Unseen Enemy: How Asbestos Causes Cancer
The story of mesothelioma is inextricably linked to asbestos, a naturally occurring mineral that, for decades, was hailed as a miracle material. Its incredible heat resistance, strength, and insulating properties made it indispensable in countless industries, from construction to shipbuilding, manufacturing to automotive. But beneath that seemingly benign utility lay a sinister truth: asbestos is a potent carcinogen. The mechanism of how it causes cancer is both fascinating in its biological complexity and horrifying in its simplicity. It all begins with microscopic fibers, so small they are invisible to the naked eye, so light they can remain suspended in the air for hours.
When these asbestos fibers are inhaled or, less commonly, ingested, they are notoriously difficult for the body to expel. Unlike dust or other particulate matter that our lungs can often clear, asbestos fibers are sharp, durable, and essentially indestructible within the human body. They become lodged in the delicate tissues of the pleura or peritoneum. Once embedded, they trigger a chronic inflammatory response. Imagine a constant, low-grade irritation occurring at a cellular level, day after day, year after year. This persistent inflammation, coupled with the physical irritation from the sharp fibers, leads to cellular damage and oxidative stress.
Over an agonizingly long latency period—which can range anywhere from 20 to 60 years, or even more—these damaged cells begin to undergo malignant transformation. The chronic inflammation and the direct interaction of the fibers with cellular DNA can lead to mutations. It’s like a slow-motion assault on the genetic code, where healthy cells are gradually pushed towards becoming cancerous. The immune system, designed to protect us, becomes overwhelmed or even misguided, sometimes failing to recognize and eliminate these rogue cells. This lengthy incubation period is precisely why many individuals diagnosed with mesothelioma are older, often reflecting exposures that occurred during their prime working years decades earlier.
The insidious nature of asbestos lies in this delayed reaction. A person might have worked in an asbestos-laden environment for years, feeling perfectly healthy, raising a family, living a full life, completely unaware of the ticking time bomb within their own body. Then, decades later, when the memories of that workplace might have faded, the symptoms begin to manifest. This long latency period also makes it incredibly challenging to trace the exact moment or source of exposure, complicating both medical history and potential legal avenues for justice. It’s a stark reminder that some dangers don’t announce themselves with immediate pain or visible signs, but rather with a silent, relentless march towards disease.
Wilmington's Asbestos Legacy: A Local Perspective
Now, let's bring this discussion home, right here to Wilmington, North Carolina. Our city, with its rich history and strategic location on the Cape Fear River, has always been a hub of industry and commerce. For generations, Wilmington was a place where people built things, moved goods, and powered progress. But like many industrial towns across America, that progress often came with an unseen cost, particularly when it involved materials like asbestos. The legacy of asbestos in Wilmington isn't just an abstract national problem; it's a deeply personal, local issue that continues to manifest in diagnoses today.
I remember talking to an old-timer once, a gentleman who had worked various jobs around the port for decades. He recounted stories of dust, constant dust, everywhere. "You just learned to live with it," he'd say, shrugging. "Part of the job." They had no idea, absolutely no inkling, that the very materials they were handling, cutting, insulating with, were silently sowing the seeds of a deadly disease. The sheer volume of asbestos used in the mid-20th century was staggering, and Wilmington's industrial backbone meant it was right in the thick of it. This isn't about pointing fingers at individuals; it's about acknowledging a systemic issue, a widespread ignorance of a deadly hazard that permeated industries across the board.
The economic boom of the past, fueled by these industries, provided livelihoods for countless families in Wilmington. People flocked here for work, for opportunities, building lives and contributing to the fabric of our community. But those opportunities often came with an invisible price tag. The materials that made ships fire-resistant, that insulated pipes in power plants, that strengthened building materials in booming construction projects—they all contained asbestos. And the people who worked with these materials, directly or indirectly, became unwilling participants in a tragic experiment, their bodies unknowingly accumulating the fibers that would eventually lead to their illness.
This local perspective is crucial because it helps us understand the unique challenges faced by Wilmington residents. It’s not just about a national problem; it’s about understanding the specific exposure points, the historical context, and the community impact right here. When a Wilmington family receives a mesothelioma diagnosis, they’re not just facing a medical battle; they’re often grappling with the realization that their loved one’s illness is a direct consequence of working to build and sustain this very community. It adds a layer of sorrow and, frankly, a sense of betrayal, that needs to be acknowledged and addressed.
Historical Asbestos Use in Wilmington Industries
Wilmington's industrial landscape was fertile ground for asbestos use for much of the 20th century. Our city's strategic location as a port town naturally led to significant shipbuilding and maritime activities, which were notorious for their heavy reliance on asbestos. Shipyards, in particular, were veritable asbestos factories. Every pipe, every boiler, every engine room, every bulkhead, every piece of electrical wiring was often insulated or fireproofed with asbestos-containing materials. Workers in these environments were constantly surrounded by and directly handled asbestos in various forms, from raw insulation to finished products.
Beyond the shipyards, Wilmington’s port facilities themselves played a role. Asbestos-containing materials were transported, stored, and loaded or unloaded from ships, exposing dockworkers, longshoremen, and even administrative staff to airborne fibers. The sheer volume of goods moving through the port meant a constant potential for exposure. Think about the cargo holds of ships, often insulated with asbestos, or the packaging of industrial materials. Even if not directly working with asbestos, the ambient air quality in and around these busy industrial zones would have been compromised, creating a broad risk for anyone working or even living nearby.
Chemical plants, which have also been a part of Wilmington's industrial fabric, frequently used asbestos in their operations. Asbestos was ideal for lining tanks, pipes, and vessels where corrosive chemicals or high temperatures were present, providing crucial insulation and fire resistance. Workers involved in maintenance, repair, or new construction within these facilities would have been exposed to significant levels of asbestos when disturbing these materials. The dusty, enclosed environments often found in such plants only exacerbated the risk, trapping fibers in the air for prolonged periods and increasing the likelihood of inhalation.
Power generation facilities, another significant industry, were equally heavy users of asbestos. Boilers, turbines, pipes, and electrical components in power plants all required high-temperature insulation, and asbestos was the material of choice. Electricians, pipefitters, boiler tenders, and maintenance crews regularly worked with and around asbestos-containing components. The sheer scale of these operations meant vast quantities of asbestos were present, and any renovation, repair, or demolition work would release substantial amounts of fibers into the air, creating hazardous conditions for anyone in the vicinity.
Lastly, the general construction industry throughout Wilmington also contributed significantly to asbestos exposure. From commercial buildings to residential homes, asbestos was incorporated into everything from roofing and siding to floor tiles, joint compounds, and insulation. Tradespeople like carpenters, plumbers, electricians, and plasterers would have routinely encountered and disturbed these materials during building, renovation, and demolition projects across the city. This widespread use meant that exposure wasn't confined to a few massive industrial sites but was pervasive throughout the urban and suburban landscape, touching almost every facet of the built environment.
High-Risk Occupations and Exposure Sites in Wilmington
When we talk about high-risk occupations in Wilmington, it’s not just about broad industries; it’s about specific roles where workers directly handled or were in close proximity to asbestos-containing materials. These were the folks who bore the brunt of the exposure, often without any protective gear or knowledge of the dangers they faced. Top of mind are occupations like pipefitters, who routinely cut, fitted, and insulated pipes with asbestos lagging; electricians, who worked with asbestos-insulated wiring and panels; and insulators, whose entire job revolved around applying and removing asbestos insulation. These individuals often worked in confined spaces, exacerbating their exposure levels.
Veterans, particularly those who served in the Navy, represent a significant high-risk group in Wilmington, given the city's maritime history and proximity to naval facilities. Naval vessels, from battleships to submarines, were packed with asbestos-containing materials from bow to stern. Sailors, especially those in engineering, boiler rooms, or damage control, were constantly exposed. When these veterans returned to Wilmington and sought medical care decades later, their military service, often seen as a source of pride, became a tragic link to their mesothelioma diagnosis. The government's own use of asbestos in its fleet means that many veterans are now part of this growing population of patients.
Specific sites in the greater Wilmington area, though many are now repurposed or long gone, were historically known for heightened asbestos exposure risk. The most prominent would undoubtedly be the North Carolina Shipbuilding Company during World War II, a massive operation that built Liberty ships and tankers. Thousands of workers, many of whom were local residents, toiled in an environment where asbestos was ubiquitous. Other sites included various power plants, such as the Sutton Steam Electric Plant (now a natural gas plant), where asbestos was heavily used in boilers and turbines for insulation and heat resistance. These massive industrial complexes were essentially asbestos hotspots for decades.
Beyond these major employers, smaller manufacturing facilities, industrial plants along the river, and older commercial buildings throughout downtown Wilmington also contained significant amounts of asbestos. Any worker involved in the construction, maintenance, or demolition of these structures would have been at risk. Consider the sheer number of plumbers, HVAC technicians, and general laborers who would have cut into walls, removed old insulation, or repaired equipment in these buildings over the years. Their work, seemingly routine at the time, involved disturbing materials that would release dangerous asbestos fibers into the air, creating a silent, invisible threat.
Insider Note: The "Dusty Trades"
In the world of asbestos exposure, we often refer to the "dusty trades." These are the occupations where asbestos was routinely cut, sawed, mixed, or removed, creating visible clouds of asbestos dust. Think about insulation workers, boiler makers, shipyard workers, even auto mechanics working on old brake pads or clutches. If you or a loved one worked in one of these roles, especially before the 1980s, your risk of asbestos-related disease is significantly higher. It’s a vital piece of personal history to share with your doctor.
Secondary Exposure Risks in the Wilmington Community
The tragic ripple effect of asbestos exposure extends far beyond the direct industrial worker. This is where the concept of "secondary exposure" comes into play, and it's a heartbreaking reality for many families in the Wilmington community. Imagine a husband coming home from a long day at the shipyard or power plant, his clothes covered in a fine, almost imperceptible dust. He hugs his wife, plays with his children, sits on the couch. That dust, those microscopic asbestos fibers, are unknowingly transferred to his family members, to their home, becoming airborne in their living spaces. This "take-home" exposure has led to countless cases of mesothelioma in spouses, children, and even grandchildren of exposed workers.
These innocent victims, who never set foot in an industrial plant, develop mesothelioma simply because they shared a home with someone who did. Their exposure wasn't occupational; it was domestic. They laundered their loved one's clothes, cleaned their home, or simply spent time in an environment contaminated by these insidious fibers. It’s a cruel twist of fate, adding another layer of grief and injustice to an already devastating diagnosis. The spouse who diligently washed her husband's work clothes, shaking out the dust before putting them in the machine, was unknowingly exposing herself to a deadly carcinogen, often for years.
Beyond the home, residents living near major industrial sites in Wilmington also faced potential secondary exposure risks. Consider the sheer scale of operations at the old North Carolina Shipbuilding Company or the Sutton Steam Electric Plant. Wind patterns could carry airborne asbestos fibers from these sites into surrounding residential areas, contaminating yards, homes, and schools. While the concentration might have been lower than direct occupational exposure, prolonged, low-level environmental exposure over decades can still be sufficient to trigger mesothelioma in susceptible individuals. This is particularly true for older homes built with asbestos-containing materials that have since deteriorated, releasing fibers into the air.
Moreover, the demolition or renovation of older buildings in Wilmington, especially those built before the 1980s, can also pose a risk to the broader community if proper asbestos abatement procedures aren't followed. When asbestos-containing materials like insulation, floor tiles, or roofing are disturbed without containment, fibers can become airborne and travel, exposing passersby, construction workers, and nearby residents. This means that even those without a direct industrial or familial link could have unknowingly encountered asbestos in their daily lives, simply by living or working in a community with a long industrial past and aging infrastructure. It truly underscores the pervasive nature of this unseen enemy.
Pro-Tip: Documenting Exposure
If you or a loved one has been diagnosed with mesothelioma, meticulously document all potential exposure sites and occupations, even if they seem insignificant. Include military service, specific job titles, dates of employment, and even hobbies like home renovation. This information is critical not only for medical history but also for any potential legal recourse, helping to establish the link between exposure and diagnosis.
Recognizing the Symptoms: Early Detection is Key
Recognizing the symptoms of mesothelioma is arguably one of the most challenging aspects of this disease, primarily because its initial signs are often vague, non-specific, and mimic a host of much more common, benign conditions. This unfortunate reality contributes significantly to the fact that mesothelioma is often diagnosed at advanced stages, when treatment options are more limited. The insidious nature of the disease, coupled with its long latency period, means that by the time symptoms become noticeable enough to warrant serious medical investigation, the cancer has often had years to spread along the mesothelial lining.
I've heard countless stories from patients who initially dismissed their symptoms as "just getting older," "a persistent cold," or "a bit of indigestion." They went to their general practitioner, received treatment for bronchitis, acid reflux, or muscle strain, and only when those treatments failed to provide lasting relief did deeper investigations begin. This isn't a fault of the patients or even necessarily their doctors; it's the nature of mesothelioma's deceptive presentation. The body is a complex system, and many symptoms can have multiple origins. However, for anyone with a history of asbestos exposure, even secondary exposure, these seemingly innocuous symptoms should raise a red flag and prompt a more thorough discussion with their physician about their past.
The key to potentially improving outcomes, though always challenging with mesothelioma, lies in heightened awareness. If you or someone in your family has a known history of asbestos exposure, even if it was decades ago, you need to be acutely attuned to any persistent, unexplained symptoms. Don't be afraid to advocate for yourself or your loved one, to ask for further testing, or to seek a second opinion from a specialist. While there's no routine screening for mesothelioma, being proactive about symptom reporting and pushing for detailed investigations can sometimes shave precious months off the diagnostic timeline, potentially opening up more treatment avenues.
This section will delve into the specific symptoms associated with the two most common types of mesothelioma: pleural (affecting the chest) and peritoneal (affecting the abdomen). Understanding these distinct symptom profiles is crucial, as they guide the initial diagnostic workup and help differentiate mesothelioma from other conditions. Remember, these symptoms often develop gradually, worsening over time, and rarely appear all at once. It’s a progression, a slow unraveling, that demands careful attention and a proactive approach to medical care.
Pleural Mesothelioma Symptoms (Chest)
Pleural mesothelioma, affecting the lining of the lungs and chest cavity, typically presents with symptoms that are respiratory in nature, though they can often be confused with more common lung ailments. The most prevalent and often earliest symptom is shortness of breath (dyspnea). This isn't just the breathlessness you feel after a strenuous workout; it's often a persistent, unexplained shortness of breath that worsens over time, even with minimal exertion or at rest. It occurs because the cancerous tissue thickens the pleura and, more commonly, causes fluid to accumulate in the pleural space (a pleural effusion), compressing the lung and making it difficult to fully inflate. Imagine trying to breathe with a heavy weight on your chest, or with your lungs in a vise; that's the sensation many patients describe.
Another hallmark symptom is chest pain, which can range from a dull ache to a sharp, stabbing sensation. This pain is often localized to the side of the chest where the tumor is growing, but it can also radiate to the shoulder or back. Unlike muscle pain, which might improve with rest or anti-inflammatories, mesothelioma-related chest pain is typically persistent and progressive, often worsening as the disease advances. It's caused by the tumor invading the chest wall, pressing on nerves, or irritating the inflamed pleural lining. Patients often describe it as a deep, internal pain that can be difficult to pinpoint precisely, making it challenging for doctors to differentiate from other causes of chest discomfort.
A persistent cough is also a very common symptom, often dry and unproductive, though it can sometimes be accompanied by phlegm. This cough is not like a typical cold or allergy cough that resolves after a few days or weeks; it lingers, often for months, and may worsen, especially when lying down. It's caused by irritation of the bronchial tubes and the pleura, or by the compression of the airways due to fluid buildup or tumor growth. Many patients initially assume it's bronchitis or smoker's cough, delaying a more thorough investigation, highlighting the deceptive nature of the disease's early presentation.
Beyond these more direct respiratory symptoms, patients with pleural mesothelioma often experience systemic symptoms that indicate the body is fighting a serious illness. Unexplained weight loss is a significant red flag. This isn't weight loss from dieting or increased exercise; it's involuntary and often substantial, occurring despite a normal or even increased caloric intake. It's a common paraneoplastic syndrome, where the cancer itself produces substances that alter metabolism, or simply reflects the body's increased energy demands to fight the disease. This symptom, when combined with others, should always prompt a deeper medical inquiry.
Finally, fatigue is almost universally reported by mesothelioma patients. This isn't just feeling tired after a long day; it's a profound, debilitating exhaustion that isn't relieved by rest. It can impact every aspect of daily life, making even simple tasks feel monumental. This fatigue is multifactorial, stemming from the cancer itself, the body's inflammatory response, potential anemia, and the psychological toll of dealing with chronic illness. When these symptoms, especially shortness of breath, chest pain, and unexplained weight loss, present together and persist, particularly in someone with a history of asbestos exposure, it should immediately trigger a comprehensive diagnostic workup for pleural mesothelioma.
- Key Pleural Mesothelioma Symptoms to Monitor:
Peritoneal Mesothelioma Symptoms (Abdomen)
Peritoneal mesothelioma, though less common than its pleural counterpart, brings its own distinct set of symptoms, primarily centered in the abdominal cavity. Like pleural mesothelioma, these symptoms are often vague and can be easily attributed to more common gastrointestinal issues, leading to significant diagnostic delays. The most frequently reported symptom is abdominal pain, which can range from a persistent dull ache to sharp, cramping pains. This pain is caused by the tumor growing on the lining of the abdomen, irritating surrounding organs, or by the accumulation of fluid. It's often diffuse, making it hard for patients to pinpoint an exact location, which can further complicate early diagnosis.
Following closely, and often concurrently with pain, is abdominal swelling or distension. This is a critical indicator, often caused by the accumulation of fluid in the abdominal cavity, a condition known as ascites. The cancerous cells on the peritoneum can produce fluid, or they can block the normal drainage pathways, leading to a build-up that causes the abdomen to swell, sometimes dramatically. Patients often describe feeling bloated, gaining weight solely in their abdomen, or noticing that their clothes no longer fit around their waist. This swelling can also put pressure on internal organs, contributing to other symptoms like early satiety (feeling full quickly) or nausea.
Beyond pain and swelling, changes in bowel habits are commonly reported. This can manifest as either constipation or diarrhea, or an alternating pattern of both. The tumor's presence on the peritoneal lining can interfere with the normal motility of the intestines, or it can directly obstruct parts of the bowel as it grows. Patients might notice a persistent change in their stool consistency, frequency, or experience increasing difficulty with bowel movements that isn't resolved by dietary changes or over-the-counter remedies. This symptom, when combined with abdominal pain and swelling, should certainly raise concerns.
Similar to pleural mesothelioma
