Obes Rev February 2017 PMID 27911986

Persistent organic pollutants in adipose tissue should be considered in obesity research.

Y-M Lee, K-S Kim, D R Jacobs, D-H Lee

Mentions

29
Peak: 10 in Jul 2017
across 5 sources since Feb 2017

Extended reach

112,978
potential audience

Total likes

4,769

Video views

95,295

Mentions per month

Feb 2017 – Dec 2025

Where it's discussed

  • Reddit10 posts
  • X / Twitter8 posts
  • News6 articles
  • Facebook3 posts
  • YouTube2 videos

AI synopsis

What people are saying

The overall tone shows strong support for the research's importance, with examples like posts mentioning the connection between POPs and serious health conditions, and integrating the topic into broader discussions about food safety and healthcare. Words such as 'considered', 'importance', and hashtags like #PersistentOrganicPollutants highlight the relevance and potential impact of this research, emphasizing an appreciation for its significance in understanding obesity and related health risks.

AgreementModerate agreement

Most discussions acknowledge the importance of considering persistent organic pollutants (POPs) in obesity research, showing general support for the article’s premise.

InterestHigh interest

The participation indicates high interest, with posts highlighting their relevance to various health issues such as diabetes, cancer, and heart disease.

EngagementModerate engagement

Comments range from brief affirmations to mentions of further research implications, reflecting a moderate level of deep engagement.

ImpactModerate impact

The discussions recognize that incorporating POPs into obesity studies could influence future research priorities and health policies.

Abstract in brief

  • Persistent organic pollutants (POPs) are chemicals that tend to accumulate in fat tissue and are linked to various health issues, but they are often overlooked in obesity research.
  • The amount of POPs stored in adipose tissue can sometimes protect critical organs from toxicity, especially in people with more fat; however, factors like weight loss and insulin resistance can release POPs into the bloodstream, increasing health risks.
  • Understanding the role of POPs in adipose tissue could explain paradoxical findings in obesity, such as why weight loss might sometimes have negative effects, and why obesity could offer protective benefits against conditions like dementia.

Top posts

Most liked on X and Bluesky
まる
@nanakomaru1011 · X

POPs=持続性有機汚染物質 水に溶けないので 脂肪に押し込めて隔離 糖質制限や急激な脂肪分解で PUFA エストロゲン POPs 乳酸 ストレスホルモン など毒の大放出になるから ミトコンドリアや臓器ダメージ 痩せたのに体調崩す 断食の後に倒れる これは当たり前

Nov 22, 2025 · 57 likes · 4 shares · 1,702 followers View post →
Fusion Prog Guy @ fusionprogguy.bsky.social
@FusionProgGuy · X

@drjamesdinic I also found this "Persistent organic pollutants in adipose tissue should be considered in obesity research" https://t.co/HizLj4WlNl

Jul 6, 2019 · 1 like · 1,587 followers View post →
焼肉屋の細川@MADAO
@hiroyucom · X

RT @nanakomaru1011: POPs=持続性有機汚染物質 水に溶けないので 脂肪に押し込めて隔離 糖質制限や急激な脂肪分解で PUFA エストロゲン POPs 乳酸 ストレスホルモン など毒の大放出になるから ミトコンドリアや臓器ダメージ 痩せたのに体調崩す 断…

Nov 22, 2025 · 4 shares · 10,104 followers View post →
masaboo27
@masaboo27 · X

RT @nanakomaru1011: POPs=持続性有機汚染物質 水に溶けないので 脂肪に押し込めて隔離 糖質制限や急激な脂肪分解で PUFA エストロゲン POPs 乳酸 ストレスホルモン など毒の大放出になるから ミトコンドリアや臓器ダメージ 痩せたのに体調崩す 断…

Nov 23, 2025 · 4 shares · 2,762 followers View post →
ユキノシタ
@nonomichiyuki · X

RT @nanakomaru1011: POPs=持続性有機汚染物質 水に溶けないので 脂肪に押し込めて隔離 糖質制限や急激な脂肪分解で PUFA エストロゲン POPs 乳酸 ストレスホルモン など毒の大放出になるから ミトコンドリアや臓器ダメージ 痩せたのに体調崩す 断…

Nov 25, 2025 · 4 shares · 461 followers View post →
Caramel & Parsley
@CaramelParsley · X

"Persistent organic pollutants in adipose tissue should be considered in obesity research" https://t.co/jnneMJA2Lq #PersistentOrganicPollutants #obesity #T2Diabetes #Cancers #HeartDisease #FoodSafety #FoodSecurity #Healthcare

Jul 22, 2019 · 456 followers View post →

All mentions

ユキノシタ
@nonomichiyuki · X

RT @nanakomaru1011: POPs=持続性有機汚染物質 水に溶けないので 脂肪に押し込めて隔離 糖質制限や急激な脂肪分解で PUFA エストロゲン POPs 乳酸 ストレスホルモン など毒の大放出になるから ミトコンドリアや臓器ダメージ 痩せたのに体調崩す 断…

Nov 25, 2025 · 4 shares · 461 followers View post →
nenechan666
@nenechan66662 · X

RT @nanakomaru1011: POPs=持続性有機汚染物質 水に溶けないので 脂肪に押し込めて隔離 糖質制限や急激な脂肪分解で PUFA エストロゲン POPs 乳酸 ストレスホルモン など毒の大放出になるから ミトコンドリアや臓器ダメージ 痩せたのに体調崩す 断…

Nov 23, 2025 · 4 shares · 178 followers View post →
masaboo27
@masaboo27 · X

RT @nanakomaru1011: POPs=持続性有機汚染物質 水に溶けないので 脂肪に押し込めて隔離 糖質制限や急激な脂肪分解で PUFA エストロゲン POPs 乳酸 ストレスホルモン など毒の大放出になるから ミトコンドリアや臓器ダメージ 痩せたのに体調崩す 断…

Nov 23, 2025 · 4 shares · 2,762 followers View post →
syu_hou
@AK96048163 · X

RT @nanakomaru1011: POPs=持続性有機汚染物質 水に溶けないので 脂肪に押し込めて隔離 糖質制限や急激な脂肪分解で PUFA エストロゲン POPs 乳酸 ストレスホルモン など毒の大放出になるから ミトコンドリアや臓器ダメージ 痩せたのに体調崩す 断…

Nov 23, 2025 · 4 shares · 196 followers View post →
焼肉屋の細川@MADAO
@hiroyucom · X

RT @nanakomaru1011: POPs=持続性有機汚染物質 水に溶けないので 脂肪に押し込めて隔離 糖質制限や急激な脂肪分解で PUFA エストロゲン POPs 乳酸 ストレスホルモン など毒の大放出になるから ミトコンドリアや臓器ダメージ 痩せたのに体調崩す 断…

Nov 22, 2025 · 4 shares · 10,104 followers View post →
まる
@nanakomaru1011 · X

POPs=持続性有機汚染物質 水に溶けないので 脂肪に押し込めて隔離 糖質制限や急激な脂肪分解で PUFA エストロゲン POPs 乳酸 ストレスホルモン など毒の大放出になるから ミトコンドリアや臓器ダメージ 痩せたのに体調崩す 断食の後に倒れる これは当たり前

Nov 22, 2025 · 57 likes · 4 shares · 1,702 followers View post →
Caramel & Parsley
@CaramelParsley · X

"Persistent organic pollutants in adipose tissue should be considered in obesity research" https://t.co/jnneMJA2Lq #PersistentOrganicPollutants #obesity #T2Diabetes #Cancers #HeartDisease #FoodSafety #FoodSecurity #Healthcare

Jul 22, 2019 · 456 followers View post →
Fusion Prog Guy @ fusionprogguy.bsky.social
@FusionProgGuy · X

@drjamesdinic I also found this "Persistent organic pollutants in adipose tissue should be considered in obesity research" https://t.co/HizLj4WlNl

Jul 6, 2019 · 1 like · 1,587 followers View post →
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zmniejsza stany zapalne, wpływa korzystnie na ... - Facebook
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... 10.1111/obr.12481 4. https://www.ncbi.nlm.nih.gov/pubmed/27321206 5. https://www.ncbi.nlm.nih.gov/pubmed/16989697. Create account ·

May 27, 2019 View →
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Encontré otro estudio, uno que sí puedo leer. Creo que esto hay que tomárselo en serio. http://onlinelibrary.wiley.com/doi/10.1111/obr.12481/ ...

Jul 30, 2017 View →
Qualcuno ha avuto effetti collaterali negativi dalla perdita di peso? : r ...
Reddit

Penso che questo debba essere preso sul serio. http://onlinelibrary.wiley.com/doi/10.1111/obr.12481/full. Post archiviato. Non si possono ...

Jul 29, 2017 View →
May nakaranas na ba ng masamang epekto mula sa pagbaba ng ...
Reddit

Nakahanap ng isa pang pag-aaral, yung kaya kong basahin. Sa tingin ko dapat seryosohin 'to. http://onlinelibrary.wiley.com/doi/10.1111/obr.12481 ...

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มีใครเคยประสบผลข้างเคียงที่ไม่ดีจากการลดน้ำหนักบ้างไหมคะ? : r/loseit
Reddit

http://onlinelibrary.wiley.com/doi/10.1111/obr.12481/full. โพสต์ที่เก็บถาวร ไม่สามารถและเขียนคอมเมนต์ใหม่และโหวตให้โพสต์นี้ได้. โหวตถูกใจ 10

Jul 29, 2017 View →
Có ai bị tác dụng phụ tiêu cực từ việc giảm cân không? : r/loseit
Reddit

Tui nghĩ cái này cần được xem xét nghiêm túc. http://onlinelibrary.wiley.com/doi/10.1111/obr.12481/full. Bài đăng đã được lưu trữ. Do đó, bạn ...

Jul 29, 2017 View →
Has anyone experienced negative side effects from weight loss? : r ...
Reddit

I think this needs to be taken seriously. http://onlinelibrary.wiley.com/doi/10.1111/obr.12481/full. Archived post. New comments cannot be ...

Jul 29, 2017 View →
有沒有人經歷過減肥的負面副作用? : r/loseit - Reddit
Reddit

找到了另一項研究,我可以實際閱讀。 我認為這需要認真對待。 http://onlinelibrary.wiley.com/doi/10.1111/obr.12481/full.

Jul 29, 2017 View →
有没有人经历过减肥带来的负面副作用? : r/loseit
Reddit

我认为这需要认真对待。 http://onlinelibrary.wiley.com/doi/10.1111/obr.12481/full. 帖子已归档。无法发布新评论,并且无法进行投票。 点赞 10 点踩

Jul 29, 2017 View →
体重減少による副作用を経験した人はいますか? : r/loseit - Reddit
Reddit

これは真剣に受け止める必要があると思います。 http://onlinelibrary.wiley.com/doi/10.1111/obr.12481/full. アーカイブに保管された投稿。新しい ...

Jul 29, 2017 View →
karur ki weight komar karone kono negative side effects hoyechilo ...
Reddit

amar mone hoy eta gorotv diye dekhar dorkar. http://onlinelibrary.wiley.com/doi/10.1111/obr.12481/full. আর্কাইভ করা পোস্ট ...

Jul 29, 2017 View →
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doi: 10.1111/obr.12481. Epub 2016 Dec 2. Impact on human health of endocrine disruptors present in environmental water bodies: is there an ...

Feb 21, 2017 View →