3-ニトロオキシプロパノール(3NOP)は、1,3-プロパンジオールの硝酸エステルで、牛のルーメン内でメタン生成経路の最終段階の反応を触媒する酵素(メチル補酵素M還元酵素(MCR))を阻害することで、メタン発生を抑える効果があります。 https://t.co/LPT1NfKO5x
An inhibitor persistently decreased enteric methane emission from dairy cows with no negative effect on milk production.
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Apr 2022 – Dec 2024Where it's discussed
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News45 articles
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Blogs15 articles
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X / Twitter6 posts
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Reddit3 posts
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What people are saying
Discussions reflect a balanced view, with some users congratulating the research's environmental benefits, like reducing emissions, while others express concerns about effects on milk quality or natural alternatives, indicated by phrases like 'reduces beneficial fats' and references to 'adaptation of microbiomes.' The tone varies from supportive optimism to cautious skepticism, reflecting moderate overall interest and impact potential.
The posts show a mix of supportive and skeptical comments, indicating neither strong consensus nor disagreement.
Most discussions highlight curiosity and some technical interest, though not all posts delve deeply into details.
Participants respond by questioning, adding brief comments, or referencing studies, showing moderate engagement.
While some posts suggest this research could influence livestock practices, skepticism about side effects and natural alternatives temper its perceived high impact.
Abstract in brief
- The study found that the methane inhibitor 3-nitrooxypropanol (3NOP) significantly reduced enteric methane emissions by about 30% in lactating Holstein cows without affecting feed intake or milk production, and even increased milk protein and lactose yields.
- The reduction in methane emissions was consistent over a 12-week period, also leading to an 80% increase in body weight gain among treated cows, indicating improved overall animal performance.
- This research suggests that 3NOP is an effective, sustainable method for lowering greenhouse gas emissions from dairy cows while supporting productivity, making it a promising tool for livestock industry environmental management.]
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Most liked on X and Bluesky@Oxtale @GHGGuru @theswissvc Probably not, although it's an ester of a naturally-occurring compound. Adaptation of the rumenal microbiome to these inhibitors is a problem (cf AMR), and https://t.co/uSEsM3Gyhp states was more of a problem with essential oils (more "natural" option) than 3-NOP
@nogulagsagain https://t.co/mqHjQly3Nl study showing safe
@web3shark @SamC1970 @Julleslondon https://t.co/aNEB6SXnwC
@web3shark @SamC1970 @Julleslondon 2015: https://t.co/aNEB6SXnwC
@thedarkhorsepod you nailed it, Bovaer® reduces the beneficial fats in milk. https://t.co/b4sSwc74Sa
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Nutritional Strategies to Reduce Methane Emissions in Dairy Cattle
Methane is a potent greenhouse gas contributing to climate change. Dr. Phil Cardoso and Dr. Alex Hristov discuss effective nutritional strategies and feed additives to mitigate methane emissions from dairy cattle…
@thedarkhorsepod you nailed it, Bovaer® reduces the beneficial fats in milk. https://t.co/b4sSwc74Sa
@web3shark @SamC1970 @Julleslondon 2015: https://t.co/aNEB6SXnwC
@web3shark @SamC1970 @Julleslondon https://t.co/aNEB6SXnwC
@nogulagsagain https://t.co/mqHjQly3Nl study showing safe
3-ニトロオキシプロパノール(3NOP)は、1,3-プロパンジオールの硝酸エステルで、牛のルーメン内でメタン生成経路の最終段階の反応を触媒する酵素(メチル補酵素M還元酵素(MCR))を阻害することで、メタン発生を抑える効果があります。 https://t.co/LPT1NfKO5x
@Oxtale @GHGGuru @theswissvc Probably not, although it's an ester of a naturally-occurring compound. Adaptation of the rumenal microbiome to these inhibitors is a problem (cf AMR), and https://t.co/uSEsM3Gyhp states was more of a problem with essential oils (more "natural" option) than 3-NOP
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