Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMcME https://t.co/dmI215viVV
Earliest Palaeocene purgatoriids and the initial radiation of stem primates.
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Feb 2021 – Jan 2025Where it's discussed
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X / Twitter116 posts
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AI synopsis
What people are saying
The discussions surrounding the publication include mentions of the new species Purgatorius mckeeveri, with users expressing excitement about its implications for understanding primate evolution. Phrases such as 'great article' and references to its coverage in well-known outlets like National Geographic show how the topic resonates with and engages users, fostering a sense of urgency and excitement in examining our evolutionary history.
The majority of discussions reflect a positive reception to the article, highlighting support for its findings about purgatoriids.
There is significant curiosity about the implications of the research, as many users engage with the findings and concepts presented.
While some posts show appreciation for the article, deeper discussions around specific implications and scientific details are somewhat limited.
Many participants view the article as having substantial relevance in the field, particularly concerning the origins of primates.
Abstract in brief
- Purgatoriids are the earliest known plesiadapiform mammals, which help provide insights into the origins of primates and other placental mammals.
- Recent findings of dental fossils in northeastern Montana date back to the early Palaeocene, indicating these purgatoriids are among the oldest known examples.
- They rapidly became the dominant species in their ecological niche shortly after their arrival, surpassing archaic ungulates in abundance and establishing themselves as key players in the mammalian fauna of the time.
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Most liked on X and BlueskyEarliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/7a6QkKzr8A
Great article https://t.co/qW1HZEyEM3 @NatGeo by @AmyMcKeever on our @RSocPublishing paper on Purgatorius & impact of Bill Clemens on the field https://t.co/LpBreVjxFs @ChesterLabCUNY @CourtneySprain @ucmpberkeley @UWPaleo @burkemuseum @UWBiology @TheLeakeyFndtn @AndreyAtuchin
最古の霊長類の化石を発見、大量絶滅から10万年後、という記事(ナショジオ): https://t.co/Q74gMdoDkW 。論文はこちらかな(英語ですが無料): https://t.co/DLF9ndOVnM 。これは面白い“位置”から出ましたね。思わず論文の柱状図に見入ってしまいました。あとでじっくり読みたいと思います。
Parece ser que los primates tuvimos nuestro origen en el Cretácico. El último antepasado común de los primates (Purgatorius spp) convivió con los dinosaurios, hace al menos 66 millones de años (paper) https://t.co/MEU3f9XuSt (blog) https://t.co/VfSoRpiP8Y https://t.co/c1nbwKHi4j https://t.co/GNgoZdF5wW
#RSOS in @NatGeo | Earliest Palaeocene purgatoriids and the initial radiation of stem primates. The study: https://t.co/ycoBQ5cQje @ChesterLabCUNY @gpwilson11 @CourtneySprain #FossilFriday https://t.co/iUE1yjxUvM
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Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science royalsocietypublishing.org/doi/10.1098/...
Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/ddQxZ3N1ev
The Evolution of Monkeys https://t.co/4ERwbxGUbe
@dereliction___ https://t.co/4RdN1ZHvK5
RT @TheTweetOfRhea: Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/3…
RT @TheTweetOfRhea: Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/3…
RT @TheTweetOfRhea: Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/3…
RT @TheTweetOfRhea: Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/3…
Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/3BaUVJ7o3r
Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/Tv52nCIXet
https://t.co/c9JGThT9XD
https://t.co/JSaIokMPn0
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I want to return to early monkey: https://t.co/lxxGLIeSVJ
@xDilaqn @squirrellz4 @Mahoo26164616 @34Sahbaz @unkowwn8 @Usta_d_ https://t.co/Y7LHaXDKib
watche: https://t.co/cP1F6W7sNK
https://t.co/NgrfnJnxEN
RT @ChesterLabCUNY: Hot off the press! We’re excited to introduce a new plesiadapiform species – Purgatorius mckeeveri – and the earliest d…
RT @gpwilson11: Great article https://t.co/qW1HZEyEM3 @NatGeo by @AmyMcKeever on our @RSocPublishing paper on Purgatorius & impact of Bill…
RT @ChesterLabCUNY: Hot off the press! We’re excited to introduce a new plesiadapiform species – Purgatorius mckeeveri – and the earliest d…
RT @RSocPublishing: #RSOS in @NatGeo | Earliest Palaeocene purgatoriids and the initial radiation of stem primates. The study: https://t.co…
RT @RSocPublishing: #RSOS in @NatGeo | Earliest Palaeocene purgatoriids and the initial radiation of stem primates. The study: https://t.co…
RT @RSocPublishing: #RSOS in @NatGeo | Earliest Palaeocene purgatoriids and the initial radiation of stem primates. The study: https://t.co…
RT @RSocPublishing: #RSOS in @NatGeo | Earliest Palaeocene purgatoriids and the initial radiation of stem primates. The study: https://t.co…
RT @RSocPublishing: #RSOS in @NatGeo | Earliest Palaeocene purgatoriids and the initial radiation of stem primates. The study: https://t.co…
RT @RSocPublishing: #RSOS in @NatGeo | Earliest Palaeocene purgatoriids and the initial radiation of stem primates. The study: https://t.co…
#RSOS in @NatGeo | Earliest Palaeocene purgatoriids and the initial radiation of stem primates. The study: https://t.co/ycoBQ5cQje @ChesterLabCUNY @gpwilson11 @CourtneySprain #FossilFriday https://t.co/iUE1yjxUvM
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/rRDL0yjyfc
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
RT @paleont_kt: 最古の霊長類の化石を発見、大量絶滅から10万年後、という記事(ナショジオ): https://t.co/Q74gMdoDkW 。論文はこちらかな(英語ですが無料): https://t.co/DLF9ndOVnM 。これは面白い“位置”から出まし…
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
RT @paleont_kt: 最古の霊長類の化石を発見、大量絶滅から10万年後、という記事(ナショジオ): https://t.co/Q74gMdoDkW 。論文はこちらかな(英語ですが無料): https://t.co/DLF9ndOVnM 。これは面白い“位置”から出まし…
RT @ChesterLabCUNY: Hot off the press! We’re excited to introduce a new plesiadapiform species – Purgatorius mckeeveri – and the earliest d…
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
RT @paleont_kt: 最古の霊長類の化石を発見、大量絶滅から10万年後、という記事(ナショジオ): https://t.co/Q74gMdoDkW 。論文はこちらかな(英語ですが無料): https://t.co/DLF9ndOVnM 。これは面白い“位置”から出まし…
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
RT @paleont_kt: 最古の霊長類の化石を発見、大量絶滅から10万年後、という記事(ナショジオ): https://t.co/Q74gMdoDkW 。論文はこちらかな(英語ですが無料): https://t.co/DLF9ndOVnM 。これは面白い“位置”から出まし…
RT @paleont_kt: 最古の霊長類の化石を発見、大量絶滅から10万年後、という記事(ナショジオ): https://t.co/Q74gMdoDkW 。論文はこちらかな(英語ですが無料): https://t.co/DLF9ndOVnM 。これは面白い“位置”から出まし…
RT @paleont_kt: 最古の霊長類の化石を発見、大量絶滅から10万年後、という記事(ナショジオ): https://t.co/Q74gMdoDkW 。論文はこちらかな(英語ですが無料): https://t.co/DLF9ndOVnM 。これは面白い“位置”から出まし…
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
RT @paleont_kt: 最古の霊長類の化石を発見、大量絶滅から10万年後、という記事(ナショジオ): https://t.co/Q74gMdoDkW 。論文はこちらかな(英語ですが無料): https://t.co/DLF9ndOVnM 。これは面白い“位置”から出まし…
RT @paleont_kt: 最古の霊長類の化石を発見、大量絶滅から10万年後、という記事(ナショジオ): https://t.co/Q74gMdoDkW 。論文はこちらかな(英語ですが無料): https://t.co/DLF9ndOVnM 。これは面白い“位置”から出まし…
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
最古の霊長類の化石を発見、大量絶滅から10万年後、という記事(ナショジオ): https://t.co/Q74gMdoDkW 。論文はこちらかな(英語ですが無料): https://t.co/DLF9ndOVnM 。これは面白い“位置”から出ましたね。思わず論文の柱状図に見入ってしまいました。あとでじっくり読みたいと思います。
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
RT @pantheo27705718: Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMc…
Purgatorius mckeeveri と命名されています。 最古の霊長類の化石を発見、大量絶滅から10万年後 新種、「霊長類は恐竜と同時代を生きていた」説を後押し ナショジオ 論文フリー https://t.co/r7d2LJMcME https://t.co/dmI215viVV
RT @VertEvo: Fossil #teeth provide support that purgatoriids and, thus Pan-Primates, Euarchonta & Placentalia must have originated in the L…
RT @VertEvo: Fossil #teeth provide support that purgatoriids and, thus Pan-Primates, Euarchonta & Placentalia must have originated in the L…
Fossil #teeth provide support that purgatoriids and, thus Pan-Primates, Euarchonta & Placentalia must have originated in the Late #Cretaceous Mantilla et al 2021 @RSocPublishing Earliest Palaeocene purgatoriids and the initial radiation of stem primates https://t.co/QCqSVxSKl9 https://t.co/XhC8fj4pNd
RT @gpwilson11: Great article https://t.co/qW1HZEyEM3 @NatGeo by @AmyMcKeever on our @RSocPublishing paper on Purgatorius & impact of Bill…
RT @gpwilson11: Great article https://t.co/qW1HZEyEM3 @NatGeo by @AmyMcKeever on our @RSocPublishing paper on Purgatorius & impact of Bill…
RT @gpwilson11: Great article https://t.co/qW1HZEyEM3 @NatGeo by @AmyMcKeever on our @RSocPublishing paper on Purgatorius & impact of Bill…
RT @gpwilson11: Great article https://t.co/qW1HZEyEM3 @NatGeo by @AmyMcKeever on our @RSocPublishing paper on Purgatorius & impact of Bill…
RT @gpwilson11: Great article https://t.co/qW1HZEyEM3 @NatGeo by @AmyMcKeever on our @RSocPublishing paper on Purgatorius & impact of Bill…
RT @gpwilson11: Great article https://t.co/qW1HZEyEM3 @NatGeo by @AmyMcKeever on our @RSocPublishing paper on Purgatorius & impact of Bill…
RT @gpwilson11: Great article https://t.co/qW1HZEyEM3 @NatGeo by @AmyMcKeever on our @RSocPublishing paper on Purgatorius & impact of Bill…
RT @gpwilson11: Great article https://t.co/qW1HZEyEM3 @NatGeo by @AmyMcKeever on our @RSocPublishing paper on Purgatorius & impact of Bill…
Great article https://t.co/qW1HZEyEM3 @NatGeo by @AmyMcKeever on our @RSocPublishing paper on Purgatorius & impact of Bill Clemens on the field https://t.co/LpBreVjxFs @ChesterLabCUNY @CourtneySprain @ucmpberkeley @UWPaleo @burkemuseum @UWBiology @TheLeakeyFndtn @AndreyAtuchin
Earliest #Palaeocene purgatoriids and the initial radiation of stem #primates https://t.co/hTIAGBxm5q https://t.co/35ng1tOwwG #evolution #dino #dinosaur #dinosaurs #palaeontology #paleontology #paleontologists #palaeo #palaeontologist #paleo #dinosaurios #fosiles #paleontologa https://t.co/4OD19Iqa2Q
論文へのリンク https://t.co/HvkNeW6uya
Oldest primate fossils indicate our ancestors walked with dinosaurs https://t.co/hJreiamXzm Original paper: https://t.co/IX10LOQRhc
RT @ChesterLabCUNY: Hot off the press! We’re excited to introduce a new plesiadapiform species – Purgatorius mckeeveri – and the earliest d…
RT @RSocPublishing: New dental fossils of Purgatorius from early Palaeocene age deposits in northeastern Montana represent the earliest dat…
RT @BioTay: Parece ser que los primates tuvimos nuestro origen en el Cretácico. El último antepasado común de los primates (Purgatorius spp…
RT @BioTay: Parece ser que los primates tuvimos nuestro origen en el Cretácico. El último antepasado común de los primates (Purgatorius spp…
New dental fossils of Purgatorius from early Palaeocene age deposits in northeastern Montana represent the earliest dated occurrences of plesiadapiforms https://t.co/o0UQd08M52 #RSOS @ChesterLabCUNY https://t.co/DVAX7K0Rpb
RT @BioTay: Parece ser que los primates tuvimos nuestro origen en el Cretácico. El último antepasado común de los primates (Purgatorius spp…
RT @BioTay: Parece ser que los primates tuvimos nuestro origen en el Cretácico. El último antepasado común de los primates (Purgatorius spp…
RT @BioTay: Parece ser que los primates tuvimos nuestro origen en el Cretácico. El último antepasado común de los primates (Purgatorius spp…
RT @BioTay: Parece ser que los primates tuvimos nuestro origen en el Cretácico. El último antepasado común de los primates (Purgatorius spp…
Parece ser que los primates tuvimos nuestro origen en el Cretácico. El último antepasado común de los primates (Purgatorius spp) convivió con los dinosaurios, hace al menos 66 millones de años (paper) https://t.co/MEU3f9XuSt (blog) https://t.co/VfSoRpiP8Y https://t.co/c1nbwKHi4j https://t.co/GNgoZdF5wW
RT @gpwilson11: Really happy to see this paper out https://t.co/LpBreVjxFs It is dedicated to our co-author and my late PhD advisor Prof.…
RT @ChesterLabCUNY: Hot off the press! We’re excited to introduce a new plesiadapiform species – Purgatorius mckeeveri – and the earliest d…
Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/MObk9Jwsbx
RT @ChesterLabCUNY: Hot off the press! We’re excited to introduce a new plesiadapiform species – Purgatorius mckeeveri – and the earliest d…
RT @ChesterLabCUNY: Hot off the press! We’re excited to introduce a new plesiadapiform species – Purgatorius mckeeveri – and the earliest d…
RT @gpwilson11: Really happy to see this paper out https://t.co/LpBreVjxFs It is dedicated to our co-author and my late PhD advisor Prof.…
RT @ChesterLabCUNY: Hot off the press! We’re excited to introduce a new plesiadapiform species – Purgatorius mckeeveri – and the earliest d…
RT @gpwilson11: Really happy to see this paper out https://t.co/LpBreVjxFs It is dedicated to our co-author and my late PhD advisor Prof.…
RT @gpwilson11: Really happy to see this paper out https://t.co/LpBreVjxFs It is dedicated to our co-author and my late PhD advisor Prof.…
RT @gpwilson11: Really happy to see this paper out https://t.co/LpBreVjxFs It is dedicated to our co-author and my late PhD advisor Prof.…
RT @ChesterLabCUNY: Hot off the press! We’re excited to introduce a new plesiadapiform species – Purgatorius mckeeveri – and the earliest d…
RT @ChesterLabCUNY: Hot off the press! We’re excited to introduce a new plesiadapiform species – Purgatorius mckeeveri – and the earliest d…
RT @gpwilson11: Really happy to see this paper out https://t.co/LpBreVjxFs It is dedicated to our co-author and my late PhD advisor Prof.…
RT @ChesterLabCUNY: Hot off the press! We’re excited to introduce a new plesiadapiform species – Purgatorius mckeeveri – and the earliest d…
RT @gpwilson11: Really happy to see this paper out https://t.co/LpBreVjxFs It is dedicated to our co-author and my late PhD advisor Prof.…
RT @gpwilson11: Really happy to see this paper out https://t.co/LpBreVjxFs It is dedicated to our co-author and my late PhD advisor Prof.…
RT @gpwilson11: Really happy to see this paper out https://t.co/LpBreVjxFs It is dedicated to our co-author and my late PhD advisor Prof.…
RT @gpwilson11: Really happy to see this paper out https://t.co/LpBreVjxFs It is dedicated to our co-author and my late PhD advisor Prof.…
RT @gpwilson11: Really happy to see this paper out https://t.co/LpBreVjxFs It is dedicated to our co-author and my late PhD advisor Prof.…
RT @ChesterLabCUNY: Hot off the press! We’re excited to introduce a new plesiadapiform species – Purgatorius mckeeveri – and the earliest d…
RT @gpwilson11: Really happy to see this paper out https://t.co/LpBreVjxFs It is dedicated to our co-author and my late PhD advisor Prof.…
RT @gpwilson11: Really happy to see this paper out https://t.co/LpBreVjxFs It is dedicated to our co-author and my late PhD advisor Prof.…
RT @ChesterLabCUNY: Hot off the press! We’re excited to introduce a new plesiadapiform species – Purgatorius mckeeveri – and the earliest d…
RT @TomHoltzPaleo: Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/7a…
Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/FUFIuBfWJi
RT @TomHoltzPaleo: Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/7a…
RT @TomHoltzPaleo: Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/7a…
RT @TomHoltzPaleo: Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/7a…
RT @TomHoltzPaleo: Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/7a…
RT @TomHoltzPaleo: Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/7a…
Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/pH1Kb9YIFB
Earliest Palaeocene purgatoriids and the initial radiation of stem primates | Royal Society Open Science https://t.co/7a6QkKzr8A
RT @i_rockhopper: There's a cool new paleontology paper from @gpwilson11, @CourtneySprain, and colleagues (including a very good friend of…
There's a cool new paleontology paper from @gpwilson11, @CourtneySprain, and colleagues (including a very good friend of mine) out today on the diversification of primates in the early Paleogene, including three new species. https://t.co/r1UA7gzRK6 Image credit: Andrey Atuchin https://t.co/LERR2cIm2C
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