Kolajen haplarına torba dolusu para ödeyenlere duyurulur: Şeker yaşlanmayı hızlandırıyor. https://t.co/hBgnXx1qpT
Essential Nutrients, Added Sugar Intake, and Epigenetic Age in Midlife Black and White Women: NIMHD Social Epigenomics Program.
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Jul 2024 – Dec 2025Where it's discussed
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News204 articles
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X / Twitter106 posts
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Facebook6 posts
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Blogs6 articles
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YouTube5 videos
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Reddit2 posts
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Bluesky1 posts
AI synopsis
What people are saying
The discussions reveal a collective agreement on the negative impact of added sugar on biological age, as evidenced by remarks like 'Higher sugar intake may precipitate aging' and 'Less sugar, lower biological age.' The use of emphatic language, such as 'game changer' and references to personal health choices, showcases a tone of urgency and advocacy, enhancing the overall sentiment of concern and proactive behavior toward healthier eating habits.
The majority of discussions express strong agreement with the findings of the study, notably emphasizing the link between sugar consumption and biological aging.
Participants demonstrate high interest in the topic, often sharing personal anecdotes or dietary practices related to the study.
Many posts delve into specific details of the research methodology and discuss the broader implications on health, indicating a deep engagement with the material.
There is a consensus that the study's findings could have significant implications for dietary guidelines and public health.
Abstract in brief
- The study examines how diet, particularly essential nutrient intake and added sugar consumption, relates to epigenetic age in midlife Black and White women.
- It uses data from a diverse group of 342 participants in a prior health study, focusing on their dietary habits assessed through food records.
- The findings suggest that healthier diets are linked to a younger epigenetic age, indicating potential benefits of nutritious eating patterns.
Top posts
Most liked on X and Blueskyhttps://t.co/VESJ6zpUW8 https://t.co/iImzQZy9IV
In contrast, a new @UCSF observational study pointed to a detrimental impact of added sugar in diet for epigenetic clocks https://t.co/StWfQY6FXW @Dr_Epel @ejhamster @JAMANetworkOpen
تشير دراسة حديثة إلى أن تناول كميات كبيرة من السكر المضاف قد يؤدي إلى تسريع الشيخوخة على المستوى الجيني. بينما يساعد النظام الغذائي الغني بالفيتامينات والمعادن، والذي يحتوي على كميات قليلة من السكر المضاف، في الحفاظ على شباب الخلايا و عمر بيولوجي أصغر. https://t.co/o2b7DjJHOi https://t.co/ygYDEByNKI
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砂糖と老化 - 砂糖の摂取が生物学的な年齢にどう影響するか? https://t.co/DjCmpScwhl https://t.co/hWtiohI7YC
RT @DrAmaniAlhazmi: تشير دراسة حديثة إلى أن تناول كميات كبيرة من السكر المضاف قد يؤدي إلى تسريع الشيخوخة على المستوى الجيني. بينما يساعد ال…
@yeeseak @ChrisPalmerMD GrimAge2 at least uses CRP as a metric; https://t.co/pgtz3UiAlD
Essential Nutrients, Added Sugar Intake, and Epigenetic Age in Midlife Black and White WomenNIMHD Social Epigenomics Program https://t.co/dmNSSA2AcZ
#ETUDESANTEDUSOIR 1 régime alimentaire riche en #vitamines et #minéraux et pauvre en sucre ajouté freine le vieillissement des #cellules et favorise un âge biologique plus jeune que le chronologique Par @UCSF Via @JAMANetworkOpen https://t.co/IRFZei126D
A healthy diet with less sugar is connected to slower aging. This study looks at how different eating habits, including nutrient intake and sugar consumption, are related to biological aging. https://t.co/3RurDrozDo #HealthDiet #LessSugar #AgingResearch #Cellular #LongTerm https://t.co/8iEFB48HGg
必須栄養素、添加糖と生物学的年齢 https://t.co/KaR3YazcCz https://t.co/4pcb0XI0w6
RT @SFujita77:
Do you know the surprising ingredient that accelerates aging? Answer in this study: https://t.co/hBnUq9ZF0O https://t.co/Ta4W28gCjy
Less Sugar, Lower Biological Age Researchers at UC San Francisco recently found that eating a diet rich in vitamins and minerals — especially one low in added sugar — can help keep your biological age younger than your chronological age. They discove… https://t.co/p6OCB9wFce
@DrGunerSonmez
RT @DrGunerSonmez: https://t.co/VESJ6zpUW8 https://t.co/iImzQZy9IV
https://t.co/VESJ6zpUW8 https://t.co/iImzQZy9IV
Aging too quickly? Your sugar intake might be to blame. According to this study, higher added sugar intake is associated with older epigenetic age. Cut on sugar and slow down aging. https://t.co/hBnUqa0cQm https://t.co/0w49OFIsro
https://t.co/AuUN3hGziO
Bryan Johnson spends 2 million a year to fight aging. You can do the same by saving money: Cut on sugar, because sugar makes you age faster. Source: https://t.co/hBnUqa0cQm https://t.co/DVxjbpGEBJ
Cukier podwyższa, a dieta bogata w antyoksydanty i pokarmy o efekcie przeciwzapalnym obniża wiek biologiczny https://t.co/KLRsMSRPe4
RT @GBUrHealth: According to this study: https://t.co/hBnUqa0cQm Higher sugar intake was actually linked to an OLDER biological age in par…
According to this study: https://t.co/hBnUqa0cQm Higher sugar intake was actually linked to an OLDER biological age in participants.
AME researchers, led by Dr. Dorothy Chiu, recently undertook a cross-sectional study to examine the link between added sugar and epigenetic aging in a diverse group of women at midlife. Read the findings here: https://t.co/2dmLDcnnlz. From ABC News: https://t.co/p3cn8TIZcg
RT @DrUmaNaidoo: Chiu DT, Hamlat EJ, Zhang J, Epel ES, Laraia BA. Essential Nutrients, Added Sugar Intake, and Epigenetic Age in Midlife Bl…
Chiu DT, Hamlat EJ, Zhang J, Epel ES, Laraia BA. Essential Nutrients, Added Sugar Intake, and Epigenetic Age in Midlife Black and White Women: NIMHD Social Epigenomics Program. JAMA Netw Open. 2024 Jul 1;7(7):e2422749. doi: 10.1001/jamanetworkopen.2024.22749. PMID: 39073813
RT @SFujita77:
RT @drahmetrasim: Kolajen haplarına torba dolusu para ödeyenlere duyurulur: Şeker yaşlanmayı hızlandırıyor. https://t.co/hBgnXx1qpT
RT @drahmetrasim: Kolajen haplarına torba dolusu para ödeyenlere duyurulur: Şeker yaşlanmayı hızlandırıyor. https://t.co/hBgnXx1qpT
RT @drahmetrasim: Kolajen haplarına torba dolusu para ödeyenlere duyurulur: Şeker yaşlanmayı hızlandırıyor. https://t.co/hBgnXx1qpT
RT @drahmetrasim: Kolajen haplarına torba dolusu para ödeyenlere duyurulur: Şeker yaşlanmayı hızlandırıyor. https://t.co/hBgnXx1qpT
Are dietary patterns, including essential nutrients and added sugar intakes, and scores of nutrient indices associated with epigenetic aging?
RT @drahmetrasim: Kolajen haplarına torba dolusu para ödeyenlere duyurulur: Şeker yaşlanmayı hızlandırıyor. https://t.co/hBgnXx1qpT
RT @drahmetrasim: Kolajen haplarına torba dolusu para ödeyenlere duyurulur: Şeker yaşlanmayı hızlandırıyor. https://t.co/hBgnXx1qpT
RT @drahmetrasim: Kolajen haplarına torba dolusu para ödeyenlere duyurulur: Şeker yaşlanmayı hızlandırıyor. https://t.co/hBgnXx1qpT
RT @drahmetrasim: Kolajen haplarına torba dolusu para ödeyenlere duyurulur: Şeker yaşlanmayı hızlandırıyor. https://t.co/hBgnXx1qpT
RT @drahmetrasim: Kolajen haplarına torba dolusu para ödeyenlere duyurulur: Şeker yaşlanmayı hızlandırıyor. https://t.co/hBgnXx1qpT
RT @drahmetrasim: Kolajen haplarına torba dolusu para ödeyenlere duyurulur: Şeker yaşlanmayı hızlandırıyor. https://t.co/hBgnXx1qpT
RT @drahmetrasim: Kolajen haplarına torba dolusu para ödeyenlere duyurulur: Şeker yaşlanmayı hızlandırıyor. https://t.co/hBgnXx1qpT
Kolajen haplarına torba dolusu para ödeyenlere duyurulur: Şeker yaşlanmayı hızlandırıyor. https://t.co/hBgnXx1qpT
https://t.co/IhlxkvSuwz
原文 https://t.co/QfAyrPgeSm https://t.co/PCWHgECk0j
Essential Nutrients, Added Sugar Intake, and Epigenetic Age in Midlife Black and White Women: NIMHD Social Epigenomics Program (open access) https://t.co/BvwGZgKny9
@davinton_com https://t.co/WVeCsHSeKl
RT @SFujita77:
Dieta com menos açúcar está associada a idade biológica mais jovem https://t.co/rAG3Dfp3OS
تشير دراسة حديثة إلى أن تناول كميات كبيرة من السكر المضاف قد يؤدي إلى تسريع الشيخوخة على المستوى الجيني. بينما يساعد النظام الغذائي الغني بالفيتامينات والمعادن، والذي يحتوي على كميات قليلة من السكر المضاف، في الحفاظ على شباب الخلايا و عمر بيولوجي أصغر. https://t.co/o2b7DjJHOi https://t.co/ygYDEByNKI
RT @rahall_jp:
Essential Nutrients, Added Sugar Intake, and Epigenetic Age in Black and White Women https://t.co/lSI8gbsJXO
High sugar intake may precipitate aging, antioxidant-rich diet may slow it down - new study published in JAMA Network https://t.co/NtrHKFyp2r
Nutrientes esenciales, ingesta de azúcares añadidos y edad epigenética en mujeres de mediana edad: En este estudio transversal, se observaron asociaciones independientes entre la dieta saludable y la ingesta de azúcar agregada y la edad epigenética. https://t.co/NeDWRbEwEI
RT @agingdoc1: Essential Nutrients, Added Sugar Intake, and Epigenetic Age in Midlife Black and White Women
Essential Nutrients, Added Sugar Intake, and Epigenetic Age in Midlife Black and White Women
RT @agingdoc1: Essential Nutrients, Added Sugar Intake, and Epigenetic Age in Midlife Black and White Women: NIMHD Social Epigenomics Progr…
Essential Nutrients, Added Sugar Intake, and Epigenetic Age in Midlife Black and White Women: NIMHD Social Epigenomics Program “…associations between added sugar intake and epigenetic aging using second-generation epigenetic clocks…” https://t.co/dmNSSA22nr https://t.co/vb9HN5YK6n
RT @SFujita77:
RESEARCH: ⬆️ added sugar intake linked to premature aging in women #SciComm #scichat #sciencenews #ScienceTwitter #MedTwitter #STEMeducation #STEM #MedX #aging #WomensHealth #research #Biology #scienceX #MedEd #Diet #Nutrition #sugar #Health #HealthyFood https://t.co/TDj8fOd74b
RT @SFujita77:
RT @SFujita77:
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RT @SFujita77:
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RT @SFujita77:
RT @SFujita77:
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RT @SFujita77:
These findings suggest an importance in both the optimisation of nutrient intake and the reduction of added sugar intake for epigenetic health. Read the full study here - ⬇️⬇️⬇️ https://t.co/WkMQLmnGug
「これ」を控えると若さを保つことができる 342人の女性の最新研究によると、健康的な食事をしていても添加糖を1g摂取するごとに細胞年齢が上昇するとのこと。 横断研究なので1つの参考までにですが、添加糖を控えめにするのはいいですね。 主食じゃないよ。添加糖です。 https://t.co/YQkPRYLlaz
Sugar is bad, nnn'kay? https://t.co/kNVCKUJZxb
Die Ergebnisse dieser Studie deuten darauf hin, dass sowohl die Optimierung der Nährstoffzufuhr als auch die Verringerung des Zuckerzusatzes für die epigenetische Gesundheit wichtig sind. https://t.co/l8TgdEW4DA
Essential Nutrients, Added Sugar Intake (ASI) & Epigenetic Age (EA) in Midlife Black & White Women ⬆️ diet quality & ⬆️ consumption of antioxidants or anti-inflammatory nutrients are associated w/younger EA ⬆️ ASI is associated w/older EA https://t.co/Wxa3WHmMNx @dronita_de
How do our dietary habits, including our essential nutrient and added sugar consumption, impact our biological age? Read the innovative findings here from @UCSFAME researchers: https://t.co/63LUf3hyMD.
Bad news for my sweet tooth https://t.co/bQghPNbXaj
RT @erlesen: Essential Nutrients, Added Sugar Intake, and Epigenetic Age in Midlife Black and White Women https://t.co/mWaLvjdwAE Are dieta…
RT @erlesen: Sugar influences cell aging – the less you eat, the younger you become! Essential Nutrients, Added Sugar Intake, and Epigeneti…
RT @EricTopol: In contrast, a new @UCSF observational study pointed to a detrimental impact of added sugar in diet for epigenetic clocks ht…
RT @EricTopol: In contrast, a new @UCSF observational study pointed to a detrimental impact of added sugar in diet for epigenetic clocks ht…
RT @norionakatsuji: 元論文→ Chiu DT, Hamlat EJ, Zhang J, Epel ES, Laraia BA. Essential nutrients, added sugar intake, and epigenetic age in mi…
Sugar influences cell aging – the less you eat, the younger you become! Essential Nutrients, Added Sugar Intake, and Epigenetic Age in Midlife Black and White Women jamanetwork.com/journals/jam... Dietary patterns, including added sugar intakes areassociated with epigenetic aging
Sugar influences cell aging – the less you eat, the younger you become! Essential Nutrients, Added Sugar Intake, and Epigenetic Age in Midlife Black and White Women https://t.co/mWaLvjdwAE Dietary patterns, including added sugar intakes areassociated with epigenetic aging
Essential Nutrients, Added Sugar Intake, and Epigenetic Age in Midlife Black and White Women https://t.co/mWaLvjdwAE Are dietary patterns, including essential nutrients and added sugar intakes, and scores of nutrient indices associated with epigenetic aging?
元論文→ Chiu DT, Hamlat EJ, Zhang J, Epel ES, Laraia BA. Essential nutrients, added sugar intake, and epigenetic age in midlife black and white women: NIMHD social Epigenomics Program. JAMA Netw Open. 2024;7(7):e2422749. https://t.co/hItCWpXmEH
Researchers at @ucsfoshercenter have uncovered a that healthy dietary choices, especially those low in added sugars, are linked to younger cellular age. Conversely, each gram of added sugar was tied to an increase in epigenetic age. @JAMANetworkOpen https://t.co/FsXUSsGb62
RT @JimDwyerMD: Younger “Biological Age” by resetting “Epigenetic Clock” – Diet changes might do it for you! @UCSF #HealthNews #HealthyHab…
RT @EricTopol: In contrast, a new @UCSF observational study pointed to a detrimental impact of added sugar in diet for epigenetic clocks ht…
RT @EricTopol: In contrast, a new @UCSF observational study pointed to a detrimental impact of added sugar in diet for epigenetic clocks ht…
RT @EricTopol: In contrast, a new @UCSF observational study pointed to a detrimental impact of added sugar in diet for epigenetic clocks ht…
RT @DrNithi: การเติมน้ำตาลเพิ่มความหวาน(หรืออาหารหวานๆเช่นขนมผลไม้หวาน พบว่าแก่เร็วขึ้นในหญิงวัยกลางคนการกินอาหารจากพืชสามาถชะลอตัววัดต่างๆ…
RT @DrNithi: การเติมน้ำตาลเพิ่มความหวาน(หรืออาหารหวานๆเช่นขนมผลไม้หวาน พบว่าแก่เร็วขึ้นในหญิงวัยกลางคนการกินอาหารจากพืชสามาถชะลอตัววัดต่างๆ…
การเติมน้ำตาลเพิ่มความหวาน(หรืออาหารหวานๆเช่นขนมผลไม้หวาน พบว่าแก่เร็วขึ้นในหญิงวัยกลางคนการกินอาหารจากพืชสามาถชะลอตัววัดต่างๆที่สัมพันธ์กับความแก่ได้เมื่อเทียบกับการกินอาหารที่มีเนื้อสัตว์ https://t.co/aWP6BtWmlm
RT @EricTopol: In contrast, a new @UCSF observational study pointed to a detrimental impact of added sugar in diet for epigenetic clocks ht…
Higher diet quality and higher consumption of antioxidants or anti-inflammatory nutrients were associated with younger epigenetic age, whereas higher consumption of added sugar was associated with older epigenetic age. https://t.co/lJwFpXaoWn
Younger “Biological Age” by resetting “Epigenetic Clock” – Diet changes might do it for you! @UCSF #HealthNews #HealthyHabits #Diet #nutrients #sugar #aging #Medical #OlderAdults Audio
https://t.co/CEDr4nH1fi So, Be careful of hidden sugar in foods! Does it mean less sugar increases life span?
RT @EricTopol: In contrast, a new @UCSF observational study pointed to a detrimental impact of added sugar in diet for epigenetic clocks ht…
RT @EricTopol: In contrast, a new @UCSF observational study pointed to a detrimental impact of added sugar in diet for epigenetic clocks ht…
RT @EricTopol: In contrast, a new @UCSF observational study pointed to a detrimental impact of added sugar in diet for epigenetic clocks ht…
Put down the candy bar! Study in @JAMANetworkOpen is first to show direct link between added #sugar and epigenetic #aging. Research at @UCSF shows even when people ate healthy diets, each gram of added sugar was associated with increase in biological age https://t.co/phzB1SlYzB
Essential Nutrients, Added Sugar Intake, and Epigenetic Age in Black and White Women https://t.co/6c5xt7I6wB
RT @EricTopol: In contrast, a new @UCSF observational study pointed to a detrimental impact of added sugar in diet for epigenetic clocks ht…
RT @EricTopol: In contrast, a new @UCSF observational study pointed to a detrimental impact of added sugar in diet for epigenetic clocks ht…
RT @EricTopol: In contrast, a new @UCSF observational study pointed to a detrimental impact of added sugar in diet for epigenetic clocks ht…
In contrast, a new @UCSF observational study pointed to a detrimental impact of added sugar in diet for epigenetic clocks https://t.co/StWfQY6FXW @Dr_Epel @ejhamster @JAMANetworkOpen