Google Adsense News
->
Mesothelioma is a serious, life threatening cancer that has a low survival rate and can be quite painful. It is also one of many cancers that show no
outwards sighs until the disease is well progressed and irreversible. What causes this horrendous disease? Asbestos. If you or a beloved family
member has been exposed in any way to asbestos, then you must get a mesothelioma diagnosis as soon as possible. The cancer, which eats at the
lining that covers the organs (mesothelium) and is usually found in the chest area or pelvic regions, usually shows no symptoms until it is much too
late to do anything about it. Early mesothelioma diagnosis is critical to adding years to your life. Sadly once one develops mesothelioma, there is no
cure, however, medical science can give you the precious time you otherwise would not have if you catch the disease in its beginning stages. A
mesothelioma diagnosis is crucial to achieving that goal. If you have seen a qualified physician and obtained a recent mesothelioma diagnosis, you
should hire an experienced mesothelioma attorney to fight for you and your family’s rights. Dealing with any cancer can be time consumptive and
financially draining. As you try getting your health back on track, your savings and monetary reserves can and will get depleted. Meanwhile, the very
people who caused your issues could be literally getting away with murder. Most companies that used asbestos, which has the primary carcinogenic
agent that causes mesothelioma cancer, knew about the potential health risks. This makes them criminally liable and to open to lawsuit. Your
mesothelioma attorney will go over your case with you, educating you on what your rights are under the law. The company lawyers will try to bully
you if you go it alone, offering a settlement that will barely pay for the costs of your very important tests. They will also try to mislead you, making you
believe that you really don’t have a case, when the very opposite is true. Your mesothelioma attorney knows the laws and can make them play fair. A
mesothelioma diagnosis can have a devastating impact on your life. Great representation can mean the difference between a few hundred dollars and
millions. Don’t let you or you family get shortchanged! Hire a competent mesothelioma attorney and protect you and your family’s future. They may
give up hope and feel that they should just be allowed to die so that they do not burden anyone. However, there are treatments available for
mesothelioma symptoms, and while the quality of life might be somewhat diminished, there is still hope for these individuals to enjoy the time that they
have left. In addition, some of these individuals are younger - they were the children of those that worked with asbestos, and they picked up the
disease from exposure to their parent, who often feels guilty. A mesothelioma diagnosis is not the victim’s fault, and a good mesothelioma attorney can
ensure that he or she sees that as the truth. In addition, they can work with family and friends to help them through the difficulties that a lawsuit might
present. When a mesothelioma attorney is located and the victim feels comfortable with that person, it is usually a good indication that he or she has
found the ‘best’ lawyer for the case. Experience and education are important, of course, but the skills and abilities that a person has are not always
evidenced by the education that he or she has gotten, or how many cases that individual has worked on, so an individual with should choose an
attorney that seems like the best fit for the case.
Campaigners today warned thousands of the North West’s tradesmen face a devastating death from the lung cancer, mesothelioma if more is not done to raise awareness about the dangers of asbestos.
The Greater Manchester Asbestos Victims Support Group supported the Health and Safety Executive’s campaign to raise awareness about asbestos among maintenance workers but said more needed to be done.
The group, which gives support and advice to those affected by asbestos related disease, spoke out during Action Mesothelioma Day.
The event aims to raise awareness about mesothelioma, a cancer of the lining of the lung caused by exposure to asbestos. There is no cure for the disease, which is diagnosed in nearly two people every week in the Greater Manchester area.
We have seen 22 newly diagnosed mesothelioma patients since 2nd January 2008:
Asbestos lies dormant in the lungs for decades before developing into mesothelioma. Once diagnosed many sufferers have just months to live.
Nationally the HSE has launched a campaign to generate awareness of the dangers of asbestos among maintenance workers.
But the Greater Manchester Support Group has called for the campaign to be properly resourced and to include simple, clear and practical advice to vulnerable construction maintenance workers to avoid further deaths.
It has also asked for a television advertising campaign on the issue and for the free distribution of the HSE’s ‘Asbestos Essentials’ guidance in working safely with asbestos.
More than 67,400 construction workers in the North West are in danger of developing mesothelioma. Including 8,000 plumbers and electricians many of whom are routinely exposed to asbestos.
Last year 220 people were diagnosed with asbestos related diseases in Greater Manchester, including 89 people who were diagnosed with mesothelioma.
The group also warns that thousands of buildings, including schools, in the North West still contain asbestos, specifically those built before 2000.
It calls for the phased removal of all asbestos from schools or the rebuild of all schools containing asbestos to avoid a new generation of people dying from mesothelioma.
Spokesperson for the Greater Manchester Asbestos Support Group, Tony Whitston said: “Many believe that asbestos is a problem which was faced by shipyard workers and laggers decades ago. But asbestos is still a danger for our tradesmen today. We must do everything we can to ensure that our plumbers, joiners, electricians, fitters and construction workers are aware of the risks they face from asbestos.
“If we do not act now a whole new generation of people will develop mesothelioma in 30 years time.”
He added: “We whole heartedly support the Health and Safety Executive’s campaign but we would call for it to go further and for it to be backed up by television advertising and a greater information-led campaign to ensure the message hits home.”
Nigel Bryson, Health and Safety Consultant and past GMB Health and Safety Specialist said:
“Asbestos is known to be a killer of building maintenance workers. The main risk is from Mesothelioma, an entirely preventable disease. Controls to prevent exposure to asbestos fibres are well known. They must be applied: building workers lives depend on it.”
John Howe, a joiner, who has mesothelioma said:
“I, like so many other tradesmen, was exposed to asbestos in the past and many of us are now paying a terrible price. It is unforgivable that young workers today continue to be exposed to asbestos. No cost should be spared in preventing further exposure to this deadly dust.”
Case studies and further statistics including a regional breakdown of the number of people affected by mesothelioma are available.
HISTORICAL PERSPECTIVE
The existence of malignant mesothelioma as a primary tumor of
the pleura, peritoneum, pericardium, and other organs has long been
controversial. As early as 1767, however, Joseph Lieutaud is credited
with describing two cases of probable mesothelioma in a study of
3,000 autopsies, and E. Wagner recognized the disease as a pathologic
entity in 1870.238,239,298 Klemperer and Rabin described in detail the
histologic features of benign (localized) and malignant (diffuse)
mesotheliomas in 1931.143 A case record of malignant pleural
mesothelioma discussed in 1947 led neither to the recognition of the
diagnosis nor to the suspicion of asbestos as a causative factor, even
though the introductory sentence included the term asbestos worker,
and later the patient’s work was described as “cutting asbestos insulating
board.”48 This controversy lasted until 1960, when the major etiologic
factor (i.e., asbestos) was established in a seminal report by J. C.
Wagner and colleagues in 32 of 33 cases of mesothelioma, largely by
environmental exposure in the “Asbestos Hills” of Cape Province in
South Africa.295 Such a singular relationship, confirmed in many other
countries including the United States, established the disease as a distinct
nosologic entity.236
INCIDENCE AND EPIDEMIOLOGY
Mesothelioma has been such a rare disease, or one recognized so
infrequently, that it has not been coded as a separate cause of death and
has been seriously underestimated in mortality statistics.71,236 The
age-adjusted incidence of pleural and peritoneal mesothelioma in the
United States has been estimated at 14.2 per million per year, with
almost a three-fold increase for pleural mesothelioma in Caucasian
males between 1973 and 1984.71 The male-female ratio is about 4:1,
and 80% arise from the pleura.71 Cases tend to be clustered in areas of
asbestos product plants and shipbuilding facilities.94 Similar trends
have been reported in other industrialized countries, such as England.
104 In autopsy studies, the frequency of malignant mesothelioma
varies from 0.02 to 0.7%, with a rate of 0.2% in the largest series.127
In most hospital series, the pleura is more often involved than the
peritoneum, with a predominance of the right side over the left
(60:40).127 In some epidemiologic studies monitoring cohorts of
asbestos workers, however, the peritoneal form is more common than
the pleural.238
The mean age of patients is approximately 60 years,16,93,214,305 but
the disease can occur at any age, including in childhood.116 In a review
of 80 children with a diagnosis of malignant mesothelioma, the mean
age was 9.7 years, and 59% were male. Only 2 children were noted to
have a history of possible asbestos exposure, 1 had received radiotherapy
for Wilms’ tumor, and 1 had been exposed to isoniazid in utero.102
<!– p.MsoNormal, li.MsoNormal, div.MsoNormal {mso-style-parent:”"; margin:0cm; margin-bottom:.0001pt; mso-pagination:none; mso-layout-grid-align:none; text-autospace:none; font-size:10.0pt; font-family:Arial; mso-fareast-font-family:”Times New Roman”;} @page Section1 {size:612.0pt 792.0pt; margin:70.85pt 70.85pt 70.85pt 70.85pt; mso-header-margin:35.4pt; mso-footer-margin:35.4pt; mso-paper-source:0;} div.Section1 {page:Section1;} –>
Mesothelioma is a rare type of cancer that can develop decades after exposure to asbestos. Asbestos is a mineral that was once widely used due to its fire resistant and insulating properties, but is no longer mined, milled or manufactured in Australia because of the health risks. All uses in new products are now banned in Australia and no asbestos products may be imported. Strict precautions also govern the removal and disposal of asbestos and asbestos-containing materials.
Mesothelioma usually starts in the outer membrane of the lungs (pleura) but can also occur in the membrane lining of the abdominal cavity (peritoneum). Uncommonly, the heart or reproductive organs may be affected.
The treatment for mesothelioma depends on whether it is only in one place or has spread. Currently there is no cure for mesothelioma unless it can be removed by an operation. Unfortunately, when mesothelioma is diagnosed, it has usually already spread beyond the point where it could be removed by an operation. Treatment aims to prolong life and keep the person as comfortable as possible.
Symptoms of mesothelioma – lungs
The lungs are wrapped in a thin membrane called the visceral pleura. The chest wall is similarly lined (parietal pleura). These two membranes touch and slide across each other while we breathe, lubricated by a slick of fluid.
Mesothelioma usually develops in only one lung. The tumour tends to grow across the lung until the entire organ is encased. Sometimes cancer cells migrate to lymph nodes and other areas of the body (such as the unaffected lung) via the lymphatic system. Mesothelioma causes the pleura to make more fluid than necessary, which presses on the lung (pleural effusion).
Symptoms include:
Breathlessness
Dry cough
Pain.
Symptoms of mesothelioma – peritoneum
About 10 per cent of mesothelioma cases involve the peritoneum. The peritoneum is a membrane that forms the lining of the abdominal and the pelvic cavities. Swallowed asbestos fibres can move through the stomach wall and cause mesothelioma to develop in the peritoneum.
Symptoms of peritoneal mesothelioma include:
Painful abdomen
Swollen abdomen
High temperature
Nausea and vomiting
Bowel problems
Urinary problems.
Symptoms in the later stages
Symptoms in the later stages of the disease include:
Sudden and unexplained weight loss
Spitting up sputum
Spitting up blood
Swallowing problems
Peritoneal mesothelioma: hypertrophic gastroepiploic and omental arteries identified by radioimmune angiography
Introduction
Peritoneal mesothelioma is a rare and uniformly fatal tumour arising from cells of mesodermal origin that line the serosal cavities (Elmes and Simpson 1976). The accurate preoperative diagnosis of peritoneal mesothelioma is very difficult. Radiographic findings including routine radiography, sonography and computed tomography (CT) are rarely helpful to distinguish peritoneal mesotheliomas from peritoneal carcinomatosis (Lazarus et al. 1971; Marini and Walter 1984). Findings of dilated omental arteries on celiac angiography may be helpful to make a preoperative diagnosis (Marini and Walter 1984). We report a first case of peritoneal mesothelioma examined by radioimmune (RI) angiography with technetium- 99m human serum albumin (99mTc-HSA).
Case report
A 52-year-old man presented with abdominal pain which had increased during the past 3 months. Physical examination revealed a large, fixed mass which occupied the whole abdomen. Routine laboratory tests, upper gastrointestinal series and barium enema results were normal. Ultrasound revealed an ill-defined, hypoechoic mass which occupied the whole abdomen. Plain CT showed a large nodular mass with irregular low-density areas. It involved the mesentery and omentum. No ascites was noted . Angiography disclosed hypertrophied gastroepiploic arteries and enlarged epiploic branches . Gallium-67 citrate images revealed an irregularly increased uptake throughout the abdomen . On RI angiography with 740 MBq of 99mTc-HSA, the dilated epiploic branches were clearly depicted . The patient underwent exploratory laparotomy which revealed a diffusely infiltrating tumour throughout the abdomen. The biopsy specimen showed malignant peritoneal mesothelioma.
Discussion
Malignant mesotheliomas are uncommon neoplasms arising from the serosal linings of the body cavities. Although the pleura is the most common primary site for mesotheliomas, the peritoneal cavity is not uncommonly involved (30%-45%). Furthermore, some mesotheliomas (12%-20%) arise from the peritoneum (Elmes and Simpson 1976; Legha and Muggia 1972; Moertel 1972). An association with asbestos exposure appears stronger for pleural than peritoneal primaries (Fanney et al. 1988). The diagnosis of peritoneal mesothelioma is often delayed until exploratory surgery or autopsy. Patients with peritoneal mesothelioma usually present with mild and non-specific symptoms such as abdominal pain and distension, weight loss, digestive disturbances, and oedema (Elmes and Simpson 1976; Kannerstein and Churg 1977; Moertel 1972). Routine radiographic findings are often negative or non-specific. Chest radiographs may show signs of asbestosis in fewer than 45% of these patients (Granke et al. 1987). Barium contrast gastrointestinal studies may demonstrate non-specific extrinsic mass effects and separation of the bowel loops (Lazarus et al.
1971). The sonographic appearance of peritoneal mesothelioma has been reported as an echogenic mass within the greater omentum separated from underlying bowel loops by ascites (Shah and King 1979). CT findings include evidence of ascites fluid (86%), peritoneal involvement (75%), bone destruction (25%) and peritoneal mass (12%) (Whitley et al. 1982). Other findings include an irregular thickening of the peritoneum which mayhave a nodular appearance (Fanney et al. 1988; Reuter et al. 1983). However, on sonography and CT, it may be difficult to differentiate this from carcinomatosis and carcinoid tumours (Cockey etal. 1985; Fanney etal. 1988; Granke et al. 1987). Angiographic features include mild hypervascularity and hypertrophic gastroepiploic arteries and their branches (Cockey et al. 1985). Although the angiographic
findings are not absolutely specific, one may strongly suspect the possibility when they occur (Granke et al. 1987; Marini and Walter 1984). Our case is the first reported example of RI angiography that demonstrates hypertrophic gastroepiploic arteries and their branches. It shows a good correlation between RI angiography and conventional angiography. Uptake of 67Ga-citrate in peritoneal mesotheliomas has been reported (Dach et al. 1980; Wolk 1978). In those cases and in our one, there is diffuse 67Ga-citrate uptake within the peritoneal cavity. The pattern of 67Ga - citrate uptake may help to distinguish peritoneal mesotheliomas
from carcinomatosis, which rarely shows gallium uptake. In conclusion, our results suggest that peritoneal mesotheliomas
Rate Me on BlogHop.com!
help?