PubHawk
October 2016 PMID 27496755

Metabolism and functional effects of plant-derived omega-3 fatty acids in humans.

Ella J Baker, Elizabeth A Miles, Graham C Burdge, Parveen Yaqoob, Philip C Calder

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Mentions

39
Peak: 1 in Jul 2020
across 5 sources since Jul 2020

Extended reach

1,576,408
potential audience

Total likes

18,183

Video views

1,519,965

Mentions per month

Jul 2020 – Apr 2023

Where it's discussed

  • News30 articles
  • Facebook3 posts
  • Blogs3 articles
  • X / Twitter2 posts
  • YouTube1 videos

AI synopsis

What people are saying

The discussions use scientific language and reference specific studies, such as isotope research confirming limited conversion rates, which demonstrates an analytical tone and shows that people are actively considering the biological and nutritional implications of the research. Words like 'interesting' and mentions of conversion efficiency reflect genuine curiosity and acknowledgment of the article’s relevance.

AgreementModerate agreement

Most discussions acknowledge the limited conversion of plant-based omega-3s to EPA and DHA, reflecting a consensus on the article's findings.

InterestHigh interest

Posts show high curiosity about the metabolic processes and implications for dietary choices, highlighting engagement with the topic’s nuances.

EngagementModerate engagement

Comments reference scientific concepts like isotope studies and gene influences, indicating a thoughtful level of engagement.

ImpactModerate impact

Users seem to recognize the importance of understanding omega-3 sources for health, suggesting moderate perceived impact on dietary recommendations.

Abstract in brief

  • This text reviews how plant-based omega-3 fatty acids like ALA and SDA are metabolized in humans and their potential health benefits, especially since EPA and DHA (which are more beneficial) mainly come from seafood.
  • Humans have a limited ability to convert ALA into EPA and DHA, with some differences between sexes, and SDA seems to convert more efficiently to EPA, potentially offering better health benefits.
  • However, the conversion of both ALA and SDA to DHA is generally limited in most people, which suggests that relying solely on plant sources for omega-3s might not fully replicate the benefits of seafood-based EPA and DHA.]
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Top posts

Most liked on X and Bluesky
Stuart Phillips (he/him)
@mackinprof · X

@JorgeGarBas No idea! I do know ALA conversion to EPA/DHA isn't very good in humans but SDA is a little better https://t.co/VsXAifMXjS

Feb 28, 2021 · 3 likes · 56,058 followers View post →
Dr Ella Baker
@elzjs · X

@NanciGuestRDPhD @Gia_Vgn @Uos_Nutrition Interesting- isoptope studies indicate conversion of ALA to EPA/DHA is limited in humans & a high proportion is b oxidised. So ALA may need to be consumed in higher quantities to reach EPA/DHA recommendations (UK).Genetics also influence the conversion See https://t.co/B3OA9TOZlo

Jul 26, 2020 · 1 like · 385 followers View post →

All mentions

Omega 3 Benefits and Sources for Optimal Health

This video explains the health benefits of omega-3 fatty acids, focusing on their sources, recommended dosages, and importance for cardiovascular, brain, eye health, and more. Learn how plant-based omega-3s convert in…

Oswal Candela · Apr 16, 2023 1,519,965 views
Stuart Phillips (he/him)
@mackinprof · X

@JorgeGarBas No idea! I do know ALA conversion to EPA/DHA isn't very good in humans but SDA is a little better https://t.co/VsXAifMXjS

Feb 28, 2021 · 3 likes · 56,058 followers View post →
Dr Ella Baker
@elzjs · X

@NanciGuestRDPhD @Gia_Vgn @Uos_Nutrition Interesting- isoptope studies indicate conversion of ALA to EPA/DHA is limited in humans & a high proportion is b oxidised. So ALA may need to be consumed in higher quantities to reach EPA/DHA recommendations (UK).Genetics also influence the conversion See https://t.co/B3OA9TOZlo

Jul 26, 2020 · 1 like · 385 followers View post →