I can’t wait to read this article.
RT @NatureMedicine: Mapping the susceptibility of different cell types in the body to #SARSCoV2 infection will help researchers begin to un…
RT @NatureMedicine: Mapping the susceptibility of different cell types in the body to #SARSCoV2 infection will help researchers begin to un…
RT @NatureMedicine: Mapping the susceptibility of different cell types in the body to #SARSCoV2 infection will help researchers begin to un…
RT @NatureMedicine: Mapping the susceptibility of different cell types in the body to #SARSCoV2 infection will help researchers begin to un…
Mapping the susceptibility of different cell types in the body to #SARSCoV2 infection will help researchers begin to understand how the virus causes #COVID19 @humancellatlas #scRNAseq https://t.co/FWKZOLZoHN https://t.co/G6WCkkxhAI
RT @KFSHRC_Research: SARS-CoV-2 entry factors are highly expressed in nasal epithelial cells together with innate immune genes https://t.co…
SARS-CoV-2 entry factors are highly expressed in nasal epithelial cells together with innate immune genes | Nature Medicine https://t.co/BMYUPV5ETw
And the corresponding paper in @NatureMedicine
Covid-19 : la muqueuse du nez est la porte d’entrée du nouveau coronavirus (Le Monde) https://t.co/0KF2fxOaN8 🔒 👉https://t.co/0IChCCIQGH
SARS-CoV-2 entry factors are highly expressed in nasal epithelial cells together with innate immune genes https://t.co/9PHVg3ONKa https://t.co/lUtJjbZQxm
Fascinating paper /1
RT @Nereide: Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of…
RT @Slight_Bright: Nature Medicineにちょうど論文出てた。鼻の胚細胞や粘液産生の繊毛細胞でACE2とTMPRSS2が高発現していることが明らかに、と。>ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能…
RT @Slight_Bright: Nature Medicineにちょうど論文出てた。鼻の胚細胞や粘液産生の繊毛細胞でACE2とTMPRSS2が高発現していることが明らかに、と。>ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能…
マスクから鼻が出ないように、洗ってない手で鼻を触らないように…😷😷😷 ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine | Nature Research https://t.co/YhkAVVkivh
Nature Medicineにちょうど論文出てた。鼻の胚細胞や粘液産生の繊毛細胞でACE2とTMPRSS2が高発現していることが明らかに、と。>ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine | Nature Research: https://t.co/gBrI2gD61f
RT @NatureJapan: ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine https://t.co/dD5EyJirzy #ウイルス学
RT @NatureJapan: ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine https://t.co/dD5EyJirzy #ウイルス学
RT @mirenlarrion: El 'mapa' de coronavirus identifica puntos clave de entrada de virus en el cuerpo (publicado en @nature ) Destacan 2 tip…
Los factores de entrada de SARS-CoV-2 se expresan altamente en células epiteliales nasales junto con genes inmunes innatos. #COVID19 #coronavirus #QuedateEnCasa https://t.co/q9pZ5dpi72
素人考えなんですが、この結果見る限り、PCR検査のサンプルって鼻水とかでいいのでは?とか思ってしまう。いまは鼻咽頭拭い液なんですかね?あれ痛いから感度低いならやめて、鼻水にして欲しいわw
RT @Nereide: Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of…
RT @Nereide: Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of…
RT @angie_rasmussen: @Don_Milton @COVIDRisk @Carolynyjohnson @washingtonpost @AndrewNoymer @NIAIDNews This recent paper analyzing a variety…
ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine | Nature Research: https://t.co/ld4Z6RDPsF
RT @nresearchnews: Genes associated with how the virus SARS-CoV-2 enters a host were found to be expressed in specific healthy human respir…
RT @gxxgita: コロナS蛋白の受容体ACE2とTMRPSS2を同一細胞での発現組織分布。課題が湧てきて面白い論文 1新型コロナでは男性が感染し易く死に易いのはアンドロゲンでTMRPSSが誘導されウイルスを受容し易くなる 2主要な役者ならフォイパン、性ホルモン関連が…
RT @nresearchnews: Genes associated with how the virus SARS-CoV-2 enters a host were found to be expressed in specific healthy human respir…
ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine | Nature Research: https://t.co/M3EbD2zhv2
RT @Nereide: Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of…
@2healthguru @nickisnpdx @daniel_kraft Nature just confirmed nose as SARS-CoV-2 attack entry. Intranasal dilute disinfectant (!) betadine rinses have 9 logical mechanisms to reduce morbidity/mortality; have a protocol, need PI/site/HELP! https://t.co/BgAcA
RT @Nereide: Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of…
RT @Nereide: Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of…
Key nose cells identified as likely #COVID19 COVID19 virus entry points https://t.co/okQ1iaDd04
RT @MartinCZV4EU: Nejpravděpodobnější či nejsnazší vstupní branou nového koronaviru do lidského těla jsou nosní buňky, zjistili podle časop…
RT @gxxgita: コロナS蛋白の受容体ACE2とTMRPSS2を同一細胞での発現組織分布。課題が湧てきて面白い論文 1新型コロナでは男性が感染し易く死に易いのはアンドロゲンでTMRPSSが誘導されウイルスを受容し易くなる 2主要な役者ならフォイパン、性ホルモン関連が…
RT @Nereide: Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of…
RT @Nereide: Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of…
RT @Laurie_Garrett: In another key paper researchers say #SARSCoV2 infects people via cells in the nose, eyes and lungs -- also naming nasa…
RT @Laurie_Garrett: In another key paper researchers say #SARSCoV2 infects people via cells in the nose, eyes and lungs -- also naming nasa…
RT @NHLBI_LUNGDir: Global research collab suggests the ACE2 receptor that allows entry of SARS-CoV & CoV2 is differentially expressed in th…
RT @Nereide: Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of…
「鼻の胚細胞や繊毛細胞(粘液を産生している)でACE2とTMPRSS2が高発現していることも明らかになり、このような細胞がウイルス感染が起こる最初の部位であり、おそらくはヒト体内やヒト間でのウイルス拡散の源となっている可能性が示された。」
RT @Nereide: Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of…
ところで、上気道以外でもリボゾームが働いてんだぜ忘れんなよな、という声も https://t.co/LHIFP9kbqS
RT @buzzyhelps: New investigation supports what @AmyBaxterMD has been saying about nasal irrigation. In recent Facebook Live Streams, she's…
RT @NHLBI_LUNGDir: Global research collab suggests the ACE2 receptor that allows entry of SARS-CoV & CoV2 is differentially expressed in th…
RT @Nereide: Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of…
#COVID19... key nose cells may be probable entry points ;
RT @Nereide: Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of…
RT @Nereide: Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of…
RT @Nereide: Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of…
RT @Nereide: Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of…
Key nose #cells identified as likely #Covid_19 entry points. Study with @humancellatlas could help understand transmission of the #virus. Article at @sangerinstitute➡️ target="_blank" href="https://t.co/hP5Casr3BD">https://t.co/hP5Casr3BD Paper➡️https://t.co/CLZ6zFPUlr #COVID2019 #SARSCoV2 #coron
RT @MartinCZV4EU: Nejpravděpodobnější či nejsnazší vstupní branou nového koronaviru do lidského těla jsou nosní buňky, zjistili podle časop…
RT @MartinCZV4EU: Nejpravděpodobnější či nejsnazší vstupní branou nového koronaviru do lidského těla jsou nosní buňky, zjistili podle časop…
Nejpravděpodobnější či nejsnazší vstupní branou nového koronaviru do lidského těla jsou nosní buňky, zjistili podle časopisu @nature holandští vědci. @Hospodarky https://t.co/mzJdl8p8hS
ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine | Nature Research: https://t.co/93ffXSNp5X 引用>さらに、ACE2はこれまで調べられていなかった組織でもTMPRSS2と共発現していることが確認された。
RT @NatureJapan: ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine https://t.co/dD5EyJirzy #ウイルス学
https://t.co/KUHfX2ibJi دراسة في مجلة nature العالمية توضح سبب سرعة إنتشار كورونا ( covid19 ) عن بقية الفيروسات هو وجود مستقبلات الفيروس من نوع ACE2 بكثرة في الخلايا العلوية للجهاز التنفسي
RT @cziscience: Researchers working on the @humancellatlas have identified two cell types in the nose that may be entry points for #COVID19…
@y_abufarah ويعافيك يارب عزيزي ابو احمد تفضل هذا رابط الدراسة https://t.co/d0aREpdIC3
RT @NHLBI_LUNGDir: Global research collab suggests the ACE2 receptor that allows entry of SARS-CoV & CoV2 is differentially expressed in th…
RT @NHLBI_LUNGDir: Global research collab suggests the ACE2 receptor that allows entry of SARS-CoV & CoV2 is differentially expressed in th…
RT @cziscience: Researchers working on the @humancellatlas have identified two cell types in the nose that may be entry points for #COVID19…
RT @buzzyhelps: New investigation supports what @AmyBaxterMD has been saying about nasal irrigation. In recent Facebook Live Streams, she's…
دراسة مثيرة للاهتمام عن العوامل التي تجعل من الاغشية المخاطية في الأنف دونا عن باقي الأعضاء هدفا رئيسيا لفيروس #كوفيد_19 #COVID19 وعلاقة هذه العوامل بالجهاز المناعي للجسم. https://t.co/UoefrsQstV
RT @cziscience: Researchers working on the @humancellatlas have identified two cell types in the nose that may be entry points for #COVID19…
RT @NHLBI_LUNGDir: Global research collab suggests the ACE2 receptor that allows entry of SARS-CoV & CoV2 is differentially expressed in th…
RT @teichlab: Our first COVID-19 paper by the Lung Biological Network is online at Nature Medicine: SARS-CoV-2 entry factors are highly exp…
RT @cziscience: Researchers working on the @humancellatlas have identified two cell types in the nose that may be entry points for #COVID19…
RT @NHLBI_LUNGDir: Global research collab suggests the ACE2 receptor that allows entry of SARS-CoV & CoV2 is differentially expressed in th…
RT @NHLBI_LUNGDir: Global research collab suggests the ACE2 receptor that allows entry of SARS-CoV & CoV2 is differentially expressed in th…
RT @NatureJapan: ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine https://t.co/dD5EyJirzy #ウイルス学
RT @NatureJapan: ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine https://t.co/dD5EyJirzy #ウイルス学
RT @cziscience: Researchers working on the @humancellatlas have identified two cell types in the nose that may be entry points for #COVID19…
RT @NHLBI_LUNGDir: Global research collab suggests the ACE2 receptor that allows entry of SARS-CoV & CoV2 is differentially expressed in th…
RT @NHLBI_LUNGDir: Global research collab suggests the ACE2 receptor that allows entry of SARS-CoV & CoV2 is differentially expressed in th…
RT @gxxgita: コロナS蛋白の受容体ACE2とTMRPSS2を同一細胞での発現組織分布。課題が湧てきて面白い論文 1新型コロナでは男性が感染し易く死に易いのはアンドロゲンでTMRPSSが誘導されウイルスを受容し易くなる 2主要な役者ならフォイパン、性ホルモン関連が…
RT @cziscience: Researchers working on the @humancellatlas have identified two cell types in the nose that may be entry points for #COVID19…
Global research collab suggests the ACE2 receptor that allows entry of SARS-CoV & CoV2 is differentially expressed in the nasal epithelium, which may contribute to its transmissibility. #COVID19 https://t.co/K8TYCPnRg8
RT @cziscience: Researchers working on the @humancellatlas have identified two cell types in the nose that may be entry points for #COVID19…
RT @cziscience: Researchers working on the @humancellatlas have identified two cell types in the nose that may be entry points for #COVID19…
Researchers working on the @humancellatlas have identified two cell types in the nose that may be entry points for #COVID19 infection. Congratulations to all the authors! Read the paper in @NatureMedicine https://t.co/qvv2124TmD
Interessantes Paper zu SARS-CoV-2 und die Infektion über die Nase. https://t.co/TakAf5YjSV
コロナS蛋白の受容体ACE2とTMRPSS2を同一細胞での発現組織分布。課題が湧てきて面白い論文 1新型コロナでは男性が感染し易く死に易いのはアンドロゲンでTMRPSSが誘導されウイルスを受容し易くなる 2主要な役者ならフォイパン、性ホルモン関連が阻害薬として使えるかも https://t.co/pzSt5Ys8CE
Wondering what to do with the eternal advise of "breathing through the nose".
RT @buzzyhelps: New investigation supports what @AmyBaxterMD has been saying about nasal irrigation. In recent Facebook Live Streams, she's…
New investigation supports what @AmyBaxterMD has been saying about nasal irrigation. In recent Facebook Live Streams, she's talked about it as a way to prevent the travel of COVID-19 through the nasal passages to the lungs. Strong support here. #covid19 ht
The work was carried out as part of the global Human Cell Atlas consortium which aims to create reference maps of all human cells to understand health and disease. More than 1,600 people across 70 countries were involved . https://t.co/57LkLsODae
@AmbJohnBolton @WSJ @WHO Hi there Johnny, have been proved that informmation? Stay at home, keep you Safe! Regards! As we know how COVID infect human cells https://t.co/zR5yON4Gmn AND hACE2 are highlly expressed in nose https://t.co/lPUptrqq8g because that
マスクで口だけかけて鼻にかけてない奴...鼻からコロナウイルスが感染するらしいで。 ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine | Nature Research https://t.co/2aOdxUspJT
RT @NatureJapan: ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine https://t.co/dD5EyJirzy #ウイルス学
RT @UmZ1paZbmB6KpPV: ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine | Nature Research https://t.co/ooYS7CySrt
ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine | Nature Research https://t.co/ooYS7CySrt
RT @NatureJapan: ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine https://t.co/dD5EyJirzy #ウイルス学
Nat Med 鼻粘膜上皮の杯細胞にCOVID-19のレセプターACE2が強く発現 https://t.co/GwnJuwgGdu
RT @NatureJapan: ウイルス学:多数の組織の遺伝学的解析結果は、SARS-CoV-2が鼻の特定の細胞に感染する可能性を示している | Nature Medicine https://t.co/dD5EyJirzy #ウイルス学