The metabolic burden of creatine synthesis

Overview of attention for article published in Amino Acids, March 2011

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In the top 25% of all research outputs scored by Altmetric
High Attention Score compared to outputs of the same age (94th percentile)
Good Attention Score compared to outputs of the same age and source (74th percentile)

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news: 1 news outlet
blogs: 1 blog
twitter: 10 X users

facebook: 1 Facebook page
wikipedia: 7 Wikipedia pages
video: 7 YouTube creators

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So far, Altmetric has seen 11 X posts from 10 X users, with an upper bound of 66,330 followers.

RT @vitalholis: Les sources : https://t.co/URLfM3aGY0 https://t.co/JGFjuxaPip https://t.co/8uUWK2b75e https://t.co/rUHijTQ7Sc https://t.co/…

29 Aug 2023

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Les sources : https://t.co/URLfM3aGY0 https://t.co/JGFjuxaPip https://t.co/8uUWK2b75e https://t.co/rUHijTQ7Sc https://t.co/HZG0uoDcnf https://t.co/o2wwAeaciw https://t.co/a9xUmnhxO1 https://t.co/5hF4Y7NvuN https://t.co/soTcUhdorc https://t.co/emFDUqCbxi

29 Aug 2023

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@JylleanS @jason_gutt @jordanbpeterson There is only one main pathway from creatine synthesis, methyltransferase reactions, that is considered to impose a genuinely significant burden on the human body. Creatine production is expected to consume 40% of the

27 Mar 2023

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@Tarunashree1 https://t.co/NCLOPpYqlA

07 Dec 2022

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