#mesothelioma include

[tea-and-naps]

no fucking way did they sell 50 copies of Fahrenheit 451 bound in fucking asbestos in the 50s

[kamalemons]

The Haltmann Works Company is not responsible for any and all adverse health effects this product may cause, including asbestosis, mesothelioma, lung cancer, sudden rise in capitalistic ideals, maxim tomato allergy, and anything else that may occur after consuming or being in close proximity of this product. For limited time only.

[l-in-the-light]

Do you think Law would pass Amber lead disease to his children? 👀

I'm not a specialist in medical field, actually very far from it. Manga suggests it's a hereditary condition, though we don't know enough details to make a definitive statement. We have no idea how the intoxication started in the first place (manga only says it's because of the mining process), but I have seen people comparing it to asbestos, mostly because it's also associated with color white and there was this awful government's coverup of asbestos intoxication in Japan's modern history, which is probably what inspired Oda. Here's a good summary of how it went and how it still affects Japan even today if you're interested: http://www.ibasecretariat.org/lka-asbestos-truth-and-consequences-in-japan.php

That means Amber Lead Syndrome is likely similar to Mesothelioma, symptoms of which include pain, shortness of breath, loss of appetite, fever and sweating (we see Law with all those symptoms indeed!). The only difference are the white patches on the skin, which I think Oda used just to make it easier for people to know at first glance that they're sick but also because symbolically it looks like death marked you (color white is associated with death in Japan). The sickness is caused by inhaling small fibers and once it accumulates it often leads to cancer. Cancer and mesothelioma treatment can also lead to infertility. The sickness itself starts from lungs, but in Law's novel it was suggested it accumulated in the liver. That may suggest that it was simply very late stage of it so it affected other organs as well (we saw evidence of that in the flashback indeed) and from my limited knowledge about medicine I can say that liver problems often lead to skin conditions like changing color. Late stage sickness shows as white patches appearing on the skin and that happens only after liver itself is attacked (but not before that).

Though this illness isn't considered hereditary, there are some studies proving family members of a person who worked with asbestos have mutation in their genes that gives them predesposition to this sickness (it was 1 in 4 case, which imo sounds like a big deal). So like always in our sad world, not enough studies were dedicated to the problem, because it's not beneficial enough to people who have money to fund the research.

But back to One Piece. We know that amber lead syndrome spreads around because of the mining process, and mining suggests indeed inhaling-related sickness. It develops slow enough that people get symptoms very late, which means it's a silent killer. Manga tells us also very explicitly that effects are shared among generations, shortening the lifespans until finally youngest generations die before reaching adulthood. This suggests it's passed down in genes, even though it's not stated this way directly.

Summing it up: treatment makes you infertile, accumulated lead makes it more difficult to have children when it spreads to all the organs and affects them, or the child can be born but will die before they reach their own age of fertility. I would say there's a chance that it didn't make Law infertile, but it still dooms his potential child's lifespan in that case. No children will survive long enough to start the next generation. Whether pregnancy itself can happen or not doesn't really matter as far as the final result goes. He can have a child potentially (if other mentioned factors didn't affect him luckily) but that child won't survive the age of 10 or so. That's exactly why manga called it "biggest tragedy of Flevance", after all. If "shortening lifespan among generations" and "not contagious" doesn't suggest hereditary then it would mean every single person in Flevance got it by mining, using the metal for buildings and wares. That would be the only possibility for Law's child not inheriting the disease and living normal life. But that doesn't explain why each generation gets shorter lifespans, so we're back to square one. Logically speaking, it must be related to DNA in some way and so gets passed down to children.

I dunno how I feel about it while knowing Ancient Kingdom would have means to cure Amber Lead Syndrome, since we know now that it was very advanced. Seems whatever knowledge they had vanished with them, and even when scientists like Vegapunk try to restore it, he is still unable to recreate many of their achievements. Law's Amber Lead Syndrome and his fate is connected in more way than one to the mystery of the Void Century.

[myapathyhaspeaked]

Platonic Sides Week Day 2: Vacations

“For the last time, we’re not, and will never, swim on your side!” Roman yelled, but Remus kept poking him as he rambled on and on about the various benefits of the beaches on his side of the Imagination, like Lovecraftian monsters and seaweed that tangled around your leg and pulled you down, down, down into the watery abyss until you floated to the surface, gasses from decomposition escaping your blue-tinged lips. Roman failed to see anything beneficial about any of that, but had long accepted that trying to figure out how Remus found joy in any of his interests was like trying to get a true ant’s eye perspective by smooshing his face into the ground. Uncomfortable, and would never actually work.

“Oh come on, what’s even in the water!?” Remus complained, like he couldn’t imagine an ocean not filled to the brim with creatures that yearned for blood and bone.

“Fish! And seals and sea otters and starfish!”

“Mermaids?” Remus asked, and really Roman should know better than to treat his brother’s questions as anything but a potential trap.

“I could make some,” he replied, taking the bait. Remus grinned.

“Can they drown me?” Roman groaned and sped up to put some distance between them. Virgil looked up from his phone at the sound of quickening footsteps in the sand and decided to match his pace so he wouldn’t have to walk alone just because his brother was annoying.

The Prince had invited the other Sides to a relaxing day at the beach in the Imagination. This wasn’t a unique occurrence; Roman had been inviting the others to the Imagination since they were children. He’d created bouncy castles, jungle expeditions, magical playgrounds, petting zoos, and a myriad of other things for them to play in and explore. What was new, however…

Roman looked back to see Remus talking about something with Patton. Whatever it was, it was causing Patton to cover his ears and turn pale. He only stopped when a way-too-long arm snaked around to poke him on the back, and realizing he could bug someone else, turned to Janus to continue the conversation. If the snake happened to start walking slower than the rest, well Remus didn’t seem to notice. Their differing speeds caused them to walk less as a group and more as a line, like a roller coaster instead of a car.

“It would be rude to not include them,” Patton had insisted. And look, what fun he’s having now. It wasn’t like they hadn’t excluded them before. Excluding them used to be the standard.

They finally reached the shore. It was perfectly picturesque, gentle waves crashing into white sand dotted with shells ready for the taking. An ice cream shop, one eerily familiar to the one Thomas’ family used to go to when they went to the beach when he was a kid, sat a ways away, playing music just loud enough to hear but not so loud that it became annoying like mall music. The seagulls squawked in the distance, and unlike the real ones, they’d stay in the distance. Logan breathed in the lovely sea air, letting his shoulders slump as he felt the tension leave his body.

He then started searching his tote bag for something. After a few seconds of grabbing around, he pulled out an orange tube. He popped open the blue cap.

“Everyone needs to apply sunscreen. I expect you to return in two hours to reapply.”

“Oh come on, we’re not going to get mesothelioma from a fake sun!” Virgil protested. He hated applying sunscreen, there was always the chance of accidentally rubbing his eyes before he rinsed his hands off. 

“The term you’re looking for is melanoma, and it has been shown time and time again that the environment of the Imagination has the ability to affect us.” While developing cancer was unlikely (that wouldn’t happen in Roman’s fantasyland), they had gotten sunburn on previous excursions. It was, unfortunately, too intrinsic to the beach experience to leave out.

Logan finished rubbing the lotion on the spots his wetsuit left uncovered and passed the tube to Virgil. He cringed, but begrudgingly took it. Being sticky was at least marginally better than getting lobsterback. 

Patton took his bag off his shoulders and began to set out the beach chairs. Roman joined him to stick the umbrellas in the sand. After applying sunscreen, the two of them grabbed some plastic buckets and shovels and made their way towards the water. They had plans.

The teacher sighed and laid down on one of the chairs, making sure the umbrella properly shaded him before reaching into his bag and pulling out his book about echinoderms. 

“What’s the point of the wetsuit if you’re not going to swim?” Janus questioned hypocritically, because he was also sitting in a beach chair despite wearing a bathing suit, piña colada in the hand that wasn’t propping his head up. Logan wasn’t sure where the drink had come from. The snake had explicitly refused to carry anything.

He wondered if he had another glass. Hydration is very important. That’s why.

“I might later. It’s just that this chapter on starfish is so fascinating. Did you know that they don’t have a brain?”

Janus hummed, a noise that acknowledged what he said but didn’t give the impression that he cared all that much. “Reminds me of some people I know.”

Meanwhile, Remus was sneaking up on Virgil, who was busy watching a crab scuttle around a small hill. It had blades of grass poking through the sand, and it cut off suddenly to create a mini cliff into the ocean. The crustacean danced between clumps of grass, snapping its claws like castanets.

The anxious Side knew how to swim. He even liked to swim. He just had to warm himself up to it, remind himself that shark attacks were rare and Roman didn’t know how riptides work and wouldn’t make them even if he did and that he wouldn’t get the bends from diving just a few feet. So he was sitting off to the side, waiting for his nerves to stand down.

Remus snickered impishly, the only warning Virgil had before he was shoved over the edge and into the salty water. He spit the nastiness out before glaring up at the Duke, who was peering down at him in turn, grinning.

“You’re an asshole.”

“Thanks, I try.” He then disappeared, giving Virgil a few fleeting moments of hope that he had left to pester someone else. That hope was soon dashed by the huge splash of Remus cannonballing recklessly close to him. 

Janus took a long sip as he watched Virgil flick water at the Duke’s face, only to scream shrilly when Remus gave chase. He tugged his floppy sun hat over his eyes and leaned back.

Patton and Roman had been busy creating a sand castle for the past fifteen minutes, and they were making remarkable progress, probably because they were in a fantasy where wet sand doesn’t collapse at the slightest disturbance. Their goal was a tiny palace fit for tiny royalty. They had completed the main tower, with a strand of seaweed hanging from a carved out window like the locks of a trapped princess. They were now working on the battlements and the moat.

Roman took a scallop shell from the pile they had accumulated and pressed it over where the gateway would be if he was working with a more stable material. He’d need to see if popsicle sticks would work, once they ate them (the popsicle, not the stick). Patton was next to him, poking crenels into the sandy curtain wall. Once that was done, he took some pebbles and lined them up against the edge of the moat that probably didn’t actually add any structural integrity, while Roman took some twigs and poked them into the sand to act as the castle residents. He also placed a cone-shaped shell (not a cone snail, Remus could have all the venomous creatures on his side, he didn’t need to share) outside the wall to serve as a cannon. 

“I don’t know, it’s missing a certain je ne sais quoi,” he concluded after staring at their creation for a moment, rubbing his chin in thought.

“Jenny said what now?” Patton asked cheerily. He knew full well what je ne sais quoi meant, but he was here to have fun. The Prince rolled his eyes, wanting to groan but finding that he wasn’t upset enough to do so.

The fatherly Side scanned the beach for whatever could complete their masterpiece. There was sand, more sand, a shell, even more sand, some washed up kelp, a lot more sand someone should get around to vacuuming, and ooh, score!

He plucked it up from where it was buried in the sand, only visible by how it caught the light at a certain angle, then held it up to present it to Roman. He beamed proudly when his friend’s face immediately became one of excitement.

“Great horseshoe huffing heffalumps, sea glass! Good find, Padre, it’s perfect,” he said as he took it from his hands to admire it better. It was a glittering white, and upon closer inspection, slightly translucent. He spent a while twirling it in his fingers, observing how it looked at all angles.

Now they just needed to find the right place for it.

Atop the tower was the obvious choice, right where everyone could see it. But that was too obvious, and furthermore might cause the structure to collapse. If only there was an interior for the castle, because it would have made a fantastic disco ball.

While they sat there pondering, Remus crawled onto shore like he was reenacting the late Devonian Period, creeping up to the beach chairs. Unaware of his presence, Logan continued spilling sea creature facts.

“Did you know that when threatened, sea cucumbers will eject their internal organs in a process called evisceration.”

“Doesn’t sound like an overreaction at all.”

“Sounds sexy!” Remus popped up, between them, causing them to both jump in surprise. How such a loud Side managed to sneak up on anyone was a mystery, one that Logan was planning to study and one that Janus had long given up on solving.

“The sea cucumber?”

“Anything can be a—”

“No, no they can’t!” Janus interrupted. He’d use his hand-slapping-over-the-mouth trick, but that never seemed to last long with Remus.

“See, Chamber of Sea Kraits agrees with me!”

“You are deliberately misinterpreting me,” he complained like he didn’t purposely speak in a way that made it difficult to tell when he was being sincere.

“Why are you here, Remus? Last I checked you were occupied swimming.” Swimming was a generous word for it. The Duke had spent the last five minutes pretending to be a drowned corpse. He was so close to getting that stiffness of a body that was only halfway into rigor mortis just right.

“Got bored.” It turned out letting yourself drift was a good way of constantly washing up on shore like a piece of driftwood. “Say, how do you feel about burying me?”

“Six feet under buried or make you into a mermaid buried?”

“I’d prefer a kraken but that works too.”

Virgil saw Patton and Roman waving to him and walked onto shore to see what was up. And what was up seemed to be a kickass sandcastle.

“How the hell did you guys make that?” he asked, because he was pretty sure sand couldn’t do that. He’d know it could actually do a lot more than he thought if he fell down an internet rabbit hole about sand sculpting. 

“Blood, sweat, and tears, my frightful friend.”

“And buckets!” Patton added before motioning for him to take a closer look. Peering down into the bailey, he saw a small mandala design made of shells radiating from a piece of white sea glass.

“Woah, neat,” he said as he took in the details. Several of the twig people seemed to be dueling. “So, what are you gonna do now?”

Grabbing the closest item nearby, Patton held up a beach ball and answered, “Volleyball?”

“With three people?” Roman asked. It would be odd, but if the moral Side wished for it, he was perfectly happy to make a quick volleyball court. 

“We could do three on three if we invited the others.”

“They seem a bit…busy,” Virgil pointed out, nodding over to where Janus and Logan were packing sand on top of Remus, steadfastly ignoring his suggestions to add a certain anatomical feature.

“Well how about a good ol’ game of catch with your old man,” Patton suggested, and that received nods all around. Since two of them had yet to enjoy the waters, they decided to play in the ocean, wading until waist deep and standing in a triangle formation. Despite only being ten or so feet away from each other, they spent half their time chasing after fumbled balls as they drifted away, the waves pulling the beach ball away every time they reached like the fruit branches above Tantalus.

The Sides stayed at the beach until the sun began to dip into the water, lighting it up gold as the sky was painted in peaches and tangerines. They then made their way back to the door to the Mindscape, ice cream from the shop in hand.

---

@platonicsidesweek

[indiacancersurgerysite]

What are the main causes of cancer?

Genetic Factors Inherited Mutations: Certain genetic mutations that increase cancer risk can be inherited from parents. Family History: A family history of certain cancers can indicate a higher genetic predisposition.

Environmental Exposures Tobacco Smoke: Both smoking and secondhand smoke are leading causes of many types of cancer, particularly lung cancer. Radiation: Exposure to high levels of radiation, including UV radiation from the sun and radon gas, can cause cancer. Asbestos: Long-term exposure to asbestos fibers can cause lung cancer and mesothelioma. Chemical Carcinogens: Exposure to certain chemicals, such as benzene, formaldehyde, and certain pesticides, can increase cancer risk.

Lifestyle Factors Diet: A diet high in processed meats, red meats, and low in fruits and vegetables can increase cancer risk. Alcohol Consumption: Excessive alcohol intake is linked to an increased risk of several types of cancer. Physical Inactivity: Lack of regular physical activity can increase the risk of certain cancers, such as breast and colon cancer. Obesity: Being overweight or obese is associated with a higher risk of various cancers, including breast, colon, and endometrial cancer.

Infections Viruses: Certain viruses are linked to cancer, such as human papillomavirus (HPV) for cervical cancer, hepatitis B and C for liver cancer, and Epstein-Barr virus for lymphoma. Bacteria: Helicobacter pylori infection can increase the risk of stomach cancer. Parasites: Schistosomiasis is associated with bladder cancer.

Hormonal Factors Reproductive and Hormonal Factors: Hormonal changes, particularly those related to reproductive history, such as age at first menstruation, age at menopause, and use of hormone replacement therapy, can influence cancer risk.

[beardedmrbean]

https://www.reuters.com/legal/litigation/johnson-johnson-sues-researchers-who-linked-talc-cancer-2023-07-13/

Sounds like J&J is a good, well-meaning company with nothing to hide but its love for people..

Standard procedure, or is this a new one they've got going now.

J&J alleges researchers used "junk science" to disparage company's products

Defendants say the lawsuits are meant to "silence" scientists

July 12 (Reuters) - Johnson & Johnson has sued four doctors who published studies citing links between talc-based personal care products and cancer, escalating an attack on scientific studies that the company alleges are inaccurate.

J&J's subsidiary LTL Management, which absorbed the company's talc liability in a controversial 2021 spinoff, last week filed a lawsuit in New Jersey federal court asking it to force three researchers to "retract and/or issue a correction" of a study that said asbestos-contaminated consumer talc products sometimes caused patients to develop mesothelioma.

One of the researchers, Richard Kradin, declined to comment. The other two, Theresa Emory and John Maddox, did not respond to requests for comment. Lawyers who have represented the three researchers in similar litigation in the past declined to comment.

J&J is facing more than 38,000 lawsuits alleging that the company's talc products, including its Baby Powder, were contaminated by asbestos and caused cancers including ovarian cancer and mesothelioma. J&J is attempting to resolve those lawsuits, as well as any future talc lawsuits, through an $8.9 billion settlement in bankruptcy court.

J&J says that its talc products are safe and do not contain asbestos.

J&J has stopped selling talc-based Baby Powder in favor of cornstarch-based products, citing an increase in lawsuits and "misinformation" about the talc product's safety.

The company in 2021 began exploring bankruptcy as a potential solution to the lawsuits, which saw a mixed record at trial, including several defense wins but also a $2.1 billion verdict awarded to 22 women who blamed their ovarian cancer on asbestos in the company's talc products. J&J said in bankruptcy court filings in April that the costs of its talc-related verdicts, settlements and legal fees have reached about $4.5 billion.

Last week's lawsuit against Emory and Maddox, pathologists affiliated with Peninsula Pathology Associates in Newport News, Virginia, and Kradin, a pulmonologist who worked at Massachusetts General Hospital Cancer Center before his retirement, comes on the heels of another complaint LTL filed in late May against another doctor, Jacqueline Moline, who works at Northwell Health in Great Neck, New York, on similar grounds.

Moline published an article in 2019 studying 33 patients who said their only exposure to asbestos came from talc products, and Emory, Kradin and Maddox followed up with a 2020 study of 75 similar patients.

All four doctors have provided expert testimony in lawsuits against J&J, and their research has been cited in lawsuits where they have not testified, according to the complaints.

LTL said the researchers concealed the fact that some or all of the patients involved in their studies had been exposed to asbestos from other sources.

The company is also asking the court to force the researchers to disclose the patients' identities.

The lawsuits allege product disparagement and fraud, among other claims.

Adam Zimmerman, a professor at the University of Southern California Gould School of Law, said companies rarely file lawsuits over research they disagree with. It will be very difficult for LTL to prove that the researchers intentionally harmed J&J's reputation, which is required for product disparagement cases in New Jersey, but the company may view the lawsuits as a way to discourage other researchers or reclaim the narrative about talc safety, Zimmerman said.

"When a litigant starts suing opposing experts, that's very aggressive," Zimmerman said. "It sends a message that the gloves are off."

Moline has argued in court papers that LTL's litigation would have a profoundly chilling effect on future medical research if the company were allowed to unmask patients "in the hopes of publicly smearing them." Her court filings say that LTL's lawsuit was meant to "attack and silence" scientists, and that she has an ethical obligation to protect the identities of her research subjects.

LTL's lawsuits allege that the doctors' research allowed them to collect millions of dollars from plaintiffs' lawyers to push a "false narrative" about J&J. The complaint against Moline, for example, said she had made a "small fortune" testifying as a paid expert in lawsuits, receiving over $3 million from her work on asbestos lawsuits. LTL alleged that Kradin also made more than $3 million testifying as a plaintiffs' expert.

The researchers could not immediately be reached for comment.

LTL had filed similar lawsuits against the researchers in December 2022, but those complaints were linked to LTL’s first bankruptcy filing and were dismissed along with the rest of the bankruptcy in April.

The cases are LTL Management v. Moline and LTL Management v. Emory, U.S. District Court for the District of New Jersey, Nos. 23-cv-02990 and 23-cv-03649.

For LTL: Peter Harvey of Patterson Belknap Webb & Tyler; Allison Brown of Skadden, Arps, Slate, Meagher & Flom; and Kristen Fournier of King & Spalding

For Moline: Kevin Marino and John Tortorella of Marino Tortorella & Boyle

For Emory, Kradin and Maddox: Not yet available Read more:

J&J unit files for second bankruptcy to pursue $8.9 billion talc settlement

Cancer plaintiffs drill down on J&J's support for $8.9 billion talc deal

U.S. court rejects J&J bankruptcy strategy for thousands of talc lawsuits

Reporting by Dietrich Knauth; additional reporting by Brendan Pierson

__________________________________

This one could go either way, I don't blame them for trying either it's a lot of money.

Also gotta consider the timing since after 3 years of "trust the science" people are actually getting less prone to trusting the science after all the times the science changed its mind in those 3 years.

Tell me about that vaccine making me impervious to covid all over again science, I need to hear it one more time.

If the initial finding is correct, they'll need lots of their own baby shampoo, gotta clear up the tears somehow.

if not correct, that could change some things up too, piss some people off at the same time, so yayyyyy

[astergh0st]

current tabs open in my browser include a word counter site that I haven’t touched all day, two youtube tabs, a google search for mesothelioma that i am yet to look at any of the results for, and an image of a can of ham.

[asbestostestingadelaide]

The Importance of Asbestos Testing Services

Asbestos testing and sampling should be carried out whenever building materials appear to be deteriorating or prior to any construction or remodeling projects which could disturb them, as exposure to asbestos fibers poses serious health risks, including mesothelioma and asbestosis.

Asbestos-testing labs should be licensed and insured for accurate results, capable of testing crumbly, solid materials as well as dust samples with either polarized light microscopy or transmission electron microscopy techniques.

Certification

Asbestos is a fibrous and heat-resistant mineral commonly found in building materials. If improperly removed or handled, asbestos exposure may lead to lung diseases and other health concerns if not handled safely - thus making the decision to hire an accredited asbestos inspector essential.

Certified professionals complete training courses managed by third-party accreditors to obtain their credentials and obtain certifications to perform asbestos testing services in various settings.

An asbestos professional typically collects samples of suspicious materials during an inspection and sends them off for lab analysis, taking between several days and several weeks depending on the material type being tested for. Rush and emergency turnaround services are also available at additional costs.

New York City requires any construction, demolition or renovation project that disturbs ACMs to undergo an asbestos survey (ACP-5). Even simple projects like painting or demolishing walls may necessitate this inspection before receiving approval from the Department of Buildings.

Experience

Before undertaking any home renovation project, it is vitally important to hire a certified asbestos inspector. They can test for asbestos in areas like acoustic ceiling sprays, floor tiles, linoleums, insulation materials, drywall/joint compounds and roofing materials - among others.

AHERA accredited inspectors are specially trained to locate, identify and estimate quantities of asbestos-containing material (ACM). They provide thorough reports detailing their findings as well as create abatement plans to address any concerns discovered during inspections.

Asbestos testing should involve examining both solid and friable samples; typically laboratories will need at least one teaspoon of dust.

Naturally occurring asbestos found in rocks and soil poses no immediate health threat, provided it remains undisturbed. When disturbed during construction or demolition activities, asbestos fibers can be released into the air and inhaled by workers and residents in close proximity. A professional asbestos inspection firm should always be able to deliver accurate results, guaranteeing that an area inspected is safe before beginning work or demolition activities in it.

Licensing

Asbestos is a dangerous substance that poses serious health risks when disturbed. Not only can asbestos lead to lung cancer, but also mesothelioma and lung diseases like asbestosis. Therefore, testing for asbestos prior to renovation or demolition work must take place for both occupants and workers' safety.

Asbestos testing should be part of any construction or renovation activity which disturbs building materials such as floor tiles, drywall, pipes, insulation or fire-proofing materials. Furthermore, an asbestos test is strongly advised before purchasing an old home that could contain ACM.

Contractors, project monitors and professional service firms who perform activities that disturb friable asbestos must obtain a license before engaging in such activities. To do so, applicants must complete either an initial or renewal individual licensing package along with State Form 48741. Furthermore, documentation from an EPA/PA approved training course must also be provided before an onsite inspection can take place and an approval issued.

Insurance

Asbestos can be found in older homes built before the mid-1980s. Due to its durability and resistance to fire, asbestos was often utilized for vinyl floor tiles, roofing shingles, wall insulation materials and insulation materials. When these items become damaged they release microscopic asbestos fibers into the air which may eventually lead to serious health conditions such as mesothelioma or lung cancer.

Homeowners insurance typically does not cover the costs associated with asbestos inspection, testing and removal; however, this expense could be covered as part of a claim for property damage due to sudden events like storm-related roof or foundation damage, fire or theft.

When selecting an asbestos testing service, be sure that they possess both standard liability and workers' compensation insurance policies as well as adequate professional liability protection to guard against damages caused by errors of judgment or professional opinions.

Asbestos Testing Adelaide

[weafurry]

[First image ID: A screenshot of a text. The contact says mom and the number is crossed out It was sent on Wednesday February 14th at 5:17 pm. It says "Please do not wear that Charlie Brown asbestos shirt to grandma's ever again. She almost called the fire department thinking it was real. END ID]

[Second image ID: A grey T-shirt laying on a wooden surface. On the shirt there is an image of Charlie Brown crying and saying "Good grief.... They put me on a shirt made of 100% asbestos" below him there is white text which reads "Exposure to ASBESTOS can be life threatening. If you breath ASBESTOS fibers you may increase the risk of several serious diseases, including ASBESTOS MESOTHELIOMA, and LUNG CANCER. Symptoms of ASBESTOS related diseases, such as shortness of breath, coughing, and chest pain, often do not appear until 20 to 50 years after exposure. END ID]

[jacobjackson7755]

The Hidden Cost: Unmasking the Serious Health Dangers of Asbestos

For decades, asbestos was lauded for its seemingly miraculous properties – strong, fire-resistant, and an excellent insulator. It was woven into the fabric of our buildings, our industries, and even some household products. But beneath this veneer of utility lurked a sinister truth: exposure to its microscopic fibres carries devastating and often fatal health risks.

Today, we understand the profound dangers of this legacy material and why professional removal is not just a recommendation but a crucial step in safeguarding health and lives.

This article will delve into the serious health conditions definitively linked to asbestos exposure, laying bare the reasons why disturbing it can have such catastrophic consequences.

A Silent Killer: The Lingering Threat of Asbestos Fibres

The danger of asbestos lies in its fibrous structure. When asbestos-containing materials (ACMs) are disturbed or deteriorate, they release tiny, needle-like fibres into the air. These fibres are invisible to the naked eye and can remain suspended for extended periods. Inhalation is the primary route of exposure, and once these fibres enter the lungs, the body's natural defences struggle to expel them.

Over time, these lodged fibres can cause chronic inflammation, scarring, and, ultimately, the development of severe and often incurable diseases. The insidious nature of these illnesses is that they often take decades to manifest, meaning past exposures can have tragic consequences years down the line.

The Most Aggressive Form: Mesothelioma's Deadly Grip

Perhaps the most well-known and feared disease associated with asbestos exposure is mesothelioma. This is a rare and aggressive cancer that develops in the lining of the lungs (pleural mesothelioma), the abdomen (peritoneal mesothelioma), or, less commonly, the heart (pericardial mesothelioma) or testicles (testicular mesothelioma).

The prognosis for mesothelioma is generally poor, with most patients succumbing to the disease within a year or two of diagnosis.

What makes mesothelioma particularly devastating is its strong and almost exclusive link to asbestos exposure. While other factors might play a minor role in some cases, the vast majority of mesothelioma diagnoses are directly attributable to inhaled asbestos fibres. The latency period between exposure and the development of mesothelioma can be alarmingly long, sometimes spanning 20 to 50 years or even more.

This means that individuals who worked with or were exposed to asbestos decades ago may still be at risk today. Symptoms can include chest pain, shortness of breath, fluid buildup in the chest or abdomen, and fatigue. Early diagnosis is crucial, but the non-specific nature of early symptoms often leads to delays, impacting treatment options and outcomes.

A Major Respiratory Threat: Asbestos and Lung Cancer

While mesothelioma has a strong association with asbestos, lung cancer is a far more common malignancy, and asbestos exposure significantly increases the risk of developing this disease. The risk is particularly amplified in individuals who have also smoked. The synergistic effect of smoking and asbestos exposure creates a far greater danger than either factor alone.

Asbestos-related lung cancer is often indistinguishable from lung cancer caused by other factors, such as smoking. Symptoms can include a persistent cough, chest pain, shortness of breath, wheezing, and coughing up blood. Like mesothelioma, the latency period can be substantial.

The inhaled asbestos fibres cause cellular changes in the lungs over time, eventually leading to the uncontrolled growth of cancerous cells. The severity and prognosis of asbestos-related lung cancer depend on the stage at diagnosis and the individual's overall health.

Scarring the Lungs: The Debilitating Effects of Asbestosis

Asbestosis is a chronic and progressive lung disease caused by the inhalation of asbestos fibres. Over years of exposure, the lodged fibres trigger inflammation and scarring (fibrosis) of the lung tissue. This scarring thickens the lung walls and reduces their elasticity, making it increasingly difficult for the lungs to expand and contract properly.

The primary symptom of asbestosis is shortness of breath, which typically worsens over time. Other symptoms can include a persistent dry cough, chest tightness or pain, and a characteristic "crackling" sound in the lungs during inhalation (often referred to as "rales" or "crepitation").

In advanced stages, asbestosis can lead to significant disability, heart problems due to increased strain on the cardiovascular system, and a reduced quality of life. Unlike mesothelioma and lung cancer, asbestosis is not a cancer, but it is a serious and irreversible condition that can be fatal. The severity of asbestosis depends on the level and duration of asbestos exposure.

Beyond the Big Three: Other Asbestos-Related Concerns

While mesothelioma, lung cancer, and asbestosis are the most well-known and serious diseases linked to asbestos, exposure has also been associated with other health issues, including:

Pleural Plaques: These are areas of thickened scar tissue on the lining of the lungs (pleura). While pleural plaques themselves are usually asymptomatic and do not typically lead to cancer, their presence indicates past asbestos exposure.

Pleural Thickening: This is a more diffuse thickening of the pleura, which can sometimes cause shortness of breath and chest pain.

Laryngeal Cancer: Some studies have suggested a link between asbestos exposure and an increased risk of cancer of the larynx (voice box).

Ovarian Cancer: Evidence suggests a possible association between asbestos exposure and an elevated risk of ovarian cancer in women.

The full spectrum of health problems potentially linked to asbestos is still being researched, but the evidence overwhelmingly points to the significant dangers posed by inhaling these microscopic fibres.

Why Professional Removal is Non-Negotiable: Protecting Your Future

Given the severe and often fatal diseases associated with asbestos exposure, it is absolutely crucial that any asbestos-containing materials are handled with the utmost care. Disturbing ACMs without proper training, equipment, and safety precautions can release a cloud of hazardous fibres into the air, putting yourself and others at significant risk.

Professional asbestos removalists are specifically trained and licensed to safely identify, contain, and remove asbestos materials. They possess the knowledge, experience, and specialised equipment, including respiratory protection, containment barriers, and HEPA-filtered vacuums, to minimise fibre release and ensure proper disposal of hazardous waste.

Attempting to remove asbestos yourself is not only dangerous but also often illegal due to the potential for widespread contamination and health risks.

Engaging qualified professionals provides numerous benefits:

Expert Identification: They can accurately identify all ACMs on your property, including hidden sources.

Safe Containment: They establish controlled environments to prevent fibre release during removal.

Specialised Removal Techniques: They employ methods like wet removal to minimise dust and fibre generation.

Proper Waste Disposal: They ensure asbestos waste is safely packaged and disposed of at licensed facilities.

Peace of Mind: You can be confident that the removal process is being conducted safely and in compliance with regulations, protecting your health and the health of others.

The cost of professional asbestos removal is an investment in your long-term health and the safety of your environment. Compared to the potential cost of treating asbestos-related diseases, both financially and emotionally, professional removal is the only responsible and safe course of action.

A Legacy We Must Address: Prioritising Health and Safety

Asbestos remains a significant public health concern in many parts of the world, including those with a history of its widespread use. Understanding the serious health risks associated with its exposure is the first step towards protecting ourselves and future generations.

Emphasising the critical importance of professional removal and adhering to strict regulations are essential in mitigating the dangers posed by this silent killer. By taking proactive steps to identify and safely remove asbestos, we can strive towards a healthier and safer future, free from the devastating consequences of this hazardous material.

Invisible Killer, Lifelong Damage: Unmasking the Terrifying Health Risks of Asbestos. Don't gamble with your lungs. This crucial article exposes the devastating diseases linked to asbestos – mesothelioma, lung cancer, asbestosis – and why professional removal isn't just smart, it's your lifeline. Learn the hidden costs of this once-hailed material and why disturbing it yourself is a deadly mistake.

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Mastering Environmental Safety Training

The Importance of Specialized Environmental Training

In today’s world, ensuring the safety of buildings and their occupants is a critical responsibility. Environmental hazards such as asbestos and mold pose significant risks to health and property if not addressed properly. Professionals trained in identifying and mitigating these dangers are essential to maintaining safe living and working spaces. Specialized training programs equip individuals with the knowledge and skills needed to tackle these challenges effectively. Among these,  Asbestos Building Inspector Training  stands out as a cornerstone for those looking to safeguard structures from hazardous materials. This training provides a deep understanding of asbestos identification, risk assessment, and compliance with regulations, ensuring that inspectors can protect both people and the environment.

The need for such expertise has grown as older buildings, many constructed with asbestos-containing materials, require thorough inspections. Asbestos, once a popular building material due to its durability and fire resistance, is now known to cause severe health issues, including lung cancer and mesothelioma. Properly trained inspectors are vital to identifying these risks and recommending safe removal or containment strategies. This training is not just about technical skills; it instills a sense of responsibility to protect communities from unseen dangers lurking in aging infrastructure.

Understanding Asbestos Inspection Processes

The process of becoming an asbestos building inspector involves rigorous education and hands-on practice. Training programs focus on teaching participants how to identify asbestos-containing materials, assess their condition, and determine the level of risk they pose. Courses typically cover the history of asbestos use, its health effects, and the legal frameworks governing its management. Inspectors learn to use specialized equipment to collect samples safely and interpret laboratory results accurately. This comprehensive approach ensures that graduates are well-prepared to handle real-world challenges in various settings, from residential homes to commercial properties.

Beyond technical skills, Asbestos Building Inspector Training emphasizes the importance of clear communication. Inspectors must convey their findings to property owners, contractors, and regulatory bodies in a way that is understandable and actionable. This aspect of the training fosters trust and collaboration, ensuring that all parties work together to address asbestos hazards effectively. By mastering both the science and the art of inspection, professionals can make a tangible difference in the safety of the built environment.

Addressing Mold Through Expert Remediation Training

While asbestos is a well-known hazard, mold is another environmental concern that demands specialized expertise. Mold growth, often triggered by moisture issues, can lead to respiratory problems, allergies, and structural damage if left unchecked. Training programs designed to combat this issue, such as Iicrc Mold Remediation Classes, provide professionals with the tools to identify, contain, and eliminate mold effectively. These classes are grounded in industry standards, offering a structured approach to remediation that prioritizes safety and thoroughness.

Participants in mold remediation training learn to assess the extent of mold contamination, identify its root causes, and implement solutions that prevent recurrence. This includes understanding the role of ventilation, humidity control, and proper cleaning techniques. The training also covers the use of personal protective equipment and containment strategies to minimize the spread of mold spores during remediation. By mastering these skills, professionals can restore affected spaces to safe and habitable conditions, protecting both health and property value.

The Synergy of Asbestos and Mold Training

The overlap between asbestos and mold issues in buildings highlights the value of comprehensive environmental training. Many older structures face both hazards simultaneously, requiring professionals who are versatile and well-versed in multiple disciplines. Combining Asbestos Building Inspector Training with Iicrc Mold Remediation Classes creates a powerful skill set that enables professionals to address a wide range of environmental challenges. This synergy enhances their ability to conduct thorough inspections, develop holistic remediation plans, and ensure compliance with regulations.

For example, a building with water damage may have both mold growth and deteriorating asbestos materials. A professional trained in both areas can assess the situation holistically, prioritizing tasks to address immediate health risks while planning long-term solutions. This integrated approach not only improves efficiency but also builds confidence among clients, who rely on these experts to navigate complex environmental issues. By investing in dual training, professionals position themselves as indispensable assets in the field of environmental safety.

Career Opportunities and Industry Impact

The demand for skilled environmental professionals continues to rise as awareness of asbestos and mold hazards grows. Completing Asbestos Building Inspector Training and  Iicrc Mold Remediation Classes  opens doors to diverse career paths, from independent consulting to roles within government agencies or private firms. These credentials signal expertise and commitment to safety, making trained individuals highly sought after in the industry. Moreover, the work of these professionals has a lasting impact, contributing to healthier communities and safer buildings.

Beyond immediate job prospects, these training programs foster a mindset of continuous learning. Environmental regulations and best practices evolve, and staying current is essential for maintaining credibility. Professionals who pursue ongoing education and certifications demonstrate their dedication to excellence, further enhancing their career longevity. Their efforts ripple outward, influencing industry standards and raising the bar for environmental safety across the board.

Building a Safer Future

The journey to becoming an environmental safety expert is both challenging and rewarding. Through Asbestos Building Inspector Training and Iicrc Mold Remediation Classes, individuals gain the expertise needed to tackle some of the most pressing issues in building safety. These programs empower professionals to protect lives, preserve properties, and contribute to a healthier world. As the construction and real estate industries continue to prioritize safety, the role of trained inspectors and remediators will only grow in importance.

By embracing these training opportunities, individuals not only advance their careers but also make a meaningful difference in the lives of others. The knowledge and skills acquired through these programs are more than just tools for a job—they are the foundation for building a safer, more sustainable future. Whether inspecting a historic building for asbestos or remediating mold in a family home, these professionals are at the forefront of creating environments where people can thrive without fear of hidden dangers.

[bigbadwolfdemolitionperth]

Asbestos Removal: What to Expect During Demolition

If you're preparing for a house demolition in Perth, asbestos is a word you're likely to hear—and for good reason. This hazardous material was commonly used in Australian homes built before the 1990s, and it poses serious health risks when disturbed. Understanding the asbestos removal process is essential for both safety and compliance when hiring a residential demolition company in Perth.

Why Asbestos Matters in Residential Demolition

Asbestos was once praised for its durability and fire resistance. It was widely used in roofing, insulation, flooring, fencing, and even wall cladding. The problem? When these materials are damaged or disturbed—as during a demolition—tiny asbestos fibers can be released into the air. Inhaling these fibers may lead to serious diseases like mesothelioma, asbestosis, and lung cancer.

That's why asbestos removal is one of the most critical steps in any demolition project. It must be handled by trained and licensed professionals to ensure that your home is safely demolished and the site is cleared without endangering occupants, workers, or neighbours.

What to Expect During the Asbestos Removal Process

Initial Inspection and Testing

Before any demolition begins, your chosen residential demolition company in Perth will conduct an asbestos inspection. Certified inspectors will identify areas containing asbestos and take samples for laboratory testing if needed.

Risk Assessment and Removal Plan

Once asbestos is confirmed, a detailed risk assessment is carried out. A licensed asbestos removalist will create a safe removal and disposal plan that complies with WorkSafe WA regulations. The plan will outline safety procedures, equipment, and disposal methods.

Containment and Removal

To prevent the spread of asbestos fibers, the work area will be sealed and contained. Workers will wear protective gear, including respirators, and use specialised tools to remove asbestos-containing materials safely. This phase must be completed before any structural demolition begins.

Safe Disposal

Asbestos waste cannot go to regular landfills. It must be wrapped, labeled, and transported to a licensed asbestos disposal facility. This step is monitored strictly to ensure environmental and public safety.

Clearance Certificate

After removal, a clearance inspection is conducted to ensure the area is completely free from asbestos contamination. Only then will the demolition proceed, giving you peace of mind that the site is safe for further development.

Why Choose the Right Demolition Company?

Hiring the right team makes all the difference. A qualified residential demolition company in Perth will have experience dealing with asbestos and will handle all the legal, environmental, and safety requirements for you. Skipping this step or hiring unlicensed contractors can lead to costly delays, legal issues, or health risks.

Trust Big Bad Wolf Demolition for Safe Asbestos Handling

At Big Bad Wolf Demolition, we specialise in safe, professional residential demolitions throughout Perth. Our licensed team is experienced in asbestos identification, removal, and compliance, making your demolition project seamless from start to finish.

[mtaylor0083]

The Importance of Using Proper Asbestos Removal Bags

Asbestos removal bags are specially designed containers used to safely dispose of asbestos-containing materials (ACMs). Asbestos, a hazardous mineral once widely used in construction, poses severe health risks when its fibers become airborne. Inhalation can lead to lung diseases, including asbestosis, mesothelioma, and lung cancer. To minimize exposure, strict safety protocols must be followed…

[shersingh0511]

The Importance of Using Proper Asbestos Removal Bags

Asbestos removal bags are specially designed containers used to safely dispose of asbestos-containing materials (ACMs). Asbestos, a hazardous mineral once widely used in construction, poses severe health risks when its fibers become airborne. Inhalation can lead to lung diseases, including asbestosis, mesothelioma, and lung cancer. To minimize exposure, strict safety protocols must be followed during asbestos removal, and using approved disposal bags is a critical step in the process.

Standard trash bags are not suitable for asbestos disposal because they can tear, releasing dangerous fibers. Asbestos removal bags are made from durable, tear-resistant materials and are often double-bagged for extra protection. These bags are typically color-coded (red or clear with asbestos warnings) and labeled to alert handlers of the hazardous contents. They also feature secure closures, such as twist ties or zip seals, to prevent leaks during transport.

Proper disposal of asbestos is heavily regulated by environmental and occupational safety agencies, such as OSHA and the EPA. Using approved asbestos removal bags ensures compliance with legal requirements, avoiding hefty fines and legal consequences. Additionally, these bags help protect waste management workers and the public from accidental exposure. Licensed asbestos abatement professionals are trained to seal, label, and transport these bags to designated disposal facilities equipped to handle hazardous materials.

Before bagging asbestos waste, it should be thoroughly wetted to reduce dust. Workers must wear personal protective equipment (PPE), including respirators and disposable coveralls. Once filled, bags should be sealed tightly, inspected for damage, and placed in a secondary containment bag if required. Proper labeling with hazard warnings is mandatory. Transport must be done in closed, leak-proof vehicles, and disposal should only occur at licensed landfills.

Using certified asbestos removal bags is a non-negotiable aspect of safe asbestos abatement. These specialized bags prevent fiber release, protect public health, and ensure regulatory compliance. Whether for DIY projects (where permitted) or professional removal, investing in the right disposal materials is crucial for minimizing risks associated with asbestos exposure. Always consult local regulations and consider hiring licensed professionals for large-scale asbestos removal to ensure safety and legal adherence.

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Why Asbestos Testing Matters for Townsville Properties

Asbestos remains a hidden danger in many Townsville homes and businesses built before 1990. Found in walls, flooring, and roofing, asbestos fibres pose severe health risks if disturbed during renovations or demolitions. Professional asbestos testing Townsville is critical to identify and manage these hazards safely.

Key Reasons to Test for Asbestos in Townsville

Health Protection: Airborne asbestos fibres can cause lung diseases, including mesothelioma.

Pre-Renovation Safety: Testing prevents accidental exposure during upgrades or repairs.

Compliance: Queensland regulations require asbestos assessments for older properties.

How Testing Works

Inspection: Licensed professionals like Airsafe or Inspect My Home collect samples from suspected materials.

Lab Analysis: NATA-accredited labs (e.g., Airsafe’s facility) confirm asbestos presence with precision.

Reporting: Detailed results guide safe removal or encapsulation plans.

Choosing a Trusted Provider Opt for NATA-accredited services like Airsafe Townsville, which offers fixed pricing and fast turnaround times. Avoid unaccredited “cheap” tests that risk inaccurate results.

[isiahbarre]

Popcorn Ceiling Removal and Asbestos: What You Need to Know Before You Start

Are you considering popcorn ceiling removal in your home? While this can be a great way to update the look of a room, it's essential to be aware of the potential dangers associated with asbestos. In this article, we will discuss everything you need to know before you start the popcorn ceiling removal process, including the risks of asbestos exposure and how to safely remove popcorn ceilings without putting your health at risk.

What is Popcorn Ceiling Removal?

Popcorn ceilings, also known as textured or acoustic ceilings, were popular in the 1950s through the 1980s for their ability to hide imperfections and reduce echo in a room. However, as trends have shifted towards smoother, more modern ceiling finishes, many homeowners are now opting to remove their popcorn ceilings for a more updated look.

The Risks of Asbestos in Popcorn Ceilings

One of the main concerns with popcorn ceiling removal is the presence of asbestos. Asbestos was commonly used in building materials, including popcorn ceiling textures, before its link to serious health risks such as lung cancer and mesothelioma was discovered. If your home was built before the 1980s, there is a good chance that the popcorn ceiling contains asbestos.

How to Safely Remove Popcorn Ceilings

If you suspect that your popcorn ceiling contains asbestos, it is crucial to take the necessary precautions to protect yourself and your family from exposure. Hiring a professional asbestos abatement company is the safest option, as they have the training and equipment to safely remove asbestos-containing materials without releasing harmful fibers into the air.

DIY Popcorn Ceiling Removal

If you decide to remove your popcorn ceiling yourself, it is essential to take the following safety precautions:

Test for asbestos before starting any removal work.

Wear protective gear such as a respirator, goggles, and disposable coveralls.

Wet the ceiling before scraping to minimize the release of asbestos fibers.

Dispose of all materials properly and seal them in plastic bags for disposal.

Conclusion

Popcorn ceiling removal can be a great way to update the look of your home, but it's essential to be aware of the potential risks associated with asbestos. If your popcorn ceiling contains asbestos, it is crucial to hire a professional asbestos abatement company to safely remove the materials. If you decide to tackle the job yourself, be sure to take the necessary safety precautions to protect yourself and your loved ones from exposure to harmful asbestos fibers.