logo
Researchers make disturbing discovery after testing air around everyday construction materials: 'The impacts ... are significant'

Researchers make disturbing discovery after testing air around everyday construction materials: 'The impacts ... are significant'

Yahoo09-04-2025
Since its invention, plastic has become a growing part of human life and infrastructure.
But one expert — with research revealing how microplastics could be contributing to human health issues — explained the construction industry needs to take some responsibility.
Professor Joanne Kwan, a senior research manager and sustainable land reuse lead at the Construction Industry Research and Information Association, told PBC Today that construction could be a key source of microplastic pollution.
"The impacts of microplastics generated in the construction sector are significant," Kwan said.
Plastic is commonly used in pipes, doors, flooring, and many more common building and construction materials. In fact, Kwan noted that the Considerate Constructors Scheme found that the industry consumes 20% of all plastic, making it the second-largest consumer of the material.
The more plastics we use, the more microplastics are released. With construction relying heavily on the material, Kwan suggested that professionals need to analyze the use of it in their projects and manage it more effectively.
Microplastics can be inhaled, ingested through water, and even absorbed through the skin. Eating crustaceans or other species that have microplastics in their bodies can also allow these pollutants to enter the human digestive system.
One study, published in the journal Heliyon and shared by Cell.com, suggested a link between microplastics in blood vessels and cardiovascular disease. Meanwhile, research outlined in the Science of the Total Environment journal, shared by Science Direct, noted some microplastics are endocrine disruptors.
"[Construction] workers exposed to high levels of plastic dust suffer chronic inflammation of the airway and, in some cases, interstitial lung disease and tissue scarring," Kwan said.
These studies suggest that microplastics can have lasting effects on human health and the health of other species.
Do you worry about the quality of the air inside your home?
Yes — often
Yes — but only sometimes
Only when it's bad outside
No — I never do
Click your choice to see results and speak your mind.
At the moment, information on how we can best deal with microplastics is preliminary, but scientists are working on ways to remove them from our water supplies.
But in order to effectively reduce microplastic pollution in the long term, we need to look at alternatives to single-use plastics, which are difficult to recycle and often end up in the environment.
For the construction industry, Kwan noted that more information is needed on "how much microplastic is generated from construction projects; this includes developing good practices in sampling and analysis of microplastics in air, soil, and water."
This could help inform better management practices to reduce the pollution the industry creates.
CIRIA has launched a project on microplastics in construction that will analyze best practices and determine what new or additional measures should be taken.
The goal is to significantly reduce the production and spread of microplastics in construction, which would be a major step forward for microplastic reduction as a whole.
Join our free newsletter for weekly updates on the latest innovations improving our lives and shaping our future, and don't miss this cool list of easy ways to help yourself while helping the planet.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Innovative company announces revolutionary product that could help protect food supply: 'A transformative development'
Innovative company announces revolutionary product that could help protect food supply: 'A transformative development'

Yahoo

time17-04-2025

  • Yahoo

Innovative company announces revolutionary product that could help protect food supply: 'A transformative development'

Rice is a staple crop for over half of the world's population and is grown in over 100 countries, but bacterial leaf blight (BLB) is causing crop losses and driving the use of potentially dangerous pesticides. Ascribe Bioscience, a New York-based agricultural tech company, believes it can reduce the impacts of the disease with its new biopesticide: Phytalix. Jay Farmer, the company's CEO and founder, told Forbes that he believes the product is "a transformative development for farmers big and small." "Current chemical solutions used to manage these diseases are not meeting growers' needs," added Farmer. "They are harmful to the environment, expensive, and are losing their efficacy as pathogens develop resistance." BLB primarily affects rice crops in both temperate and tropical zones, although it's been particularly devastating to crops in tropical regions of Asia, where losses of up to 74% have been piling up, as a study in the journal Heliyon, shared by Science Direct, observed. India has been especially hard hit, with yield losses up to 80%, as the disease flourishes in its warm, humid climate. This threatens to disrupt the country's rice crop, which accounts for 27% of the world's supply, as Forbes explained. Trials of Phytalix conducted in the country resulted in an 83% reduction in BLB severity while outperforming traditional treatments by 20%, according to the publication. Rice yields saw a 30% increase in tests where BLB was particularly heavy and an overall boost of 13% across all the areas it was applied. The use of pesticides is estimated to have grown 20% over the last decade, according to the Institute for Functional Medicine, with some low-income countries seeing growth of up to 153%. Many of these are chemical pesticides that are associated with elevated cancer risks, among other dangers to human health. This has led to substantial growth in the global market for natural, non-chemical pesticides, which was said to be worth $226.3 billion in 2021, according to Acumen research. Its projections say it could hit $631.4 billion by 2030. Some farmers in parts of Asia have been using antibiotics on their crops in hopes of fighting the disease, but researchers are worried it may be fueling antibiotic resistance while using up the valuable medical resource. What is the biggest reason you don't grow food at home? Not enough time Not enough space It seems too hard I have a garden already Click your choice to see results and speak your mind. Phytalix, however, is "derived from natural molecules sourced from the soil microbiome" as Forbes explained, which makes it sustainable for rice farmers big and small. Ascribe said that it actually helps to boost the plant's immune system and guards against major fungal pathogens, as well as bacterial and viral disease. Natural methods of pest control such as this could provide a safer way to protect global rice production, which Forbes suggested is projected to increase by 11.12% by 2030. Srinivas Veeranki, managing director of crop science service AgReveal, told the outlet that Phytalix could be "a major step forward for farmers and global food security, offering effective and long-lasting disease control while also making rice production more resilient to growing environmental and market challenges." Ascribe's product is currently pending review in Brazil and the U.S., as Forbes explained, with future plans for approval in key rice-producing countries across Asia. Join our free newsletter for weekly updates on the latest innovations improving our lives and shaping our future, and don't miss this cool list of easy ways to help yourself while helping the planet.

Researchers make disturbing discovery after testing air around everyday construction materials: 'The impacts ... are significant'
Researchers make disturbing discovery after testing air around everyday construction materials: 'The impacts ... are significant'

Yahoo

time09-04-2025

  • Yahoo

Researchers make disturbing discovery after testing air around everyday construction materials: 'The impacts ... are significant'

Since its invention, plastic has become a growing part of human life and infrastructure. But one expert — with research revealing how microplastics could be contributing to human health issues — explained the construction industry needs to take some responsibility. Professor Joanne Kwan, a senior research manager and sustainable land reuse lead at the Construction Industry Research and Information Association, told PBC Today that construction could be a key source of microplastic pollution. "The impacts of microplastics generated in the construction sector are significant," Kwan said. Plastic is commonly used in pipes, doors, flooring, and many more common building and construction materials. In fact, Kwan noted that the Considerate Constructors Scheme found that the industry consumes 20% of all plastic, making it the second-largest consumer of the material. The more plastics we use, the more microplastics are released. With construction relying heavily on the material, Kwan suggested that professionals need to analyze the use of it in their projects and manage it more effectively. Microplastics can be inhaled, ingested through water, and even absorbed through the skin. Eating crustaceans or other species that have microplastics in their bodies can also allow these pollutants to enter the human digestive system. One study, published in the journal Heliyon and shared by suggested a link between microplastics in blood vessels and cardiovascular disease. Meanwhile, research outlined in the Science of the Total Environment journal, shared by Science Direct, noted some microplastics are endocrine disruptors. "[Construction] workers exposed to high levels of plastic dust suffer chronic inflammation of the airway and, in some cases, interstitial lung disease and tissue scarring," Kwan said. These studies suggest that microplastics can have lasting effects on human health and the health of other species. Do you worry about the quality of the air inside your home? Yes — often Yes — but only sometimes Only when it's bad outside No — I never do Click your choice to see results and speak your mind. At the moment, information on how we can best deal with microplastics is preliminary, but scientists are working on ways to remove them from our water supplies. But in order to effectively reduce microplastic pollution in the long term, we need to look at alternatives to single-use plastics, which are difficult to recycle and often end up in the environment. For the construction industry, Kwan noted that more information is needed on "how much microplastic is generated from construction projects; this includes developing good practices in sampling and analysis of microplastics in air, soil, and water." This could help inform better management practices to reduce the pollution the industry creates. CIRIA has launched a project on microplastics in construction that will analyze best practices and determine what new or additional measures should be taken. The goal is to significantly reduce the production and spread of microplastics in construction, which would be a major step forward for microplastic reduction as a whole. Join our free newsletter for weekly updates on the latest innovations improving our lives and shaping our future, and don't miss this cool list of easy ways to help yourself while helping the planet.

The debate on MSCs is over; it's time to promote MSC therapy in practice
The debate on MSCs is over; it's time to promote MSC therapy in practice

Yahoo

time27-02-2025

  • Yahoo

The debate on MSCs is over; it's time to promote MSC therapy in practice

TIANJIN, China, Feb. 26, 2025 /CNW/ -- The debate on MSCs, mesenchymal stromal cells versus mesenchymal stem cells, continued for more than two decades (since 2006), being the major obstacle for MSCs study and clinical application. The major issue focuses on mesenchymal stem cells could not be approved for clinical application without a thorough test for safety issue (e.g. tumor formation), but all pre-clinical studies proved the MSCs currently prepared and used are safe without the concerns relevant to stem cells, so that they are mesenchymal stromal cells, not stem cells. However, where is the approval? A recent publication in HELIYON ends the debate. The work presented by Regenerative Medicine Research Center at West China Hospital and Tasly Stem cell Biology Laboratory, "Unveiling Distinctions Between Mesenchymal Stromal Cells and Stem Cells by Single-Cell Transcriptomic Analysis" breaks the momentum of confusion in the development of MSC therapy both fundamentally and practically. Using advanced single-cell RNA sequencing (scRNA-seq) and pseudotime trajectory analysis, the research group identified that stem cells exhibit robust self-renewal and differentiation capabilities, mesenchymal stromal cells (MSCs) lack the expression of these critical stemness genes. These genes include SOX2, NANOG, POU5F1, SFRP2, DPPA4, SALL4, ZFP42 and MYCN. On the other hand, there are five critical stromal cell functional genes, TMEM119, FBLN5, KCNK2, CLDN11 and DKK1, that are only expressed in the mesenchymal stromal cells, not in stem cells. The study identified that currently widely used MSCs from different tissues are mesenchymal stromal cells. But, these cells (MSCs) have been long misused as stem cells in many cases. Although the safety issue becomes ignored due to the nature of MSCs, the therapeutic efficacy of these cells has been a big drawback due to the confusion of their mechanism of action. The mechanism of action of stem cells is mediated by their capacity of differentiation to replace the damaged functional cells, but that of stromal cells is medicated by homing and excrete function leading to microenvironmental rejuvenation. Of course, these two different types of cells must be used differently for their differential function in the host. Therefore, this new breakthrough not only ends the debate on MSCs, but also and importantly, helps reorientating our effort towards effective application of MSCs in clinical practice. View original content to download multimedia: SOURCE Tasly View original content to download multimedia: Sign in to access your portfolio

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store