Mito Health: Helping you live healthier, longer.
In-depth bloodwork & holistic health advice, backed by the latest longevity science. Only $399.
Inside the Microplastic Crisis
Microplastics are now inside food, water and even human tissue. Learn the risks, what science shows and practical steps to reduce exposure.
Liver Health
Written by
Gabriel Tan
Plastics have transformed modern life, but their smallest fragments are now infiltrating the human body. Microplastics, defined as particles less than 5 millimeters, are found in oceans, rivers, the air we breathe and the food on our plates.
Recent studies have even detected microplastics in human blood, lungs and placental tissue. The ubiquity of these particles raises urgent questions: what are they doing inside us, how much is too much and how can we limit exposure?
How Microplastics Enter the Body
The main pathways are everyday exposures. Drinking water is one of the largest sources, whether from tap systems with plastic pipes or bottled water, which often contains more microplastic than tap water.
Food packaging and cookware add another route: heating food in plastic accelerates shedding.
Seafood, particularly filter-feeding shellfish, concentrates particles from polluted waters.
Airborne fibers from synthetic textiles and degraded plastic products are inhaled and can lodge deep in the lungs.
Over time, these particles accumulate in tissues, bypassing normal biological barriers.
What Microplastics Do Inside the Body
Evidence from animal and cell studies paints a concerning picture. Microplastics can provoke immune responses, triggering chronic inflammation that accelerates cellular aging.
They may also act as carriers for toxic chemicals, pesticides and heavy metals, amplifying their harmful effects. Some additives in plastics, such as phthalates and bisphenols, are endocrine disruptors that interfere with hormone signaling, with implications for fertility, metabolism and thyroid health.
Nanoplastics, even smaller fragments, are small enough to cross the blood–brain barrier and placenta in lab models, raising questions about neurological and developmental risks.
While the full picture in humans is still emerging, early studies suggest possible links to cardiovascular disease, immune dysfunction and metabolic disorders. One recent review concluded that the biological plausibility of harm is strong, but definitive human data are limited.
This gap in certainty does not equal safety but it underscores the need for precaution.
Signs of Possible Microplastic Overload
There is no clinical “plastic test” yet, but patterns of unexplained chronic symptoms may point toward environmental overload.
Persistent digestive distress, brain fog, recurring skin inflammation, low libido or hormone imbalance can all result from multiple causes, but plastic exposure is increasingly considered part of the environmental burden.
Physicians cannot yet directly test for microplastics in tissues, so the best approach is to track symptoms, test organ function and minimize exposure wherever possible.
How to Reduce Exposure in Daily Life
Eliminating microplastics entirely is impossible, but practical changes reduce the heaviest burdens:
Switch from plastic to glass or stainless steel when storing or heating food. Heat accelerates plastic breakdown and leaching.
Choose filtered tap water over bottled water. Certain advanced filters can reduce microplastic load, while bottled water frequently contains higher levels.
Rethink your cookware. Replace aging nonstick pans and scratched plastic containers with ceramic, cast iron, or steel.
Control indoor dust. Microplastic fibers shed from carpets, textiles, and furniture. HEPA vacuuming and wet mopping prevent resuspension.
Address laundry. Install microfiber filters on washing machines or use washing bags designed to capture plastic fibers from synthetic clothes.
Address laundry. Install microfiber filters on washing machines or use washing bags designed to capture plastic fibers from synthetic clothes.
These steps target the most concentrated sources of exposure, shrinking the daily intake significantly without requiring extreme measures.
Can Microplastics Be Detoxed?
Here is where hype meets science. Claims that activated charcoal, chlorella or saunas “flush plastics” are not supported by robust clinical data. Sweating, movement and gut-supportive nutrition do enhance natural detox pathways for many toxins, and they are beneficial for overall health.
However, no human studies confirm that these methods actively remove microplastics from tissues. A smarter approach is to support organs of detoxification, which are the liver, kidneys and gut, through balanced nutrition, sleep and hydration while reducing incoming load as much as possible.
The Bigger Picture
Personal steps are important, but individual behavior cannot solve an environmental crisis of this scale. Plastics are embedded in supply chains, infrastructure and packaging worldwide.
Long-term solutions require systemic change: better regulation of plastic additives, stricter waste management, innovations in biodegradable alternatives and improved wastewater treatment to capture microfibers.
Public health experts argue that lowering global plastic use will do more for human health than any supplement or detox protocol.
Final Word
Microplastics are no longer out of sight, out of mind. They are inside us. While the human health effects are not fully mapped, the combination of strong mechanistic evidence and widespread exposure demands action.
The most realistic strategy today is twofold: cut down on personal intake by removing obvious sources and support policies that address the root cause of pollution.
Think of it this way: every plastic bottle you skip, every swap from plastic storage to glass and every microfiber filter installed is not just a personal health upgrade but also a contribution to a cleaner future. The earlier these steps become the norm, the less plastic burden the next generation will inherit.
Resources
Related Articles
Mito Health: Helping you live healthier, longer.
In-depth bloodwork & holistic health advice, backed by the latest longevity science. Only $399.
Inside the Microplastic Crisis
Microplastics are now inside food, water and even human tissue. Learn the risks, what science shows and practical steps to reduce exposure.
Liver Health
Written by
Gabriel Tan
Plastics have transformed modern life, but their smallest fragments are now infiltrating the human body. Microplastics, defined as particles less than 5 millimeters, are found in oceans, rivers, the air we breathe and the food on our plates.
Recent studies have even detected microplastics in human blood, lungs and placental tissue. The ubiquity of these particles raises urgent questions: what are they doing inside us, how much is too much and how can we limit exposure?
How Microplastics Enter the Body
The main pathways are everyday exposures. Drinking water is one of the largest sources, whether from tap systems with plastic pipes or bottled water, which often contains more microplastic than tap water.
Food packaging and cookware add another route: heating food in plastic accelerates shedding.
Seafood, particularly filter-feeding shellfish, concentrates particles from polluted waters.
Airborne fibers from synthetic textiles and degraded plastic products are inhaled and can lodge deep in the lungs.
Over time, these particles accumulate in tissues, bypassing normal biological barriers.
What Microplastics Do Inside the Body
Evidence from animal and cell studies paints a concerning picture. Microplastics can provoke immune responses, triggering chronic inflammation that accelerates cellular aging.
They may also act as carriers for toxic chemicals, pesticides and heavy metals, amplifying their harmful effects. Some additives in plastics, such as phthalates and bisphenols, are endocrine disruptors that interfere with hormone signaling, with implications for fertility, metabolism and thyroid health.
Nanoplastics, even smaller fragments, are small enough to cross the blood–brain barrier and placenta in lab models, raising questions about neurological and developmental risks.
While the full picture in humans is still emerging, early studies suggest possible links to cardiovascular disease, immune dysfunction and metabolic disorders. One recent review concluded that the biological plausibility of harm is strong, but definitive human data are limited.
This gap in certainty does not equal safety but it underscores the need for precaution.
Signs of Possible Microplastic Overload
There is no clinical “plastic test” yet, but patterns of unexplained chronic symptoms may point toward environmental overload.
Persistent digestive distress, brain fog, recurring skin inflammation, low libido or hormone imbalance can all result from multiple causes, but plastic exposure is increasingly considered part of the environmental burden.
Physicians cannot yet directly test for microplastics in tissues, so the best approach is to track symptoms, test organ function and minimize exposure wherever possible.
How to Reduce Exposure in Daily Life
Eliminating microplastics entirely is impossible, but practical changes reduce the heaviest burdens:
Switch from plastic to glass or stainless steel when storing or heating food. Heat accelerates plastic breakdown and leaching.
Choose filtered tap water over bottled water. Certain advanced filters can reduce microplastic load, while bottled water frequently contains higher levels.
Rethink your cookware. Replace aging nonstick pans and scratched plastic containers with ceramic, cast iron, or steel.
Control indoor dust. Microplastic fibers shed from carpets, textiles, and furniture. HEPA vacuuming and wet mopping prevent resuspension.
Address laundry. Install microfiber filters on washing machines or use washing bags designed to capture plastic fibers from synthetic clothes.
Address laundry. Install microfiber filters on washing machines or use washing bags designed to capture plastic fibers from synthetic clothes.
These steps target the most concentrated sources of exposure, shrinking the daily intake significantly without requiring extreme measures.
Can Microplastics Be Detoxed?
Here is where hype meets science. Claims that activated charcoal, chlorella or saunas “flush plastics” are not supported by robust clinical data. Sweating, movement and gut-supportive nutrition do enhance natural detox pathways for many toxins, and they are beneficial for overall health.
However, no human studies confirm that these methods actively remove microplastics from tissues. A smarter approach is to support organs of detoxification, which are the liver, kidneys and gut, through balanced nutrition, sleep and hydration while reducing incoming load as much as possible.
The Bigger Picture
Personal steps are important, but individual behavior cannot solve an environmental crisis of this scale. Plastics are embedded in supply chains, infrastructure and packaging worldwide.
Long-term solutions require systemic change: better regulation of plastic additives, stricter waste management, innovations in biodegradable alternatives and improved wastewater treatment to capture microfibers.
Public health experts argue that lowering global plastic use will do more for human health than any supplement or detox protocol.
Final Word
Microplastics are no longer out of sight, out of mind. They are inside us. While the human health effects are not fully mapped, the combination of strong mechanistic evidence and widespread exposure demands action.
The most realistic strategy today is twofold: cut down on personal intake by removing obvious sources and support policies that address the root cause of pollution.
Think of it this way: every plastic bottle you skip, every swap from plastic storage to glass and every microfiber filter installed is not just a personal health upgrade but also a contribution to a cleaner future. The earlier these steps become the norm, the less plastic burden the next generation will inherit.
Resources
Related Articles
Mito Health: Helping you live healthier, longer.
In-depth bloodwork & holistic health advice, backed by the latest longevity science. Only $399.
Inside the Microplastic Crisis
Microplastics are now inside food, water and even human tissue. Learn the risks, what science shows and practical steps to reduce exposure.
Liver Health
Written by
Gabriel Tan
Plastics have transformed modern life, but their smallest fragments are now infiltrating the human body. Microplastics, defined as particles less than 5 millimeters, are found in oceans, rivers, the air we breathe and the food on our plates.
Recent studies have even detected microplastics in human blood, lungs and placental tissue. The ubiquity of these particles raises urgent questions: what are they doing inside us, how much is too much and how can we limit exposure?
How Microplastics Enter the Body
The main pathways are everyday exposures. Drinking water is one of the largest sources, whether from tap systems with plastic pipes or bottled water, which often contains more microplastic than tap water.
Food packaging and cookware add another route: heating food in plastic accelerates shedding.
Seafood, particularly filter-feeding shellfish, concentrates particles from polluted waters.
Airborne fibers from synthetic textiles and degraded plastic products are inhaled and can lodge deep in the lungs.
Over time, these particles accumulate in tissues, bypassing normal biological barriers.
What Microplastics Do Inside the Body
Evidence from animal and cell studies paints a concerning picture. Microplastics can provoke immune responses, triggering chronic inflammation that accelerates cellular aging.
They may also act as carriers for toxic chemicals, pesticides and heavy metals, amplifying their harmful effects. Some additives in plastics, such as phthalates and bisphenols, are endocrine disruptors that interfere with hormone signaling, with implications for fertility, metabolism and thyroid health.
Nanoplastics, even smaller fragments, are small enough to cross the blood–brain barrier and placenta in lab models, raising questions about neurological and developmental risks.
While the full picture in humans is still emerging, early studies suggest possible links to cardiovascular disease, immune dysfunction and metabolic disorders. One recent review concluded that the biological plausibility of harm is strong, but definitive human data are limited.
This gap in certainty does not equal safety but it underscores the need for precaution.
Signs of Possible Microplastic Overload
There is no clinical “plastic test” yet, but patterns of unexplained chronic symptoms may point toward environmental overload.
Persistent digestive distress, brain fog, recurring skin inflammation, low libido or hormone imbalance can all result from multiple causes, but plastic exposure is increasingly considered part of the environmental burden.
Physicians cannot yet directly test for microplastics in tissues, so the best approach is to track symptoms, test organ function and minimize exposure wherever possible.
How to Reduce Exposure in Daily Life
Eliminating microplastics entirely is impossible, but practical changes reduce the heaviest burdens:
Switch from plastic to glass or stainless steel when storing or heating food. Heat accelerates plastic breakdown and leaching.
Choose filtered tap water over bottled water. Certain advanced filters can reduce microplastic load, while bottled water frequently contains higher levels.
Rethink your cookware. Replace aging nonstick pans and scratched plastic containers with ceramic, cast iron, or steel.
Control indoor dust. Microplastic fibers shed from carpets, textiles, and furniture. HEPA vacuuming and wet mopping prevent resuspension.
Address laundry. Install microfiber filters on washing machines or use washing bags designed to capture plastic fibers from synthetic clothes.
Address laundry. Install microfiber filters on washing machines or use washing bags designed to capture plastic fibers from synthetic clothes.
These steps target the most concentrated sources of exposure, shrinking the daily intake significantly without requiring extreme measures.
Can Microplastics Be Detoxed?
Here is where hype meets science. Claims that activated charcoal, chlorella or saunas “flush plastics” are not supported by robust clinical data. Sweating, movement and gut-supportive nutrition do enhance natural detox pathways for many toxins, and they are beneficial for overall health.
However, no human studies confirm that these methods actively remove microplastics from tissues. A smarter approach is to support organs of detoxification, which are the liver, kidneys and gut, through balanced nutrition, sleep and hydration while reducing incoming load as much as possible.
The Bigger Picture
Personal steps are important, but individual behavior cannot solve an environmental crisis of this scale. Plastics are embedded in supply chains, infrastructure and packaging worldwide.
Long-term solutions require systemic change: better regulation of plastic additives, stricter waste management, innovations in biodegradable alternatives and improved wastewater treatment to capture microfibers.
Public health experts argue that lowering global plastic use will do more for human health than any supplement or detox protocol.
Final Word
Microplastics are no longer out of sight, out of mind. They are inside us. While the human health effects are not fully mapped, the combination of strong mechanistic evidence and widespread exposure demands action.
The most realistic strategy today is twofold: cut down on personal intake by removing obvious sources and support policies that address the root cause of pollution.
Think of it this way: every plastic bottle you skip, every swap from plastic storage to glass and every microfiber filter installed is not just a personal health upgrade but also a contribution to a cleaner future. The earlier these steps become the norm, the less plastic burden the next generation will inherit.
Resources
Related Articles
Inside the Microplastic Crisis
Microplastics are now inside food, water and even human tissue. Learn the risks, what science shows and practical steps to reduce exposure.
Liver Health
Written by
Gabriel Tan
Plastics have transformed modern life, but their smallest fragments are now infiltrating the human body. Microplastics, defined as particles less than 5 millimeters, are found in oceans, rivers, the air we breathe and the food on our plates.
Recent studies have even detected microplastics in human blood, lungs and placental tissue. The ubiquity of these particles raises urgent questions: what are they doing inside us, how much is too much and how can we limit exposure?
How Microplastics Enter the Body
The main pathways are everyday exposures. Drinking water is one of the largest sources, whether from tap systems with plastic pipes or bottled water, which often contains more microplastic than tap water.
Food packaging and cookware add another route: heating food in plastic accelerates shedding.
Seafood, particularly filter-feeding shellfish, concentrates particles from polluted waters.
Airborne fibers from synthetic textiles and degraded plastic products are inhaled and can lodge deep in the lungs.
Over time, these particles accumulate in tissues, bypassing normal biological barriers.
What Microplastics Do Inside the Body
Evidence from animal and cell studies paints a concerning picture. Microplastics can provoke immune responses, triggering chronic inflammation that accelerates cellular aging.
They may also act as carriers for toxic chemicals, pesticides and heavy metals, amplifying their harmful effects. Some additives in plastics, such as phthalates and bisphenols, are endocrine disruptors that interfere with hormone signaling, with implications for fertility, metabolism and thyroid health.
Nanoplastics, even smaller fragments, are small enough to cross the blood–brain barrier and placenta in lab models, raising questions about neurological and developmental risks.
While the full picture in humans is still emerging, early studies suggest possible links to cardiovascular disease, immune dysfunction and metabolic disorders. One recent review concluded that the biological plausibility of harm is strong, but definitive human data are limited.
This gap in certainty does not equal safety but it underscores the need for precaution.
Signs of Possible Microplastic Overload
There is no clinical “plastic test” yet, but patterns of unexplained chronic symptoms may point toward environmental overload.
Persistent digestive distress, brain fog, recurring skin inflammation, low libido or hormone imbalance can all result from multiple causes, but plastic exposure is increasingly considered part of the environmental burden.
Physicians cannot yet directly test for microplastics in tissues, so the best approach is to track symptoms, test organ function and minimize exposure wherever possible.
How to Reduce Exposure in Daily Life
Eliminating microplastics entirely is impossible, but practical changes reduce the heaviest burdens:
Switch from plastic to glass or stainless steel when storing or heating food. Heat accelerates plastic breakdown and leaching.
Choose filtered tap water over bottled water. Certain advanced filters can reduce microplastic load, while bottled water frequently contains higher levels.
Rethink your cookware. Replace aging nonstick pans and scratched plastic containers with ceramic, cast iron, or steel.
Control indoor dust. Microplastic fibers shed from carpets, textiles, and furniture. HEPA vacuuming and wet mopping prevent resuspension.
Address laundry. Install microfiber filters on washing machines or use washing bags designed to capture plastic fibers from synthetic clothes.
Address laundry. Install microfiber filters on washing machines or use washing bags designed to capture plastic fibers from synthetic clothes.
These steps target the most concentrated sources of exposure, shrinking the daily intake significantly without requiring extreme measures.
Can Microplastics Be Detoxed?
Here is where hype meets science. Claims that activated charcoal, chlorella or saunas “flush plastics” are not supported by robust clinical data. Sweating, movement and gut-supportive nutrition do enhance natural detox pathways for many toxins, and they are beneficial for overall health.
However, no human studies confirm that these methods actively remove microplastics from tissues. A smarter approach is to support organs of detoxification, which are the liver, kidneys and gut, through balanced nutrition, sleep and hydration while reducing incoming load as much as possible.
The Bigger Picture
Personal steps are important, but individual behavior cannot solve an environmental crisis of this scale. Plastics are embedded in supply chains, infrastructure and packaging worldwide.
Long-term solutions require systemic change: better regulation of plastic additives, stricter waste management, innovations in biodegradable alternatives and improved wastewater treatment to capture microfibers.
Public health experts argue that lowering global plastic use will do more for human health than any supplement or detox protocol.
Final Word
Microplastics are no longer out of sight, out of mind. They are inside us. While the human health effects are not fully mapped, the combination of strong mechanistic evidence and widespread exposure demands action.
The most realistic strategy today is twofold: cut down on personal intake by removing obvious sources and support policies that address the root cause of pollution.
Think of it this way: every plastic bottle you skip, every swap from plastic storage to glass and every microfiber filter installed is not just a personal health upgrade but also a contribution to a cleaner future. The earlier these steps become the norm, the less plastic burden the next generation will inherit.
Resources
Related Articles
Mito Health: Helping you live healthier, longer.
In-depth bloodwork & holistic health advice, backed by the latest longevity science. Only $399.
Recently published
What could cost you $15,000? $349 with Mito.
No hidden fees. No subscription traps. Just real care.
What's included
Core Test - Comprehensive lab test covering 100+ biomarkers
Clinician reviewed insights and action plan
1:1 consultation with a real clinician
Upload past lab reports for lifetime tracking
Dedicated 1:1 health coaching
Duo Bundle (For 2)
Most popular
$798
$668
$130 off (17%)
Individual
$399
$349
$50 off (13%)
What could cost you $15,000? $349 with Mito.
No hidden fees. No subscription traps. Just real care.
What's included
Core Test - Comprehensive lab test covering 100+ biomarkers
Clinician reviewed insights and action plan
1:1 consultation with a real clinician
Upload past lab reports for lifetime tracking
Dedicated 1:1 health coaching
Duo Bundle (For 2)
Most popular
$798
$668
$130 off (17%)
Individual
$399
$349
$50 off (13%)
What could cost you $15,000? $349 with Mito.
No hidden fees. No subscription traps. Just real care.
What's included
Core Test - Comprehensive lab test covering 100+ biomarkers
Clinician reviewed insights and action plan
1:1 consultation with a real clinician
Upload past lab reports for lifetime tracking
Dedicated 1:1 health coaching
Duo Bundle (For 2)
Most popular
$798
$668
$130 off (17%)
Individual
$399
$349
$50 off (13%)
What could cost you $15,000? $349 with Mito.
No hidden fees. No subscription traps. Just real care.
Core Test - Comprehensive lab test covering 100+ biomarkers
Clinician reviewed insights and action plan
1:1 consultation with a real clinician
Upload past lab reports for lifetime tracking
Dedicated 1:1 health coaching
What's included
Duo Bundle (For 2)
Most popular
$798
$668
$130 off (17%)
Individual
$399
$349
$50 off (13%)