Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults.
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Nov 2022 – Aug 2025Where it's discussed
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X / Twitter123 posts
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News5 articles
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YouTube3 videos
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Reddit3 posts
AI synopsis
What people are saying
Many discussions emphasize the link between animal protein intake and improved bone mineral density, with posts stating that 'animal protein intake is associated with higher bone-mineral density' and contrasting it with the observation that 'plant protein intake is associated with lower BMD.' The use of phrases like 'strong association' and direct references to specific data points indicate a serious tone and a deep engagement with the research, reflecting the importance of dietary choices in older adults' health.
The majority of discussions highlight a consensus regarding the findings of the article, particularly the advantages of animal protein over plant protein in relation to bone mineral density.
Users express a high level of curiosity, often sharing details about the implications of the research and its relevance to diets, especially for older adults.
Many discussions delve into specific data and comparisons from the research, with users actively debating the details and implications for nutritional guidelines.
Participants perceive the findings as significantly impactful on dietary recommendations, especially concerning protein sources and bone health.
Abstract in brief
- The study investigates the relationship between protein intake (both plant and animal sources) and bone mineral density (BMD) in older adults, revealing that higher total protein intake is linked to increased BMD in the spine and total body.
- Participants with higher animal protein intake also showed better BMD outcomes, while plant protein intake was associated with lower BMD.
- The findings suggest that the balance of protein sources (more animal than plant) and adequate calcium and vitamin D levels may enhance the positive effects of protein on bone health.
Top posts
Most liked on X and BlueskyAn association between total and animal protein intake with higher BMD was found. In contrast, plant protein intake was associated with lower BMD. https://t.co/iTNG0Qk608
Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults https://t.co/IOR82uKgYV
"In conclusion, we found an association between higher total and animal protein intake with higher total body and spine BMD. In contrast, higher plant protein intake was associated with a lower total body and spine BMD."
An assoc between total & animal pro intake with higher BMD was found In contrast, plant protein intake was assoc w lower BMD Protein intake & BMD Cross‐sectional relationship & longitudinal effects in older adults https://t.co/0OVpfHd5pT @mackinprof @nancyjaburto @chriscifelli10
Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults
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Impact of Protein Source on Bone Mineral Density in Seniors
This video explores the relationship between protein intake and bone mineral density (BMD) in older adults. Research reveals that higher protein consumption, particularly from animal sources, correlates with improved…
Optimal Protein Intake for Bone Health and Osteoporosis Prevention
This video discusses how protein intake impacts bone health, particularly in older adults. It examines the relationship between different protein sources, both animal and plant, and their influence on bone mineral…
Optimal Protein Intake for Bone Health in Older Adults
Join Nic and Steve as they explore the crucial role of protein in health. This video examines protein sources, focusing on how total protein intake affects bone mineral density, particularly in older adults. Gain…
@KalleTapon62754 @miikaaulio Tämä mies( savolaislääkäri ) kannattaa ottaa seurantaan https://t.co/69ydntxOcQ
https://t.co/OvZjCjdkU8
RT @HartiaSimo: Luustolle eläin #proteiini parempi #terveys #ruoka #liha https://t.co/BNFQIcZl6m käyttäen @YouTube
Luustolle eläin #proteiini parempi #terveys #ruoka #liha https://t.co/BNFQIcZl6m käyttäen @YouTube
https://t.co/TZjRRzx5jt https://t.co/yUejMAm4NP
@NutritionMadeS3 doi: 10.1002/jcsm.13111 - Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults -Groenendijk 5/
@ScepticalDoctor https://t.co/jjEOaA5PrO
RT @JoseAntonioPhD: An association between total and animal protein intake with higher BMD was found. In contrast, plant protein intake was…
RT @JoseAntonioPhD: An association between total and animal protein intake with higher BMD was found. In contrast, plant protein intake was…
An association between total and animal protein intake with higher BMD (bone mass density) was found. In contrast, plant protein intake was associated with lower BMD https://t.co/qqNhTdOHGg
RT @JoseAntonioPhD: An association between total and animal protein intake with higher BMD was found. In contrast, plant protein intake was…
RT @JoseAntonioPhD: An association between total and animal protein intake with higher BMD was found. In contrast, plant protein intake was…
RT @JoseAntonioPhD: An association between total and animal protein intake with higher BMD was found. In contrast, plant protein intake was…
RT @JoseAntonioPhD: An association between total and animal protein intake with higher BMD was found. In contrast, plant protein intake was…
動物性タンパク質の摂取が多いと骨密度が増加。植物性タンパク質だと骨密度は低下。 Protein intake and bone mineral density: Cross‐sectional relationship and longitudinal effects in older adults https://t.co/ZBu1VbL6CP
RT @JoseAntonioPhD: An association between total and animal protein intake with higher BMD was found. In contrast, plant protein intake was…
RT @JoseAntonioPhD: An association between total and animal protein intake with higher BMD was found. In contrast, plant protein intake was…
RT @JoseAntonioPhD: An association between total and animal protein intake with higher BMD was found. In contrast, plant protein intake was…
An association between total and animal protein intake with higher BMD was found. In contrast, plant protein intake was associated with lower BMD. https://t.co/iTNG0Qk608
RT @krististors: "In conclusion, we found an association between higher total and animal protein intake with higher total body and spine BM…
@AvertiPublic @BGothiere @L214 Ceci , entre autre !! ⤵️ https://t.co/6WcnTC25Or
Bone mineral density: Animal vs Plant Protein intake – Animal protein intake associated with higher total body & spine BMD (0.0011 and 0.0017 g/cm2). Plant protein intake associated with a lower total body and spine BMD (−0.0010 and −0.0019 g/cm2) https://t.co/2YCELxbqsH
RT @FatFightingClub: ก็พอให้เห็นภาพคร่าวๆได้ว่าการทานโปรตีนพืชอาจจะส่งผลดีต่อมวลกระดูกน้อยกว่าการทานโปรตีนสัตว์ ก็ไม่ใช่ว่าโปรตีนพืชไม่ดี แ…
RT @FatFightingClub: ก็พอให้เห็นภาพคร่าวๆได้ว่าการทานโปรตีนพืชอาจจะส่งผลดีต่อมวลกระดูกน้อยกว่าการทานโปรตีนสัตว์ ก็ไม่ใช่ว่าโปรตีนพืชไม่ดี แ…
ก็พอให้เห็นภาพคร่าวๆได้ว่าการทานโปรตีนพืชอาจจะส่งผลดีต่อมวลกระดูกน้อยกว่าการทานโปรตีนสัตว์ ก็ไม่ใช่ว่าโปรตีนพืชไม่ดี แต่ถ้าเราไม่ทานสัตว์เพราะเหตุผลอะไรก็ตาม การทานแคลเซียม วิตามิน D, B12 จากแหล่งอื่น หรือเป็นผลิตภัณฑ์อาหารเสริมก็น่าจะช่วยในส่วนนี้นะครับ https://t.co/iv5iL8aZlI
@ComingfromMoua1 @frederic_theron @KombiniFR ne publiera pas ces études .. https://t.co/GN74uw9Jw5
Total and animal protein intakes associated with higher BMD in the total body and spine #Ca, #VitD, #B12, #BMD Protein intake and bone mineral density: Cross‐sectional relationship and longitudinal effects in older adults https://t.co/odZaqPzeF8
Protein intake and bone mineral density: Cross‐sectional relationship and longitudinal effects in older adults https://t.co/aYv5rdo7oA
動物性タンパク質と骨密度。 Protein intake and bone mineral density: Cross‐sectional relationship and longitudinal effects in older adults - Groenendijk - Journal of Cachexia, Sarcopenia and Muscle - Wiley Online Library https://t.co/QBIluFbFpd
RT @StephanPetersNL: Dierlijke eiwitinname bij ouderen is geassocieerd met een hogere botmineraaldichtheid. Plantaardig eiwit bij ouderen…
RT @StephanPetersNL: Animal-based protein intake in elderly is associated with higher bone-mineral density. Plant-based protein in elderly…
RT @StephanPetersNL: Dierlijke eiwitinname bij ouderen is geassocieerd met een hogere botmineraaldichtheid. Plantaardig eiwit bij ouderen…
RT @StephanPetersNL: Animal-based protein intake in elderly is associated with higher bone-mineral density. Plant-based protein in elderly…
RT @StephanPetersNL: Animal-based protein intake in elderly is associated with higher bone-mineral density. Plant-based protein in elderly…
Animal-based protein intake in elderly is associated with higher bone-mineral density. Plant-based protein in elderly is associated with lower bone mineral-density. Why? It is the total food matrix that is important: calcium, B12 et cetera #dairymatrix https://t.co/u2jI9Vj5sI
RT @StephanPetersNL: Dierlijke eiwitinname bij ouderen is geassocieerd met een hogere botmineraaldichtheid. Plantaardig eiwit bij ouderen…
RT @StephanPetersNL: Dierlijke eiwitinname bij ouderen is geassocieerd met een hogere botmineraaldichtheid. Plantaardig eiwit bij ouderen…
RT @StephanPetersNL: Dierlijke eiwitinname bij ouderen is geassocieerd met een hogere botmineraaldichtheid. Plantaardig eiwit bij ouderen…
RT @StephanPetersNL: Dierlijke eiwitinname bij ouderen is geassocieerd met een hogere botmineraaldichtheid. Plantaardig eiwit bij ouderen…
RT @StephanPetersNL: Dierlijke eiwitinname bij ouderen is geassocieerd met een hogere botmineraaldichtheid. Plantaardig eiwit bij ouderen…
Dierlijke eiwitinname bij ouderen is geassocieerd met een hogere botmineraaldichtheid. Plantaardig eiwit bij ouderen wordt geassocieerd met een lagere botmineraaldichtheid. Waarom? Het is de totale voedingsmatrix die belangrijk is: calcium, B12 et cetera https://t.co/u2jI9VBeGQ
RT @NicoDieteticien: https://t.co/3JzEUMVRBi
Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults https://t.co/J6bn38L37G
RT @vanvlietphd: Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
RT @vanvlietphd: Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
https://t.co/3JzEUMVRBi
RT @drdairy50: An assoc between total & animal pro intake with higher BMD was found In contrast, plant protein intake was assoc w lower BMD…
RT @vanvlietphd: Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @vanvlietphd: Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
RT @vanvlietphd: Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
RT @vanvlietphd: Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
RT @drdairy50: An assoc between total & animal pro intake with higher BMD was found In contrast, plant protein intake was assoc w lower BMD…
RT @vanvlietphd: Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
RT @vanvlietphd: Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
An association between total and animal protein intake with higher BMD was found. In contrast, plant protein intake was associated with lower BMD. https://t.co/Ln0YjRg5FX
RT @vanvlietphd: Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
1/ Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults -- An association between total and animal protein intake with higher BMD was found. In contrast, plant https://t.co/Lly960bkqF
RT @vanvlietphd: Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
RT @vanvlietphd: Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
An assoc between total & animal pro intake with higher BMD was found In contrast, plant protein intake was assoc w lower BMD Protein intake & BMD Cross‐sectional relationship & longitudinal effects in older adults https://t.co/0OVpfHd5pT @mackinprof @nancyjaburto @chriscifelli10
RT @vanvlietphd: Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
RT @vanvlietphd: Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
RT @vanvlietphd: Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
Higher total (and animal) protein intake (>1g/kg/bw) associated with higher bone
RT @PolGrootswagers: Protein might stimulate anabolism of not only #muscle but also #bone. This is supported by the results of our recent p…
New NUTRITION Research Available. Click Here to Access Article(s): https://t.co/LRmNfRBWrQ
@nick_krontiris Access the paywalled article from your library: https://t.co/07HmBHahQV Promote scholarly access to content by simply adding https://t.co/SXSePSXDsM to the DOI URL
Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults (open access) https://t.co/1tGX3yJCXY #nutrition #diet #aging #protein
Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults https://t.co/Of12Xzy42Z
Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults -- An association between total and animal protein intake with higher BMD was found. In contrast, plant protein intake was associated with lower BMD.
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
Protein intake and bone mineral density: Cross‐sectional relationship and longitudinal effects in older adults https://t.co/bQVr09ntH5
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @krististors: "In conclusion, we found an association between higher total and animal protein intake with higher total body and spine BM…
I just posted "Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults -- An association between total and animal protein intake with higher BMD was found. In c..." on Reddit https://t.co/y5XgHvbhfZ
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
高齢者 タンパク質摂取量と骨密度 An association between higher total and animal protein intake with higher total body and spine bone mineral density. In contrast, higher plant protein intake was associated with a lower total body and spine BMD. https://t.co/p65RFTKVlY
RT @krististors: "In conclusion, we found an association between higher total and animal protein intake with higher total body and spine BM…
RT @krististors: "In conclusion, we found an association between higher total and animal protein intake with higher total body and spine BM…
RT @krististors: "In conclusion, we found an association between higher total and animal protein intake with higher total body and spine BM…
RT @krististors: "In conclusion, we found an association between higher total and animal protein intake with higher total body and spine BM…
RT @PolGrootswagers: Protein might stimulate anabolism of not only #muscle but also #bone. This is supported by the results of our recent p…
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
"In conclusion, we found an association between higher total and animal protein intake with higher total body and spine BMD. In contrast, higher plant protein intake was associated with a lower total body and spine BMD."
RT @PolGrootswagers: Protein might stimulate anabolism of not only #muscle but also #bone. This is supported by the results of our recent p…
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @PolGrootswagers: Protein might stimulate anabolism of not only #muscle but also #bone. This is supported by the results of our recent p…
RT @agingdoc1: Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults
RT @KostasProko: Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults https://t.c…
RT @PolGrootswagers: Protein might stimulate anabolism of not only #muscle but also #bone. This is supported by the results of our recent p…
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @SBakerMD: If you want your bones to crumble go plant based https://t.co/mwKmIX1fZb https://t.co/ZkrKkZ9Q5U
RT @HealthyFellow: #Protein intake & #bone mineral density: Cross-sectional relationship & longitudinal effects in #seniors https://t.co/LB…
RT @PolGrootswagers: Protein might stimulate anabolism of not only #muscle but also #bone. This is supported by the results of our recent p…
RT @HealthyFellow: #Protein intake & #bone mineral density: Cross-sectional relationship & longitudinal effects in #seniors https://t.co/LB…
RT @KostasProko: Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults https://t.c…
RT @KostasProko: Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults https://t.c…
RT @agingdoc1: Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults
RT @agingdoc1: Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults
RT @KostasProko: Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults https://t.c…
Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults
RT @KostasProko: Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults https://t.c…
RT @KostasProko: Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults https://t.c…
Protein intake and bone mineral density: Cross-sectional relationship and longitudinal effects in older adults https://t.co/IOR82uKgYV
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