Tag Archives: Mold

Hidden home problem left ‘perfectly healthy’ 37-year-old woman with dementia

An Australian woman has revealed how a secret mold infestation in her Sydney home led her to being diagnosed with dementia and even forgetting her own name.

The constant wet weather that has plagued Australia’s east coast over the past 18 months means many residents are now acutely aware of just how quickly mold can take hold in the home – and how difficult it can be to get rid of.

While most people understand that mold is detrimental to our health, it is hard to know just how much of an impact it can have until you experience it first-hand.

Amie Skilton is one of the 25 percent of the Australian population that has a genetic vulnerability to mold toxins, meaning exposure to mold sets off a huge inflammatory response in her body and can even lead to organ damage.

However, the 42-year-old only found this out five years ago following a horrific experience with a moldy apartment in Manly.

Skilton, then 37, moved into the apartment in 2016 with her now-husband.

Amie Skilton has a genetic vulnerability to mold.
Amie Skilton

At the time she was “perfectly healthy”, having just completed a 9km fun run, been in the US twice to speak at two conferences and delivering 39 keynote addresses in the six months prior to moving in.

“My brain was fine and my body was fine,” Skilton, who works as a naturopath and nutritionist, told news.com.au.

What she and her partner didn’t know was that the waterproofing in the shower was messed up during a recent renovation and, as a result, water was leaking under the carpet and through the apartment every time it was used.

“I started getting sick, noticeably sick, about two months in,” she explained.

“It may have taken that long just because it was over summer and it was really sunny, we always had the windows open and we never registered that there was a leak at all.”

The result of the secret mold problem was a “systematic breakdown” of Skilton’s body.

The waterproofing of Amie Skilton’s shower had been damaged during a recent renovation.
Amie Skilton

“The first symptom that I noticed were allergies, chronic allergies, and I put on like 10 kilos out of nowhere,” she said.

“I’m also a nutritionist and literally been the same weight my whole life. I put on 10 kilos in a matter of months and had really bad fatigue.”

Over the course of a few months her brain functions also started to decline.

She had trouble focusing and working and, when she was in the depths of her illness, she was referred to a neurologist who diagnosed her with type three Alzheimer’s disease, also known as inhalational Alzheimer’s.

As it progressed, simple things like leaving the house would become an arduous task because she would forget where her keys were and once she found them an hour later she would have misplaced her phone.

“Some days I couldn’t figure out how to get dressed. I would look at clothes and I just be really confused as to like how to put them on,” she said.

Skilton had a Vespa that she would ride down to the local shops, but while she was out she would forget where she parked and when she finally found her bike the keys would be in the ignition.

But the scariest symptom she had was the day she couldn’t recall her own name.

“I went fill out a form one day and I was staring at the box that said my name and I was like what is it again? I was staring at it, searching for it,” she said, describing the horror of forgetting something so “deeply personal”.

Amie Skilton’s health problems got so bad she forgot her own name.
Amie Skilton

Because she and the doctors she was seeing didn’t know of the growing mold problem in her house, all the tests they did were coming back fine.

She said mold-related afflictions are one of those conditions that not many health professionals are trained in, meaning most people end up being diagnosed with things like chronic fatigue syndrome or fibromyalgia because they have similar symptoms.

She said normal blood tests aren’t enough to show what is actually wrong.

“This is exactly what happened. Everything came back fine, white blood cell counts fine, red blood cell counts were fine,” Skilton said, adding most doctors brushed her off and told her there was nothing wrong with her.

‘Under the carpet there was all this black mold’

Skilton said there were a few serendipitous things that happened at the same time to make her realize that her home could be the cause of all her problems.

For some people, it can take years to be diagnosed, but for her it happened in a matter of months.

She first started realizing something was really wrong in February 2017 and by May, the penny had dropped.

What first tipped her off was an online post from one of her friends explaining how her husband had the mold gene and they just found a leak in their Bondi apartment that had been causing mold and impacting his health.

This prompted Skilton to recall the strata asking if a plumber could check out their bathroom when they first moved in because there was a leak in the garage below and they believed it could be coming from their apartment.

The plumber came and left and they never heard anything again, so, naturally, she thought everything was fine.

Once she remembered this, Skilton called in a building biologist to do an assessment of the unit who mapped out the leak and discovered the water had gone under the carpet and all the way into their bedroom and study.

“The carpet looked totally fine on top but when she lifted it there was all this black mold. When we finally stripped back our mattress cover the mattress was green,” she said.

When she confronted the real estate, they acknowledged they knew the leak was coming from her apartment and had known for five months.

The owner had reportedly been arguing with strata this whole time about who should have to pay to fix the problem.

“So they left us in there knowingly, which is probably the thing that enrages me the most. They knew and it was poisoning us,” she said.

A building biologist discovered that water was leaking under Amie Skilton’s carpet.
Amie Skilton

Once she knew all of this, Skilton was able to get the right things tested, which are specific inflammatory markers and a particular group of genes encoded by something called the human leukocyte antigen.

Once she got the results for all of those tests back it became “100 percent clear that, not only was the place leaky and moldy, but also my immune system had reacted in the way we know my genetics would dictate in the face of mold.”

Five years on, Skilton is now living in an un-water damaged home in northern NSW. Her brain function has returned to normal, she has her energy back and she is no longer suffering any of the horrific symptoms she was experiencing.

She is now a qualified Mold Testing Technician and aims to use her knowledge to educate others.

The 42-year-old revealed one of her clients had such a horrific reaction to mold exposure over a number of years that she fell into a coma for three years.

The woman, who also has Lyme disease, lived in a home where the bathroom leaked through her bedroom wall for years.

Mold testing eventually found the home contained not only an enormous quantity of mold, but some of the most toxic strains.

She became so sick as a young teenager that her body eventually began shutting down and she fell into a coma.

Skilton was connected with her when the woman was 27, but the nutritionist said at first she believed she was a child because her body had such a severe reaction to the prolonged mold exposure that it impacted her development.

What do you if you think you are reacting to mold toxins

Skilton said there are two main ways you can go about determining if you have a mold problem in your home that is impacting your health.

“You can either get a building biologist to check your home or a certified mold testing technician. All building biologists have done that training but not all mold testing technicians have gone on to do the rest of the building biology stuff,” she explained.

You can also be tested to see if you have the gene that makes you susceptible to mold exposure, which can usually be done for about $100 or $150 depending on the lab.

“You’re going to see a GP, you would want to see one who is an integrative GP or practices functional medicine,” Skilton said.

While some mold cases are more severe than others, there are some things you can do to keep on top of mold growth in your home.

Beaumont Tiles’ Manager for Adhesive and Tools, Trevor Grindley, said silicone in the bathroom is the main place where mold and mildew start to grow.

this can spread into the grout lines, particularly in wet areas like the shower due to grout’s porous composition,” he said.

“If epoxy grout hasn’t been used, most other grout lines would not resist mold or mildew without using an impregnating sealer which can provide deep and lasting protection with an invisible finish.”

Grindley said bathroom additions like underfloor heating can fight mold by drying out your bathroom.

“Ensuring adequate ventilation is another way to fight mold,” said Grindley.

“If you have an exhaust fan or an open window in your bathroom, this can help to prevent mold growth in your bathroom.”

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People are getting sick from drug-resistant mold found in their flower beds and compost bins, scientists say

Close-up of mold growth.Jonathan Knowles/Getty Images

  • Scientists have confirmed a link between drug-resistant fungi in the environment and in human lungs.

  • Environmental mold can cause lung infections in people with vulnerable immune systems.

  • Some molds have evolved drug resistance from agricultural exposures, making fungal infections more difficult to treat.

Researchers at Imperial College London have confirmed that drug-resistant mold infections originating from gardens, homes, and farms are causing persistent, life-threatening illness in humans.

Molds like Aspergillus fumigatus are ubiquitous around the world, so the average person’s immune system is skilled at recognizing and clearing inhaled mold spores.

However, drug-resistant mold strains are on the rise worldwide, and the Imperial study, published Monday in the journal Nature Epidemiology, identifies a likely driving factor: exposure to agricultural fungicides.

While a hefty dose of fungicide will kill a mold like Aspergillus, gradual exposure in the environment can lead the way to drug resistance, Johanna Rhodes, a genomic epidemiology fellow at Imperial, told Insider.

“It’s kind of like building up a tan gradually,” Rhodes, the study’s lead author, said. “If it’s exposed a little bit at a time, it will develop the resistance slowly.”

The study is one of the first to confirm that people can catch drug-resistant fungal infections from their everyday environments.

To interrogate the connection, Rhodes and her team collected and analyzed more than 100 Aspergillus samples from infected patients across England, Wales, Scotland, and Ireland between 2005 and 2017. They also sequenced mold samples from those patients’ environments and compared them for matches.

For some patients, samples of Aspergillus taken from the lungs were nearly identical to spores found in nearby soil or other environmental sources, picked based on hospital location. In six separate cases, drug-resistant aspergillosis infections could be traced back to the patient’s environment with high confidence.

Fungi are evolving drug resistance

Researchers like Rhodes are especially interested in tracking drug-resistant mold strains, which are on the rise worldwide.

Infections with normal Aspergillus sicken 10-20 million people around the world, according to estimates cited in the study. The infection is typically treated with a class of antifungal drugs called azoles, but emerging drug resistance is a growing threat.

Almost half of the samples collected in the UK-based study were resistant to at least one first-line antifungal drug, and more than 10% of samples (including three from patients) had evolved resistance to two or more azole drugs.

Although drug resistance can emerge during treatment in hospital settings, the authors concluded that the fungi in question developed resistance before it infiltrated any human lungs, and that pointed them to agricultural fungicides.

Antifungal resistance can be deadly for patients with compromised immune systems, whether they’re on immunosuppressant medications or managing an autoimmune condition. Studies have found a 25% increase in mortality three months into infection with drug-resistant Aspergillus compared to those with typical, treatable fungal infections.

How to avoid mold inhalation in your home and in your garden

Like many fungi, Aspergillus thrives in decaying environments. Soil beds, compost bins, and decaying wood are plenty hospitable for fungal growth, and mold spores can become airborne and spread to new environments.

Drug-resistant Aspergillus is virtually everywhere, Rhodes said, because spores can move through the air and transfer genetic material to wild Aspergillus colonies that have never encountered azoles.

As the risk of exposure is so widespread, the authors are calling for improved surveillance of drug-resistant strains of fungus.

While the average person can’t sequence mold spores from their backyard, Rhodes recommended leaving windows open to prevent a buildup of Aspergillus in the home, as well as to clear out other pathogens like the coronavirus. N95 face masks acquired during the COVID-19 pandemic can also work for avoiding spore inhalation while gardening or handling compost.

Read the original article on Insider

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Floods Have Swamped the US. The Next Health Problem: Mold

There’s a long history of natural disasters making people sick. Reports range from cases of Valley fever after the Northridge earthquake in California in 1994 tossed dirt containing spores of Coccidia bacteria into the air, to aspergillus infections caused by victims of the 2011 Japanese tsunami aspirating bacteria-laden water, to people infected and killed by fungi carried on debris from the Joplin, Missouri, tornado, also in 2011.

But it can be hard to pinpoint when an infection or reaction is related to mold specifically, because the damage caused by disasters exposes victims to so many substances. “After these flooding events or hurricanes, there’s so much going on: Not only are you dealing with a house full of mold, but you’re ripping that house apart, so there’s drywall and dust and plaster and all kinds of things that you’re potentially inhaling,” says Tom Chiller, a physician and chief of the mycotic diseases branch of the Centers for Disease Control and Prevention. “It’s hard to tease out the effect of mold.”

Researchers thus face a conundrum: Their clinical instincts tell them people are at risk, but they have a dearth of data to prove it. Immune-compromised people are always at risk for mold and fungal infections; their diminished defenses render them unable to clear away the fungal spores that we all breathe in every day, leaving them vulnerable to organisms such as aspergillus and the ferocious mutant yeast Candida auris. The CDC estimates that more than 75,000 people are hospitalized annually for invasive fungal infections, and cost the health care system about $4.5 billion a year.

The ones most at risk are transplant patients who received donor organs or underwent leukemia treatment, and take immune system-suppressing drugs to sustain their recovery. Those people, researchers say, shouldn’t be anywhere near a moldy house, let alone working to remediate one, and should stay away from floodwaters. But in a survey of 103 immunosuppressed patients the CDC and several Houston hospitals conducted after Hurricane Harvey, half of them admitted they had gone back to clean out their flooded houses, and only two-fifths of that half said they had worn a protective respirator.

The CDC has been working with some of those hospitals on a more complex post-Harvey project, not yet published, which reviews medical records from one year before and after the hurricane to capture whether immune-suppressed people developed invasive fungal infections related to the storm. There’s no clear signal in the data, says Mitsuru Toda, an epidemiologist in the agency’s mycotic diseases branch: “In aggregate, we do see an increase after Hurricane Harvey in the number of people who had invasive mold infections, but some hospitals had a decrease, some hospitals had an increase, and the numbers are small.”

Complicating that finding, she adds, is that some mold and fungal infections have incubation periods long enough that symptoms might not have manifested during that post-storm year. Plus, Toda says, some physicians in Houston told the agency they preemptively put their most immune-suppressed patients on antifungal drugs—which protected those patients, but would have confounded any calculations of the hurricane’s effect on their health.

Ostrosky-Zeichner was one of those clinicians. “In theory, we should be seeing hordes of mold infections after major flooding events and hurricanes, but we’re not quite seeing that so far,” he says.

Researchers are also worried about the much larger proportion of the population, estimated to be up to 40 percent, who are prone to allergies and could react to mold and fungal growths in their houses—as well as about the rest of the population, who can develop new allergies after exposure. “For most people, the health effect that we see most often is respiratory,” says Felicia Rabito, an epidemiologist and associate professor at Tulane’s School of Public Health and Tropical Medicine. “A severe reaction would be like a breathing problem; a less severe reaction would be allergic-type symptoms. If you’re an asthmatic, though, and mold is a trigger, you can trigger an asthma attack, which is a very serious reaction.”

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Pet food recalled after products potentially contaminated with mold toxins, FDA announces

A pet food distributor announced Thursday that it is voluntarily recalling some of its dog food products due to potentially elevated levels of Aflatoxin.

Sunshine Mills Inc. said Aflatoxin is a naturally occurring by-product from the growth of Aspergillus flavus, a fungus, but it can harmful to animals if consumed in large amounts.

Some of the brands affected include Triumph Wild Spirit, Evolve, Wild Harvest, Nurture Farms, Elm Pet Foods and Heart to Tail Pure Being.

Sunshine Mills said the products were distributed throughout the U.S.

According to the federal Food and Drug Administration, “Pets that have consumed any of the above recalled products and exhibit symptoms of illness including sluggishness or lethargy combined with a reluctance to eat, vomiting, yellowish tint to the eyes or gums, or diarrhea should be seen by a veterinarian.”

So far, no health effects have been reported due to the dog food, Sunshine Mills said.

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For the full list of recalled products, you can visit the FDA’s website.

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Hillary Clinton on Meghan and Harry’s interview: Young women ‘should not be forced into a mold that is no longer relevant’

“I found it so heart-rending to watch,” Clinton said during a Washington Post Live event on Monday, noting that she had met the pair as well as Harry’s late mother, Princess Diana. Clinton called it “heartbreaking” that Meghan was not “fully embraced” not just by “the permanent bureaucracy that surrounds the royal family, but by the media in the UK.”
Clinton, a woman who has been in positions of power as a former first lady, senator, secretary of state and Democratic presidential candidate, has at times faced heavy public scrutiny and pushed back on press she found unfair. British tabloid reporting on disgraced former US congressman Anthony Weiner, the husband of longtime Clinton aide Huma Abedin, became a significant obstacle for Clinton’s 2016 presidential campaign.

She noted that she’s experienced the intensity of Britain’s notoriously vitriolic tabloids first-hand, calling Meghan “incredibly accomplished” and lauding the Duchess of Sussex efforts to advocate for herself.

“You know I’ve had my time in the box with the British tabloids, as anybody who is in the public eye has had. And their cruelty in going after Meghan was just outrageous and the fact she did not get more support, that the reaction was, ‘Let’s just paper it over and pretend that it didn’t happen or it will go away, just keep your head down,'” Clinton said. “Well, you know, this young woman was not about to keep her head down. You know, this is 2021 and she wanted to live her life, she wanted to be fully engaged and she had every right to hope for that.”

Meghan and Harry pulled back the curtain on life in the British royal family in their interview with Winfrey that aired Sunday, describing a toxic blend of press intrusion, bitterness on social media and isolation from a support structure.
Meghan revealed that she found life as a royal so difficult that she had suicidal thoughts, said there were “concerns” in the family about baby Archie’s skin color and shared that the couple’s experience was exacerbated by often racist and “outdated, colonial undertones” that repeatedly appeared in coverage of them.
The interview was followed by a deluge of stories on the Daily Mail homepage, despite a dismissive pre-interview banner headline earlier on Sunday, in which the outlet attempted to lambast the CBS special as “a sideshow.”

Clinton said that “every institution has got to make more space and acceptance for young people coming up — particularly young women, who should not be forced into a mold that is no longer relevant, not only for them, but for our society.”

“And it was heartbreaking to see the two of them sitting there having to describe how difficult it was to be accepted, to be integrated, not just into the royal family as they described, but more painfully into the larger societies whose narrative is driven by tabloids that are living in the past.”

She added, “I just hope that there will be some serious thoughtful consideration in all of the institutions, not just in response to what Meghan and Harry were talking about, but literally across all of our societies.”

Clinton also cited diversity as key to bringing such establishments into the future.

“Why do we make it so hard to incorporate diversity, to celebrate it, to be proud of it,” Clinton said, adding that the couple was “not only standing up for themselves and for their children, but they’re really trying to send a message about what institutions, including the one that they were part of, need to do to be more dynamic and forward looking than they currently are.”

CNN’s Michelle Toh, Rob Picheta, Jessie Yeung, Aditi Sangal, Tara John, Zamira Rahim and Christopher Johnson contributed to this report.



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How a Single Cell Slime Mold Makes Smart Decisions

The slime mold Physarum polycephalum consists of a single biological cell. Microinjection allows to mark the flow in Physarum in color. Credit: Bjoern Kscheschinski / MPIDS

How a single cell slime mold makes smart decisions without a central nervous system.

Having a memory of past events enables us to make smarter decisions about the future. Researchers at the Max-Planck Institute for Dynamics and Self-Organization (MPI-DS) and the Technical University of Munich (TUM) have now identified how the slime mold Physarum polycephalum saves memories – although it has no nervous system.

The ability to store and recover information gives an organism a clear advantage when searching for food or avoiding harmful environments. Traditionally it has been attributed to organisms that have a nervous system.

A new study authored by Mirna Kramar (MPI-DS) and Prof. Karen Alim (TUM and MPI-DS) challenges this view by uncovering the surprising abilities of a highly dynamic, single-celled organism to store and retrieve information about its environment.

Window to the past

The slime mold Physarum polycephalum has been puzzling researchers for many decades. Existing at the crossroads between the kingdoms of animals, plants and fungi, this unique organism provides insight into the early evolutionary history of eukaryotes – to which also humans belong.

Prof. Karen Alim, Technical University of Munich, and Mirna Kramar, Max-Planck Institute for Dynamics and Self-Organization, discovered how the slime mold Physarum polycephalum weaves its memories of food encounters directly into the architecture of the network-like body and uses the stored information when making future decisions. Credit: Bilderfest / TUM

Its body is a giant single cell made up of interconnected tubes that form intricate networks. This single amoeba-like cell may stretch several centimeters or even meters, featuring as the largest cell on earth in the Guinness Book of World Records.

The network architecture as a memory

“It is very exciting when a project develops from a simple experimental observation,” says Karen Alim, head of the Biological Physics and Morphogenesis group at the MPI-DS in Göttingen and professor for the Theory of Biological Networks at the Technical University of Munich.

When the researchers followed the migration and feeding process of the organism and observed a distinct imprint of a food source on the pattern of thicker and thinner tubes of the network long after feeding.

The slime mold Physarum polycephalum consists of a single biological cell. Because of his ingenious ability to adapt his tubular network to a changing environment, he has been called “intelligent”. Researchers at TUM and MPI-DS have now found out how it stores information – even without having a nervous system or a brain. Credit: Nico Schramma / MPI-DS

“Given P. polycephalum’s highly dynamic network reorganization, the persistence of this imprint sparked the idea that the network architecture itself could serve as memory of the past,” says Karen Alim. However, they first needed to explain the mechanism behind the imprint formation.

Decisions are guided by memories

For this purpose the researchers combined microscopic observations of the adaption of the tubular network with theoretical modeling. An encounter with food triggers the release of a chemical that travels from the location where food was found throughout the organism and softens the tubes in the network, making the whole organism reorient its migration towards the food.

“The gradual softening is where the existing imprints of previous food sources come into play and where information is stored and retrieved,” says first author Mirna Kramar. “Past feeding events are embedded in the hierarchy of tube diameters, specifically in the arrangement of thick and thin tubes in the network.”

“For the softening chemical that is now transported, the thick tubes in the network act as highways in traffic networks, enabling quick transport across the whole organism,” adds Mirna Kramar. “Previous encounters imprinted in the network architecture thus weigh into the decision about the future direction of migration.”

Design based on universal principles

“Given the simplicity of this living network, the ability of Physarum to form memories is intriguing. It is remarkable that the organism relies on such a simple mechanism and yet controls it in such a fine-tuned manner,” says Karen Alim.

“These results present an important piece of the puzzle in understanding the behavior of this ancient organism and at the same time points to universal principles underlying behavior. We envision potential applications of our findings in designing smart materials and building soft robots that navigate through complex environments,” concludes Karen Alim.

Reference: “Encoding memory in tube diameter hierarchy of living flow network” by Mirna Kramar and Karen Alim, 23 February 2021, Proceedings of the National Academy of Sciences.
DOI: 10.1073/pnas.2007815118



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