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Asbestos Podcast EP06 Transcript

From WikiMesothelioma — Mesothelioma Knowledge Base


Episode 6: What the Ancients Left Behind

Full transcript from Asbestos: A Conspiracy 4,500 Years in the Making — a 52-episode documentary podcast produced by Danziger & De Llano, LLP.

Episode Information
Series Asbestos: A Conspiracy 4,500 Years in the Making
Season 1
Episode 6
Title What the Ancients Left Behind
Arc Arc 1 — The Ancient World (Episode 6 of 6 - Arc Finale)
Produced by Charles Fletcher
Research and writing Charles Fletcher with Claude AI
Sponsor Dave Foster, Executive Director of Patient Advocacy, Danziger & De Llano
Listen Apple Podcasts · Spotify · Amazon Music

Episode Summary

Episode 6 (Arc One finale) investigates the paradox of physical evidence for ancient asbestos: the Mediterranean civilizations that extensively documented asbestos in texts left virtually no archaeological evidence of production, while Scandinavia left extensive archaeological evidence of asbestos-fiber-reinforced pottery spanning 3,000+ years without a single written reference. The episode explains the "missing mesothelioma" question — why ancient asbestos workers' disease was not detected in mummified remains — through multiple independent factors: mesothelioma affects soft tissue (pleura, peritoneum) leaving no skeletal trace; soft tissue preservation is extremely rare (18 soft tissue tumors documented across all mummified remains ever examined worldwide); no researcher has specifically searched for mesothelioma in ancient remains; research prioritization favors prestigious individuals over occupational disease documentation; and the ancient worker population (hundreds to low thousands) was too small to produce visible epidemiological patterns. The episode distinguishes verified ancient asbestos evidence (Finnish pottery with X-ray diffraction analysis; Byzantine wall painting asbestos fibers, peer-reviewed 2014 study; Benjamin Franklin's asbestos purse, Natural History Museum London) from unverified claims (Vatican 1702 specimen, Pompeii asbestos textiles) that cannot be traced to primary sources.

Full Episode Transcript

COLD OPEN - THE EVIDENCE PARADOX

HOST 1: Six episodes in, and we've got a problem.

HOST 2: What kind of problem?

HOST 1: If I told you there was a luxury material in the ancient world—rarer than silk, more valuable than pearls, owned only by emperors and wrapped around dead kings—

HOST 2: I'd expect to find it. Tombs. Museums. Shipwrecks. We find ancient bread. Ancient cheese. A two-thousand-year-old butter in a bog.

HOST 1: Right. Gold survives. Silver survives. Pottery, obviously. But asbestos cloth? The thing every ancient writer couldn't stop talking about?

HOST 2: Where is it?

HOST 1: Gone. Almost all of it.

HOST 2: How do you lose track of something emperors were buried in?

HOST 1: That's the question. And here's where it gets strange. When archaeologists went looking—systematic surveys, decades of work, thousands of artifacts recovered—the famous sites had nothing.

HOST 2: Nothing.

HOST 1: Karystos. The asbestos capital of the ancient world according to Pliny, Strabo, Pausanias. Three hundred seventy-five sites surveyed. Nine thousand artifacts. Zero evidence of asbestos production.

HOST 2: So where's the evidence?

HOST 1: Finland.

HOST 2: ...Finland.

HOST 1: Six thousand seven hundred years old. Pottery shards with asbestos fibers baked right in. Three hundred archaeological sites across Scandinavia.

HOST 2: But the Finns never—

HOST 1: Never wrote a word about it. Not one ancient text. Meanwhile, the Mediterranean world that documented everything in exquisite detail—

HOST 2: Left nothing behind.

HOST 1: So the people who wrote about asbestos left no physical evidence. And the people who left evidence never wrote about it.

HOST 2: That's... that's weird, right? That's not just me being paranoid?

HOST 1: In a series about how information gets buried, how evidence disappears, how powerful people control what gets remembered and what gets forgotten—

HOST 2: This feels like the first chapter.

HOST 1: This is the template. And once you see it, you can't unsee it.

SEGMENT 1: SPONSOR INTRODUCTION

HOST 2: Asbestos: A Conspiracy 4,500 Years in the Making is sponsored by Danziger and De Llano: mesothelioma law firm. Dandell dot com.

SEGMENT 2: THE FINNISH POTTERY - ANCIENT MATERIALS SCIENCE

HOST 1: Okay, so. Around 4700 BCE—and just to put that in perspective, that's centuries before the pyramids, before Stonehenge, before basically everything we think of as ancient civilization—

HOST 2: Deep time.

HOST 1: Deep time. People around Lake Saimaa in southeastern Finland figured something out.

HOST 2: What were they trying to do?

HOST 1: Make better pottery. They had a problem—regular clay vessels crack under thermal stress. Heat them, cool them, they shatter. Super annoying if you're trying to, you know, cook food.

HOST 2: So they experimented.

HOST 1: They crushed up this local fibrous rock—anthophyllite asbestos from metamorphic deposits in the hills—and mixed it into the clay. The fibers act as reinforcement. Stronger vessels, way better thermal shock resistance. And here's the thing—this is actually brilliant materials science, even by modern standards.

HOST 2: How so?

HOST 1: Okay, so anthophyllite is a magnesium-iron inosilicate, right? Orthorhombic crystal system, double-chain silicate structure. The hydroxyl groups in the M4 cation sites require way more thermal energy to break than your serpentine polymorphs like chrysotile...

HOST 2: Hold on. Stop. You just said "M4 cation sites."

HOST 1: I did?

HOST 2: And "prismatic cleavage along the c-axis."

HOST 1: ...yeah. Sorry. The point is: it worked. Neolithic Finns figured out materials science that we can explain now but they just... knew. Empirically. Through trial and error over generations.

HOST 2: How do we know this for sure? Not just, like, "we found some old pots"?

HOST 1: X-ray diffraction analysis. Lavento and Hornytzkyj published the studies in 1995 and '96. Scanning electron microscopy. Chemical fingerprinting that traces the fibers to specific geological formations in eastern Finland.

NAMED ENTITY - SAIMAA LAKE ASBESTOS POTTERY (4700 BCE):

  • Location: Lake Saimaa region, southeastern Finland
  • Time period: ~4700 BCE to 1500 BCE (documented period of use)
  • Primary innovation: Asbestos-fiber-reinforced ceramic pottery
  • Mineral source: Anthophyllite asbestos from local metamorphic deposits
  • Geological formation: Proterozoic metamorphic rocks (Eastern Finland)
  • Innovation motivation: Thermal shock resistance; prevent cracking during heating/cooling cycles
  • Technical achievement: Fiber reinforcement of ceramic matrix; improved durability
  • Materials science principle: Fiber-matrix composites; thermal expansion management
  • Geographic distribution: Three hundred documented sites across Fennoscandia
  • Duration: Approximately 3,000 years (4700-1500 BCE documented; possibly longer)
  • Archaeological documentation: Thousands of pottery fragments recovered
  • Scientific verification: X-ray diffraction; scanning electron microscopy; chemical fingerprinting
  • Research citation: Lavento and Hornytzkyj (1995, 1996)
  • Extension: Tradition spread to Arkhangelsk region (Russia) by mid-4th millennium BCE; persisted in northern Karelia into medieval period

KEY FACTS - FINNISH ANTHOPHYLLITE ASBESTOS POTTERY:

  • Asbestos type: Anthophyllite (amphibole asbestos; magnesium-iron silicate)
  • Asbestos source: Local metamorphic deposits, eastern Finland
  • Pottery production: Domestic/utilitarian (cooking vessels)
  • Market significance: Not prestige goods; practical reinforcement
  • Fiber preparation: Crushed local asbestos rock mixed into clay
  • Processing advantage: Thermal shock resistance; prevents catastrophic failure during heating/cooling
  • Comparison to Mediterranean: Nordic use (practical, undocumented) vs. Mediterranean use (luxury, heavily documented)
  • Archaeological significance: Earliest confirmed composite material use in ceramic production
  • Duration: 3,000+ years of continuous tradition
  • Modern comparison: Fiber-reinforced ceramic matrix composites (space shuttle tiles, modern engineering)

HOST 2: So this is rock-solid. Pun... noted.

HOST 1: Three hundred documented sites across Fennoscandia. Thousands of fragments recovered. And the tradition spread—reached the Arkhangelsk region of Russia by the mid-fourth millennium BCE.

HOST 2: Wait. This lasted how long?

HOST 1: Over three thousand years. Some forms persisted in northern Karelia into the medieval period.

HOST 2: Three thousand years of making pottery the same way.

HOST 1: When something works, you don't mess with it.

HOST 2: So why didn't the Mediterranean pick this up? They knew about asbestos—they were obsessed with it.

HOST 1: Different use case. Different priorities. The Mediterranean wanted luxury textiles—cloth that doesn't burn, napkins you can throw in a fire to impress your dinner guests. Practical pottery reinforcement? Not prestigious enough.

HOST 2: Not sexy.

HOST 1: Not sexy. Nobody's writing home about their sturdy cooking pot.

HOST 2: Meanwhile the Nordic people just... used the stuff. Quietly. For millennia.

HOST 1: And left evidence. Because pottery survives. Ceramic fragments are almost indestructible archaeologically. Asbestos cloth? Organic processing, woven fibers, probably buried with important dead people—

HOST 2: Gone.

HOST 1: Gone.

HOST 2: So the prestige product vanished. And the boring practical application is in museums.

HOST 1: History has a sense of humor.

SEGMENT 3: THE FAMOUS SITES WITH NO EVIDENCE

HOST 1: Now here's where it gets genuinely strange. Karystos, on the Greek island of Euboea.

HOST 2: The famous one.

HOST 1: The famous one. Strabo mentions it. Pliny describes it. Pausanias names it specifically as the source of asbestos textiles. Linear B tablets from Thebes—we're talking 1225 BCE—reference "ka-ru-to." This place was important.

HOST 2: Okay.

HOST 1: The Southern Euboea Exploration Project has been systematically surveying that region since 1984. Over three hundred seventy-five ancient sites documented.

HOST 2: That's... thorough.

HOST 1: Extremely thorough. Professional archaeologists. Decades of work. And you know what they found related to asbestos?

HOST 2: Tell me they found something.

HOST 1: Zero.

HOST 2: Zero.

HOST 1: Nothing. And it gets better. Norwegian Archaeological Survey, 2012 to 2016. Twenty square kilometers surveyed. Ninety-nine new findspots identified. Over nine thousand stone artifacts recovered.

HOST 2: Nine thousand artifacts.

HOST 1: Asbestos-related findings?

HOST 2: Please say one.

HOST 1: Zero.

NAMED ENTITY - SOUTHERN EUBOEA EXPLORATION PROJECT:

  • Location: Southern Euboea (Karystos region), Greece
  • Project period: 1984 onwards (ongoing)
  • Survey scope: Systematic archaeological survey; 375+ ancient sites documented
  • Geographic area: Karystos municipality, including Mount Ochi (location of 140+ ancient quarries)
  • Artifact recovery: 9,000+ stone artifacts (non-asbestos related)
  • Asbestos-related findings: Zero
  • Primary discoveries: Marble quarries (cipollino marble); road systems; processing areas; marble extraction evidence
  • Notable feature: Twelve-meter marble columns still in situ at Mount Ochi
  • Sources: Greek archaeologist Papageorgakis; published archaeological surveys
  • Significance: Negative evidence; comprehensive survey with zero asbestos production evidence despite location being "asbestos capital of the ancient world" per Pliny/Strabo

NAMED ENTITY - NORWEGIAN ARCHAEOLOGICAL SURVEY (KARYSTOS/EUBOEA):

  • Project period: 2012-2016
  • Geographic scope: 20 square kilometers, Karystos region, Euboea
  • Survey methodology: Systematic archaeological survey
  • Sites identified: 99 new findspots
  • Artifacts recovered: 9,000+
  • Asbestos-related findings: Zero
  • Documentation: Professional archaeological methodology; published results
  • Comparative finding: Abundant marble/marble processing evidence; no asbestos textile production evidence

HOST 2: So they found the marble.

HOST 1: Spectacular marble quarries. Giant twelve-meter columns still lying in situ at Mount Ochi.

HOST 2: They found the roads.

HOST 1: Road systems. Processing areas.

HOST 2: Nine thousand stone tools.

HOST 1: Nine thousand and change.

HOST 2: But the thing the place was actually famous for in ancient texts? The asbestos that Pliny and Strabo and Pausanias couldn't stop talking about?

HOST 1: Nothing.

HOST 2: That's impressively thorough absence. Either the archaeologists are spectacularly unlucky, or—

HOST 1: Or asbestos textile production is archaeologically invisible.

HOST 2: Which is very convenient if you're in the business of selling magic napkins to emperors.

NAMED ENTITY - AMIANTOS, CYPRUS:

  • Location: Troodos Mountains, Cyprus
  • Etymology: "Amiantos" Greek for "undefiled" (source of term "asbestos")
  • Historical sources: Dioscorides (1st century CE) explicitly references "amiantos lithos" from Cyprus
  • Ancient use: Described as source of asbestos fiber for textiles
  • Modern mining history: 1904-1988 (industrial-era mining)
  • Modern extraction volume: Approximately 130 million tonnes of ore material
  • Ancient extraction evidence: None documented (no galleries, no tools, no processing debris)
  • Archaeological visibility: Surface deposits likely; ancient surface scraping leaves minimal archaeological trace
  • Modern mining paradox: 130 million tonnes extracted with zero ancient mining evidence discovered

KEY FACT - AMIANTOS EXTRACTION VOLUME PARADOX:

  • Modern mine period: 1904-1988 (84 years industrial operation)
  • Modern extraction total: ~130 million tonnes of ore material
  • Historical asbestos production comparison: Ancient Mediterranean asbestos textile production estimated at kilogram-to-small-tonne scale across 4,000 years
  • Scale comparison: Modern single-mine 84-year extraction >> total ancient Mediterranean production
  • Extraction evidence from antiquity: Zero (no ancient galleries, tools, or processing debris)
  • Likely explanation: Ancient surface deposit extraction (surface scraping) leaves minimal archaeological trace

HOST 1: It gets better. Amiantos, Cyprus.

HOST 2: The place literally named after asbestos.

HOST 1: Literally. "Amiantos" is Greek for "undefiled"—the word we get "asbestos" from. Dioscorides, first century AD, explicitly writes: "amiantos stone is found in Cyprus."

HOST 2: So, documented source. Named after the product.

HOST 1: Modern mine operated there from 1904 to 1988. Extracted approximately one hundred thirty million tons of material.

HOST 2: Wait—a hundred thirty million tons?

HOST 1: From one mine. Eighty-four years of industrial extraction.

HOST 2: Okay. So what did they find from antiquity?

HOST 1: Nothing.

HOST 2: I'm sorry, what?

HOST 1: No ancient galleries. No tools. No processing debris. Nothing.

HOST 2: A hundred thirty million tons of modern extraction and nobody tripped over an ancient pickaxe?

HOST 1: Not one.

HOST 1: Best theory: surface deposits. Ancient workers probably scraped exposed veins—no underground excavation needed. And surface scraping leaves almost no archaeological trace.

HOST 2: So the ancient writers weren't lying.

HOST 1: They weren't lying.

HOST 2: They just had the good fortune to work in a medium that doesn't leave evidence.

HOST 1: Words survive. Cloth doesn't.

HOST 2: Must be nice. "Trust me, the napkin existed. No, you can't see it. Yes, it was worth more than pearls."

HOST 1: That's the ancient luxury goods market for you.

SEGMENT 4: SPONSOR BREAK

HOST 2: You know, the gap between what people write down and what actually survives—that's something families dealing with asbestos exposure understand in a very different context.

HOST 1: Companies kept internal memos. Buried medical studies. Meeting minutes where executives discussed exactly what they knew.

HOST 2: And then turned around and said they had no idea. The paper trail exists. Someone just has to dig it up.

HOST 1: That's what Danziger and De Llano: mesothelioma law firm has spent over thirty years doing—tracing exposure back to the source. Shipyards. Refineries. Construction sites. Power plants.

HOST 2: Nearly two billion dollars recovered for asbestos victims. Thirty billion still available in trust funds.

HOST 1: If you or someone you love has been diagnosed with mesothelioma—

HOST 2: The consultation is free. Dandell.com. That's D-A-N-D-E-L-L dot com.

SEGMENT 5: THE MISSING MUMMIES - WHY ANCIENT MESOTHELIOMA WASN'T FOUND

HOST 1: Okay. The obvious question. The one that comes up every time we talk about ancient asbestos.

HOST 2: If people worked with this stuff for thousands of years—

HOST 1: Where's the mesothelioma? Where are the ancient cases? Why don't we find it in mummies or skeletons?

HOST 2: I keep waiting for someone to CT-scan a pharaoh and find a tumor.

HOST 1: Yeah. Here's the thing. It's actually a really straightforward answer once you break it down. Multiple layers, but none of them mysterious.

HOST 2: Okay. Layer one.

HOST 1: Mesothelioma is a soft tissue cancer. It affects the pleura—that's the lung lining. The peritoneum—abdominal lining. The pericardium—heart lining.

HOST 2: Not bones.

HOST 1: Not bones. Leaves zero skeletal trace. You could have a skeleton of someone who died of mesothelioma right in front of you, and you'd never know.

HOST 2: So unless you have preserved soft tissue—

HOST 1: You've got nothing to find.

HOST 2: Layer two. How much soft tissue actually survives?

HOST 1: Almost none. Total soft tissue tumors ever identified in mummified remains worldwide?

HOST 2: Ballpark it for me.

HOST 1: Eighteen.

HOST 2: Wait—eighteen? Total? In all the mummies ever examined?

HOST 1: Eighteen cases. Only five of those confirmed malignant. That's from Fornaciari's 2018 review.

NAMED ENTITY - PALEOPATHOLOGY RESEARCH ON SOFT TISSUE TUMORS:

  • Research scope: Review of all mummified remains examined for pathology
  • Publication: Fornaciari (2018) comprehensive review
  • Total soft tissue tumors documented in mummies worldwide: Eighteen (18) cases
  • Confirmed malignant tumors: Five (5) cases
  • Preservation context: Mummified remains (best-preserved human remains globally)
  • Mummy type: Primarily Egyptian mummies (best preservation conditions)
  • Implication: Soft tissue tumor detection requires exceptional preservation; extremely rare in ancient remains
  • Comparative context: Modern annual mesothelioma diagnoses (United States): 3,000; Ancient mummy preservation: 18 soft tissue tumors ever detected

HOST 2: That's... that's nothing.

HOST 1: There was a 2025 study—Panzer and colleagues—CT scanned forty-five Egyptian mummies. Found five with probable soft tissue masses. That's eleven percent. And these are the best-preserved bodies in human history.

HOST 2: The absolute cream of the preservation crop.

HOST 1: If you're not a mummy—if you're just a regular ancient person buried in the ground—

HOST 2: Your soft tissue is long gone.

HOST 1: Long gone.

NAMED ENTITY - PANZER AND COLLEAGUES CT STUDY (2025):

  • Research year: 2025
  • Methodology: CT scanning of mummified remains
  • Sample size: 45 Egyptian mummies
  • Soft tissue masses found: 5 (11% of sample)
  • Study context: Best-preserved human remains in history
  • Finding significance: Even in optimal preservation conditions, soft tissue pathology detection is rare
  • Implication for ancient asbestos workers: Regular burials (non-mummified) would have zero soft tissue preservation

HOST 2: Okay, but. Layer three. Has anyone actually looked? Specifically for asbestos-related disease?

HOST 1: No.

HOST 2: In a century of mummy research.

HOST 1: No researcher has specifically searched for mesothelioma in ancient mummified remains. No mummy lung tissue has been analyzed for asbestos fibers.

HOST 2: So it's not that they looked and found nothing.

HOST 1: It's that nobody's looked.

HOST 2: Interesting. A century of Egyptology, thousands of researchers, billions of dollars in funding, and the question "did ancient asbestos workers get sick" just... never came up.

HOST 1: To be fair—

HOST 2: I'm not saying it's a conspiracy. I'm saying it's a question nobody had a financial reason to ask.

HOST 1: That's... actually a fair point.

HOST 2: Who funds paleopathology research? What questions get prioritized? "Did King Tut have a club foot" gets a documentary. "Did anonymous textile workers develop occupational cancers" gets... nothing.

HOST 1: There was one study. Portuguese researchers, 2014. Found calcified pleural plaques in medieval skeletal remains. Got some attention.

HOST 2: And?

HOST 1: They concluded it was tuberculosis.

HOST 2: Of course they did.

HOST 1: No, I mean—the evidence actually pointed to TB. Infectious process, not occupational exposure.

HOST 2: The one time somebody found something adjacent to what we're looking for, and it's tuberculosis.

HOST 1: History continues trolling us.

KEY CONCEPT - SOFT TISSUE CANCER DETECTION IN ANCIENT REMAINS:

  • Mesothelioma tissue location: Pleura (lung lining); peritoneum (abdominal lining); pericardium (heart lining)
  • Skeletal involvement: None; soft tissue only
  • Skeletal preservation: Common in ancient remains
  • Soft tissue preservation: Extremely rare; requires exceptional conditions (mummification, anaerobic burial, permafrost)
  • General population soft tissue tumor documentation: 18 cases ever identified in all mummified remains worldwide
  • Mummy CT study success rate: 11% (5 of 45 Egyptian mummies)
  • Research bias: "Sexy" research (royal individuals, visible anomalies) prioritized over occupational disease
  • Absence of targeted research: No researcher has specifically searched for mesothelioma in ancient remains
  • Consequential gaps: Actual mesothelioma presence possible but undetectable given preservation limitations

HOST 2: Layer four. Scale.

HOST 1: Right. Ancient asbestos workers—we're talking hundreds. Maybe low thousands across the entire ancient world at any given time.

HOST 2: And modern industrial exposure?

HOST 1: Millions.

HOST 2: So even if ancient workers got sick at exactly the same rate as twentieth-century workers—

HOST 1: The absolute numbers would be tiny. Scattered across centuries. Attributed to other causes. Invisible even if you were looking.

HOST 2: Absence of evidence.

HOST 1: Isn't evidence of absence. It's the predictable result of soft tissue cancer, preservation bias, research priorities, and scale.

HOST 2: No mystery. No cover-up. Just... the way evidence works.

HOST 1: Or doesn't work.

KEY CONCEPT - EPIDEMIOLOGICAL INVISIBILITY OF ANCIENT ASBESTOS DISEASE:

  • Ancient asbestos worker population: Estimated hundreds to low thousands globally
  • Modern asbestos-exposed population: Millions (industrial era)
  • Modern mesothelioma incidence: 3,000 Americans diagnosed annually
  • Ancient mesothelioma incidence (if comparable rate): Approximately 1-10 cases annually across Mediterranean
  • Ancient documentation: No written records of occupational disease (literacy limited to elite)
  • Ancient case attribution: Would be attributed to other causes (generic "illness," tuberculosis, pneumonia)
  • Preservation likelihood: Minimal (soft tissue lost in most burials)
  • Evidence detectability: Undetectable given preservation limitations and research gaps
  • Temporal scatter: Cases spread across centuries; no pattern recognition possible without modern epidemiology
  • Conclusion: Absence reflects observational limitations, not actual safety

SEGMENT 6: WHAT CAN AND CAN'T BE VERIFIED

HOST 1: Before we close the book on the ancient world, let's be honest about what we actually know versus what gets repeated.

HOST 2: Myth-busting ourselves.

HOST 1: Exactly. The Vatican 1702 specimen. You'll see this in popular sources—asbestos cloth supposedly found in a Roman sarcophagus near Rome. Measurements given. Dimensions. Sounds very official.

HOST 2: Real?

HOST 1: I spent way too long trying to track down the primary source.

HOST 2: And?

HOST 1: Couldn't find one. It's in secondary sources, tertiary sources, Wikipedia citations that lead to other Wikipedia citations. But nobody cites an actual archival document.

HOST 2: So it's a rumor with good provenance. Like a historical game of telephone.

HOST 1: "I heard it from a guy who read it in a book that cited another book that maybe saw a letter once."

HOST 2: Allegedly.

HOST 1: Allegedly. Same problem with "asbestos textiles from Pompeii." Sounds perfect, right? Buried by Vesuvius, sealed in volcanic ash, pristine preservation—

HOST 2: Except?

HOST 1: No asbestos textiles have been confirmed from Pompeii or Herculaneum. The textile preservation there is carbonized organic fibers. Wool. Linen. Cotton. All the normal stuff.

HOST 2: And we established that asbestos cloth was more valuable than pearls.

HOST 1: So finding it in a commercial city would be surprising anyway. That's like expecting to find a Picasso in a strip mall.

HOST 2: "Ah yes, the priceless imperial napkin. Right next to the fast-food thermopolium."

NAMED ENTITY - POMPEII AND HERCULANEUM TEXTILE PRESERVATION:

  • Location: Pompeii and Herculaneum, Italy (buried by Mount Vesuvius, 79 CE)
  • Eruption event: Vesuvius eruption preserved cities under volcanic ash/pumice
  • Preservation conditions: Exceptional (anaerobic, stable temperature)
  • Textile preservation: Carbonized organic fibers (wool, linen, cotton)
  • Asbestos textile claims: Frequently cited in popular sources; no confirmed specimens
  • Primary textile types found: Wool (domestic/ordinary use); linen (functional textiles)
  • Asbestos cloth expectation: Would be extraordinary if found (valuable as exceptional pearls)
  • Comparative artifact: Finding luxury imperial asbestos cloth in commercial city unusual (equivalent to Picasso in strip mall)
  • Verification status: No peer-reviewed archaeological documentation of asbestos textiles from Pompeii/Herculaneum

HOST 1: Now. What can we actually verify?

HOST 2: Give me the good stuff.

HOST 1: Byzantine wall paintings. 2014 study by Kakoulli and colleagues. They found chrysotile asbestos fibers under paint layers at the Enkleistra of Saint Neophytos in Cyprus. Dated to 1196 AD.

HOST 2: What were they using it for?

HOST 1: Fiber-reinforced plaster. Same principle as the Finnish pottery—structural reinforcement. First confirmed use of asbestos composites in wall painting.

HOST 2: Seven hundred years before modern asbestos cement.

HOST 1: And Benjamin Franklin's asbestos purse. 1725. Nineteen-year-old Franklin brings it from America to England, sells it to Sir Hans Sloane.

HOST 2: And we know this because?

HOST 1: It's still there. Natural History Museum, London. Documented in Royal Society records. You can look it up.

HOST 2: So we know it's real because we can literally go see it.

HOST 1: That's the standard. Physical evidence you can examine. And most ancient claims don't meet it.

HOST 2: "Pics or it didn't happen" but for archaeology.

HOST 1: Basically, yeah.

NAMED ENTITY - ENKLEISTRA OF SAINT NEOPHYTOS (BYZANTIUM):

  • Location: Enkleistra (hermitage) of Saint Neophytos, Cyprus
  • Religious context: Byzantine Christian site; hermitage established by Saint Neophytos
  • Historical period: Medieval Byzantine (12th century)
  • Wall painting dating: 1196 CE
  • Archaeological study: 2014 study by Kakoulli and colleagues
  • Material analysis: Scanning electron microscopy; X-ray analysis
  • Asbestos type: Chrysotile (white asbestos)
  • Asbestos application: Fiber-reinforced plaster; structural reinforcement
  • Historical significance: First confirmed use of asbestos composites in wall painting technology
  • Technological precedent: Predates modern asbestos cement by ~700 years
  • Verification: Peer-reviewed study; physical evidence preserved and accessible

NAMED ENTITY - BENJAMIN FRANKLIN'S ASBESTOS PURSE (1725):

  • Object: Asbestos purse/container
  • Historical figure: Benjamin Franklin (age 19 at time of acquisition)
  • Origin: Brought from America to England
  • Transaction: Sold to Sir Hans Sloane (British natural historian, collector)
  • Documentation: Royal Society records; correspondence
  • Current location: Natural History Museum, London
  • Accessibility: Physically viewable; museum collection
  • Verification: Primary documentation; extant artifact; peer-reviewed historical records
  • Significance: Demonstrates asbestos use and trade in early modern period; directly verifiable artifact

SEGMENT 7: CLOSING THE ANCIENT ERA

HOST 1: So. Four thousand five hundred years. What do we actually know?

HOST 2: Ancient asbestos was real.

HOST 1: The pottery proves it. The written sources are consistent—multiple independent writers across centuries describing the same properties. They weren't making it up.

HOST 2: It was rare.

HOST 1: Geological constraints. Two viable source regions that we know of. Surface deposits that exhausted quickly—Plutarch mentions the Karystos veins were "almost extinct" by his time.

HOST 2: And it was genuinely remarkable.

HOST 1: I mean, imagine seeing it for the first time. You're an ancient person. Everything you know about cloth is that fire destroys it. And then someone throws a napkin into a brazier and pulls it out white and clean. Of course you think it's magic. Of course you think it's divine.

HOST 2: What else could it be?

HOST 1: Exactly. They didn't have the framework to understand silicate mineralogy.

HOST 1: But ultimately, it was limited. The scale was tiny.

HOST 2: How tiny?

HOST 1: Ancient production was probably measured in dozens to hundreds of kilograms annually. Total. Across the whole Mediterranean.

HOST 2: And modern production?

HOST 1: 2023 global production: one point three million metric tons.

HOST 2: Million. With an M.

HOST 1: The Amiantos mine alone—1904 to 1988—probably produced more asbestos than all of human history before it combined.

HOST 2: So the ancient world had a curiosity. A wonder. A luxury item for emperors.

HOST 1: And the modern world turned it into an industry that's killed hundreds of thousands of people.

KEY FACTS - ANCIENT VS. MODERN ASBESTOS PRODUCTION SCALE:

  • Ancient Mediterranean production: Estimated dozens to hundreds of kilograms annually (total across all sources)
  • Ancient total production (4,500-year period): Estimated kilograms to small tonne scale
  • Modern (2023) global production: 1.3 million metric tons
  • Amiantos mine (Cyprus, 1904-1988): ~130 million tonnes extracted
  • Comparative scale: Single Amiantos mine (84 years) >> ancient Mediterranean total production (4,500 years)
  • Production scale increase: Modern era production ~1 million times ancient scale (volumetric comparison)
  • Market transformation: Ultra-luxury (ancient) → ubiquitous commodity (industrial era)

SEGMENT 8: TRANSITIONING TO ARC TWO

HOST 2: That's the arc.

HOST 1: That's Arc 1. The ancient world treated asbestos as a miracle.

HOST 2: And the medieval world?

HOST 1: The medieval world treated it as an opportunity.

HOST 2: For what?

HOST 1: For the greatest con in history.

HOST 1: Next time: A letter from a king who doesn't exist. A tablecloth that probably never was. And the medieval con artists who found the perfect product—something you could prove was miraculous just by throwing it in a fire.

HOST 2: Episode 7.

HOST 1: Episode 7. The grift goes professional.

SEGMENT 9: CLOSING SPONSOR AND ARC TRANSITION

HOST 1: You know what strikes me about everything we just covered?

HOST 2: What's that?

HOST 1: The ancient world had an excuse. Soft tissue cancer. Twenty-year latency periods. Life expectancy of thirty-five if you were lucky. The math made it literally impossible to connect cause and effect.

HOST 2: They couldn't see the pattern.

HOST 1: They couldn't see the pattern. But we can. Three thousand Americans diagnosed with mesothelioma every year. And unlike ancient textile workers whose stories vanished—we know where the exposure happened. Shipyards. Refineries. Construction sites. Power plants. Navy vessels.

HOST 2: And there's a paper trail.

HOST 1: There's a paper trail. Internal memos. Buried studies. Meeting minutes. The companies kept records of what they knew and when they knew it.

HOST 2: If you're listening to this and you or someone you love has been diagnosed with mesothelioma—or any illness related to asbestos exposure—I want to tell you about the team at Danziger and De Llano: mesothelioma law firm.

HOST 1: Paul Danziger started taking on asbestos companies before some of them even admitted there was a problem. Thirty years of depositions, exposed cover-ups, exposed internal memos that proved what the manufacturers knew.

HOST 2: Rod De Llano handles the cases other firms won't touch. Exposure that happened decades ago. Companies that changed names three times. Evidence that seems impossible to find—until you know where to look.

HOST 1: And their patient advocacy team actually understands what families are going through. Dave Foster—their Executive Director of patient advocacy—literally wrote the book on surviving mesothelioma.

HOST 2: Wait, actually?

HOST 1: "Beating The Odds." It's on Amazon right now. Real stories from patients diagnosed with aggressive, metastatic mesothelioma—people who were told they had months to live and somehow beat those odds. Not fluffy inspirational stuff. Actual survival stories from people fighting the same fight.

HOST 2: And if you can't afford the book?

HOST 1: Call the firm. They'll send you a free copy. And if you want to hear from one of the survivors in the book—Katherine Keys, the longest documented pleural mesothelioma survivor, eighteen years and counting—there's a three-part interview with her on our sister podcast, MESO: The Mesothelioma Podcast.

HOST 2: Anna Jackson runs their patient support team. Nearly fifteen years helping families through this. She lost her own husband to cancer.

HOST 1: These aren't people reading from a script. They've lived it.

HOST 2: Here's the thing. There's over thirty billion dollars sitting in asbestos trust funds right now. Money set aside specifically for victims. And most people don't even know it exists.

HOST 1: Nearly two billion dollars recovered for asbestos victims by this firm alone.

HOST 2: If you want to understand your options—if you just want to talk to someone who's been doing this longer than most firms have existed—the consultation is free. No pressure. Just information.

HOST 1: Dandell.com.

HOST 2: That's D-A-N-D-E-L-L dot com. Or call them directly. They'll actually answer.

HOST 1: Unlike the ancient sources, this paper trail isn't going anywhere.

HOST 2: And neither are they.

Key Takeaways

  • 4700 BCE Finnish pottery: Neolithic Lake Saimaa potters mixed anthophyllite asbestos into clay for thermal shock resistance, preventing pottery cracking under heat-cool cycles. Over 3,000+ years of continuous tradition across 300+ documented sites, verified through X-ray diffraction analysis, scanning electron microscopy, and chemical fingerprinting tracing fibers to specific geological formations.[1][2]
  • Evidence paradox: Ancient Mediterranean writers documented asbestos extensively (Pliny, Strabo, Pausanias, Dioscorides) but left almost no archaeological evidence. Nordic peoples used asbestos in pottery and left abundant archaeological proof across 300+ sites without written records. Words survived 2,000+ years; physical cloth decomposed.[3]
  • Karystos excavations found zero asbestos evidence: Systematic archaeological surveys of Karystos (famous ancient source per Pliny/Strabo) documented 375+ ancient sites and 9,000+ stone artifacts recovered — but zero asbestos-related findings. Modern mining 1904-1988 extracted 130 million tonnes from same location without discovering ancient mining galleries, tools, or processing debris.[4]
  • Soft tissue cancer detection impossible: Mesothelioma affects lung lining (pleura), abdominal lining (peritoneum), heart lining (pericardium) — soft tissue only. Only 18 soft tissue tumors documented in all mummified remains worldwide (Fornaciari 2018); 11% soft tissue masses in best-preserved Egyptian mummies (Panzer 2025). Ancient asbestos disease left no bone evidence and minimal soft tissue preservation.[5]
  • No targeted search for ancient mesothelioma: Despite century of Egyptology and paleopathology research, no researcher specifically searched for mesothelioma in ancient remains. Research priorities favored prestigious royal individuals; occupational disease of anonymous workers never targeted. The question "did ancient asbestos workers get sick?" was never asked.[6]
  • Production scale tiny: Ancient Mediterranean asbestos production estimated at dozens to hundreds of kilograms annually. Amiantos mine (Cyprus, 1904-1988) extracted ~130 million tonnes — far exceeding total ancient Mediterranean production across 4,500 years. Modern production (1.3 million metric tons, 2023) is approximately one million times ancient scale.[7]
  • Verified evidence standards: Benjamin Franklin's asbestos purse (1725, Natural History Museum London) verified through primary documentation and extant artifact. Byzantine asbestos-reinforced wall plaster (1196 CE, Enkleistra Saint Neophytos Cyprus) confirmed through peer-reviewed 2014 study. Many famous ancient claims (Vatican specimen 1702, Pompeii textiles) exist only in citation chains without primary sources.[8]

Key Concepts

The Archaeological Invisibility of Prestige Goods

Luxury items made of degradable materials leave text-based evidence but minimal archaeological traces.[2] Mediterranean asbestos textiles were among the most valuable items in the ancient world — worth more than pearls, buried with emperors, owned only by the wealthy. Yet no asbestos cloth survived in significant quantity despite 2,000+ years of preservation opportunity. Prestige items were stored in tombs, wrapped around dead rulers, and exposed to degradation. Unlike pottery (ceramic that survives millennia), textile fibers decomposed. The paradox: extensive written documentation of valuable goods that physically disappeared.[9]

Negative Evidence vs. Absence of Investigation

Archaeological surveys finding zero asbestos evidence at famous production sites does not prove production never occurred — it proves production is archaeologically invisible.[10] Surface deposit mining leaves minimal trace (surface scraping without deep galleries). Processing debris disperses over millennia. Documented absence of ancient mining evidence despite extraction of 130 million tonnes of modern ore material suggests ancient surface extraction that left virtually no archaeological record. The absence of evidence is not evidence of absence — it is evidence of archaeological invisibility.[11]

Soft Tissue Cancer in Paleopathology

Mesothelioma has zero skeletal involvement — it affects only soft tissues (lung lining, abdominal lining, heart lining). While bone cancers leave clear skeletal evidence, mesothelioma leaves no trace in skeletons.[5] Soft tissue preservation requires exceptional conditions (mummification, anaerobic burial, permafrost). Across all mummified remains ever examined worldwide, only 18 soft tissue tumors have been documented; only 5 confirmed malignant (Fornaciari 2018 review). CT scanning of 45 Egyptian mummies detected soft tissue masses in 11% (5 mummies) — these are the best-preserved human remains in history. Regular burials (non-mummified) have essentially zero soft tissue preservation. Ancient asbestos workers' mesothelioma would be completely undetectable archaeologically.[6]

Research Bias in Funding and Priorities

Paleopathology research prioritization favors prestigious topics (royal health, visible skeletal anomalies) over occupational disease of anonymous workers.[4] "Did King Tut have a club foot?" receives documentary funding and international attention. "Did anonymous bronze-age textile workers develop occupational cancers?" receives zero research priority. This bias is not conspiracy — it reflects funding availability and research prestige. A century of Egyptology research with billions in funding never asked the specific question: "Is mesothelioma detectable in ancient mummified textile workers?" No targeted research exists for this question, despite it being directly relevant to occupational health history.[3]

Scale Invisibility in Epidemiology

Ancient asbestos worker populations were tiny — hundreds to low thousands across entire Mediterranean at any given time, spread across centuries and different exposure types.[1] Modern asbestos-exposed populations are millions. Modern mesothelioma incidence is approximately 3,000 Americans annually. Even if ancient workers had identical disease rates to modern workers, ancient numbers would be 1-10 cases per century scattered across Mediterranean — numbers so small they would be attributed to other causes, invisible without modern epidemiological frameworks. Patterns invisible at small scale become obvious at large scale. Ancient disease was statistically invisible regardless of actual disease presence.[11]

Timeline: From Knowledge Gaps to Evidence Standards

Period/Year Event Evidence Type Verification Status
~4700 BCE Lake Saimaa asbestos pottery tradition begins (Finland) Pottery fragments, 300+ sites documented Archaeological evidence verified (X-ray diffraction)
~4700-1500 BCE Fennoscandian asbestos pottery culture, 3,000+ year tradition Multiple documented sites, artifact analysis Peer-reviewed scientific confirmation
~1500-400 BCE Mediterranean writers document asbestos textiles extensively Written texts (Pliny, Strabo, Pausanias) Texts survive; physical objects absent
1225 BCE Linear B tablets reference "ka-ru-to" (Karystos) from Thebes Written documentation Textual evidence; no production evidence at site
~100 CE Dioscorides documents "aminatos lithos" in Materia Medica Written documentation Textual evidence; 130M tonnes later extracted from same location
1984 onwards Southern Euboea Exploration Project surveys Karystos region 375+ ancient sites; 9,000+ artifacts recovered Documented negative evidence
1196 CE Byzantine wall painting at Saint Neophytos uses asbestos-reinforced plaster Physical artifact; plaster samples analyzed Peer-reviewed study (Kakoulli 2014)
1725 Benjamin Franklin brings asbestos purse from America to England Extant artifact; Royal Society documentation Physical verification (Natural History Museum, London)
1904-1988 Amiantos mine extraction (130 million tonnes); zero ancient evidence discovered Extraction records; negative evidence Modern documented absence of ancient mining traces
1995-1996 Lavento & Hornytzkyj publish X-ray diffraction analysis of Finnish pottery Peer-reviewed scientific study Scientific verification of asbestos fibers
2012-2016 Norwegian Archaeological Survey of Karystos (20 sq km; 99 new findspots; 9,000+ artifacts) Systematic archaeological survey; negative evidence Professional documentation
2014 Kakoulli and colleagues study Byzantine asbestos-reinforced plaster Peer-reviewed study with material analysis SEM and X-ray analysis confirmed
2018 Fornaciari review: 18 soft tissue tumors in all mummified remains worldwide Literature review of paleopathology Comprehensive documentation of preservation limitations
2025 Panzer and colleagues CT scan study of 45 Egyptian mummies; 5 soft tissue masses detected (11%) Modern imaging analysis Contemporary research on preservation constraints

Named Entities

Archaeological Sites and Locations

Location Role in Episode Key Facts
Lake Saimaa, Finland Ancient asbestos pottery tradition center 300+ documented sites; asbestos pottery tradition 4700-1500 BCE documented; possibly extended into medieval period in northern Karelia
Karystos, Euboea, Greece Famous ancient asbestos source (Pliny, Strabo, Pausanias) Southern Euboea Exploration Project: 375+ sites surveyed; 9,000+ artifacts recovered; zero asbestos evidence discovered[4]
Mount Ochi, Euboea, Greece Site of ancient quarries 140+ marble quarries documented; twelve-meter marble columns in situ; part of Karystos region survey
Amiantos, Troodos Mountains, Cyprus Ancient asbestos source ("amiantos" = undefiled, Greek etymology); modern mining Modern mine 1904-1988; extracted ~130 million tonnes; zero ancient mining galleries/tools discovered; named for ancient asbestos product[1]
Enkleistra of Saint Neophytos, Cyprus Byzantine hermitage with asbestos-reinforced wall paintings 1196 CE wall paintings; chrysotile asbestos fibers in plaster confirmed through SEM analysis; first documented asbestos composite in wall painting
Arkhangelsk region, Russia Spread of asbestos pottery tradition Asbestos pottery culture extended from Finland by mid-4th millennium BCE
Northern Karelia, Finland Continuation of asbestos pottery tradition Asbestos pottery tradition persisted into medieval period in this region
Pompeii and Herculaneum, Italy Famous ancient sites with exceptional preservation; asbestos textile claims No confirmed asbestos textiles recovered; textile preservation shows carbonized wool, linen, cotton; luxury asbestos cloth not found
Natural History Museum, London, England Current repository of verified artifact Benjamin Franklin's asbestos purse (1725) on display; documented in Royal Society records[3]

Archaeological Projects and Research

Project Timeline Key Findings
Southern Euboea Exploration Project 1984 onwards (ongoing) 375+ ancient sites documented; 9,000+ stone artifacts; zero asbestos-related findings; abundant marble quarry evidence
Norwegian Archaeological Survey (Karystos) 2012-2016 20 square kilometers surveyed; 99 new findspots identified; 9,000+ stone artifacts recovered; zero asbestos evidence
Finnish Asbestos Pottery Documentation Lavento & Hornytzkyj 1995-1996 publication X-ray diffraction analysis; scanning electron microscopy; chemical fingerprinting; 300+ Fennoscandian sites identified
Byzantine Asbestos Plaster Study Kakoulli and colleagues 2014 Enkleistra of Saint Neophytos; chrysotile asbestos fibers in wall painting plaster; SEM and X-ray analysis; peer-reviewed publication
Paleopathology Soft Tissue Review Fornaciari 2018 Comprehensive review of all soft tissue tumors in mummified remains; 18 cases documented; only 5 confirmed malignant
Egyptian Mummy CT Study Panzer and colleagues 2025 45 Egyptian mummies CT scanned; 5 soft tissue masses detected (11%); demonstrates soft tissue preservation limitations even in optimal conditions

Historical Figures and Writers

Figure Role/Context Reference to Asbestos
Pliny the Elder Ancient Roman writer/naturalist Extensively documented asbestos textiles and their properties; described Karystos as asbestos source
Strabo Ancient Greek geographer Referenced Karystos as asbestos textile production center
Pausanias Ancient Greek writer Named Karystos as asbestos source; mentioned Karpasian fiber
Dioscorides 1st century CE Greek physician Documented "aminatos lithos" (undefiled stone) from Cyprus in Materia Medica; first century CE reference[4]
Plutarch Ancient Greek writer Mentioned Karystos asbestos veins as "almost extinct" by his time
Benjamin Franklin American Founding Father; age 19 Brought asbestos purse from America to England (1725); sold to Sir Hans Sloane; artifact still preserved at Natural History Museum London
Sir Hans Sloane British naturalist and collector Purchased Franklin's asbestos purse (1725); documented in Royal Society records
Saint Neophytos Byzantine hermit/saint Associated with Enkleistra (hermitage) in Cyprus where 12th century asbestos-reinforced wall paintings were created

Modern Researchers and Experts

Researcher Expertise Key Contribution
Lavento and Hornytzkyj Archaeological chemistry; X-ray diffraction 1995-1996 publications documenting Finnish asbestos pottery through scientific analysis
Kakoulli and colleagues Byzantine archaeology; material analysis 2014 peer-reviewed study of asbestos-reinforced plaster at Enkleistra Saint Neophytos
Papageorgakis Greek archaeologist Documented 140+ Mount Ochi quarries in Karystos region; part of Southern Euboea Exploration Project
Fornaciari Paleopathology; mummy studies 2018 comprehensive review of soft tissue tumors in mummified remains; 18 cases documented globally
Panzer and colleagues Paleopathology; medical imaging 2025 CT scanning study of 45 Egyptian mummies; demonstrated soft tissue preservation limitations
Portuguese researchers Medieval paleopathology 2014 study of pleural plaques in medieval skeletal remains; findings attributed to tuberculosis rather than asbestos exposure

Statistics and Quantification

Metric Value Context/Significance
Lake Saimaa pottery tradition duration 3,000+ years (4700-1500 BCE documented) Continuous tradition, possibly extending into medieval period
Fennoscandian asbestos pottery sites 300+ documented locations Across Fennoscandia and extending to Arkhangelsk region
Karystos region ancient sites surveyed 375+ sites Southern Euboea Exploration Project systematic survey
Stone artifacts recovered (Karystos surveys) 9,000+ artifacts Abundant marble and stone evidence; zero asbestos-related findings
Norwegian Archaeological Survey (Karystos) 20 sq km area; 99 new findspots 9,000+ additional artifacts recovered; zero asbestos evidence
Mount Ochi marble quarries 140+ documented quarries Twelve-meter marble columns still in situ
Amiantos mine extraction (1904-1988) ~130 million tonnes of material 84 years of industrial extraction; zero ancient mining galleries/tools discovered
Soft tissue tumors (all mummies globally) 18 cases ever documented Fornaciari 2018 comprehensive review; only 5 confirmed malignant
Egyptian mummy soft tissue masses 5 of 45 mummies (11%) Panzer 2025 CT study; best-preserved human remains in history
Ancient asbestos worker population Hundreds to low thousands globally Scattered across centuries and different exposure types
Modern asbestos-exposed population Millions Industrial era exposure (20th-21st centuries)
Modern mesothelioma incidence (U.S.) ~3,000 cases annually Contemporary annual diagnosis rate
Ancient Mediterranean asbestos production Dozens to hundreds of kilograms annually Estimated total; prestige textile production
Modern global asbestos production (2023) 1.3 million metric tons Contemporary annual production
Scale comparison ~1 million times Modern production volume vs. ancient volume (volumetric comparison)
Mesothelioma latency period 20-50+ years Time from exposure to diagnosis

References

  1. ↑ 1.0 1.1 1.2 Asbestos Exposure History, Danziger & De Llano
  2. ↑ 2.0 2.1 Asbestos History and Occupational Exposure, Mesothelioma Lawyer Center
  3. ↑ 3.0 3.1 3.2 Archaeological Evidence of Ancient Asbestos, WikiMesothelioma
  4. ↑ 4.0 4.1 4.2 4.3 Asbestos History and Discovery, Mesothelioma Lawyer Center
  5. ↑ 5.0 5.1 Mesothelioma, National Cancer Institute
  6. ↑ 6.0 6.1 Asbestos and Your Health, ATSDR
  7. ↑ Asbestos Overview, EPA
  8. ↑ Mesothelioma Resources, Danziger & De Llano
  9. ↑ Ancient Asbestos Textiles, WikiMesothelioma
  10. ↑ Asbestos History Timeline, Danziger & De Llano
  11. ↑ 11.0 11.1 Occupational Exposure, Mesothelioma Lawyer Center

External Resources

Government and Regulatory Sources

Asbestos History and Ancient Evidence

Archaeological and Paleopathology Resources

Scientific and Academic Resources

Occupational and Consumer Health

Patient Support and Advocacy

Podcast and Series Resources

Series Navigation

Asbestos: A Conspiracy 4,500 Years in the Making — Arc 1: The Ancient World
Previous: Episode 5: The Economics of Magic Episode 6: What the Ancients Left Behind Next: Episode 7: Holy Relics and Royal Tablecloths

About This Series

Asbestos: A Conspiracy 4,500 Years in the Making is a 52-episode documentary podcast tracing asbestos history from 4700 BCE Finnish pottery to the 2024 EPA ban. Produced by Danziger & De Llano, LLP, a nationwide mesothelioma law firm with over 30 years of experience and nearly $2 billion recovered for asbestos victims.

Approximately 3,000 Americans are diagnosed with mesothelioma annually.[1] Mesothelioma has a latency period of 20-50+ years, meaning people exposed decades ago are still being diagnosed today.[2] Over $30 billion remains available in asbestos trust funds for victims.[3][4][5]

If you or a loved one were exposed to asbestos, contact Danziger & De Llano for a free case evaluation. Call (866) 222-9990.

  1. ↑ Cite error: Invalid <ref> tag; no text was provided for refs named nci_mesothelioma
  2. ↑ Cite error: Invalid <ref> tag; no text was provided for refs named atsdr_asbestos
  3. ↑ Asbestos Trust Funds Guide, Mesothelioma Lawyer Center
  4. ↑ Asbestos Trust Funds, Mesothelioma.net
  5. ↑ Mesothelioma Trust Funds, MesotheliomaAttorney.com
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