@RodZeidan Coronavírus: esgoto pode ser via de contágio, indicam estudos. 'Pula no esgoto e nada acontece', https://t.co/6GmW6P1VZh
RT @Andres_Lopez_C: 💩 Se confirma nuestra sospecha de hace meses: “Here we demonstrate active replication of SARS-CoV-2 in human intestin…
RT @nresearchnews: The SARS-CoV-2 coronavirus is capable of infecting human and bat intestinal organoids, according to a @NatureMedicine pa…
Exciting new #COVID19 research published in @NatureMedicine today! Infection of bat and human intestinal #organoids by SARS-CoV-2. 🦇 #enteroids 🔗 https://t.co/cCPsu1CcR5 https://t.co/6M2b2GHDHn
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
Organoids!!
This research article using 3D cell cultures, suggest that apart from respiratory route of infection, transmission via the intestinal route may be an additional route. SARS-CoV2 shedding was found in patient fecal matter.
RT @Andres_Lopez_C: 💩 Se confirma nuestra sospecha de hace meses: “Here we demonstrate active replication of SARS-CoV-2 in human intestin…
RT @NatureMedicine: Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the viru…
RT @CMichaelGibson: Prior studies showed that although RNA fragments of #COVID19 were present, intact #COVID19 could not be isolated in hum…
RT @NatureMedicine: Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the viru…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @Andres_Lopez_C: 💩 Se confirma nuestra sospecha de hace meses: “Here we demonstrate active replication of SARS-CoV-2 in human intestin…
RT @NatureMedicine: Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the viru…
RT @hkumed: A new study in @NatureMedicine by a research team at @hkumed "established the first expandable organoid culture system of bat i…
RT @NatureMedicine: Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the viru…
This is an interesting application of growing intestinal organoids in regards to studying COVID-19. Giving me inspiration for how I can apply this technique!
RT @CMichaelGibson: Prior studies showed that although RNA fragments of #COVID19 were present, intact #COVID19 could not be isolated in hum…
RT @hkumed: A new study in @NatureMedicine by a research team at @hkumed "established the first expandable organoid culture system of bat i…
Bat and human intestinal organoids can support replication of SARS-CoV-2, enabling further characterization of the virus lifecycle and investigation of potential mechanisms of enteric infection in COVID-19. https://t.co/QVWmnDanaQ #COVID19 #research #medic
RT @NatureMedicine: Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the viru…
腸オルガノイドを用いて、SARS-CoV-2を感染させる。心臓や血管、腎臓オルガノイドの方が気になる。iPS/ESからそれぞれの分化させ、それらにウイルス感染させる研究はぐぐればありそう。
RT @NatureMedicine: Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the viru…
RT @NatureMedicine: Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the viru…
RT @Andres_Lopez_C: 💩 Se confirma nuestra sospecha de hace meses: “Here we demonstrate active replication of SARS-CoV-2 in human intestin…
RT @NatureMedicine: Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the viru…
RT @NatureMedicine: Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the viru…
RT @NatureMedicine: Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the viru…
RT @NatureMedicine: Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the viru…
RT @NatureMedicine: Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the viru…
RT @NatureMedicine: Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the viru…
RT @NatureMedicine: Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the viru…
RT @NatureMedicine: Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the viru…
Bat and human intestinal #organoids can support replication of #SARSCoV2, enabling further characterization of the virus lifecycle and investigation of potential mechanisms of enteric infection in #COVID19. @HKUniversity #SARS_CoV_2 https://t.co/yT0PAlBNK
RT @Andres_Lopez_C: 💩 Se confirma nuestra sospecha de hace meses: “Here we demonstrate active replication of SARS-CoV-2 in human intestin…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @CMichaelGibson: Prior studies showed that although RNA fragments of #COVID19 were present, intact #COVID19 could not be isolated in hum…
uh-oh. not surprising, but still...
RT @hkumed: A new study in @NatureMedicine by a research team at @hkumed "established the first expandable organoid culture system of bat i…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @CMichaelGibson: Prior studies showed that although RNA fragments of #COVID19 were present, intact #COVID19 could not be isolated in hum…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
Prior studies showed that although RNA fragments of #COVID19 were present, intact #COVID19 could not be isolated in human stool. This study reports a case where #COVID19 case could be isolated from human stool. https://t.co/oUNBJz7YP9
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @Andres_Lopez_C: 💩 Se confirma nuestra sospecha de hace meses: “Here we demonstrate active replication of SARS-CoV-2 in human intestin…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @hkumed: A new study in @NatureMedicine by a research team at @hkumed "established the first expandable organoid culture system of bat i…
A new study in @NatureMedicine by a research team at @hkumed "established the first expandable organoid culture system of bat intestinal epithelium and present evidence that #SARSCoV2 can infect bat intestinal cells." #COVID19 https://t.co/sLN0TKIc8H
💩 Se confirma nuestra sospecha de hace meses: “Here we demonstrate active replication of SARS-CoV-2 in human intestinal organoids and isolation of infectious virus from the stool specimen of a patient with diarrheal COVID-19.” https://t.co/LqFIURf5Wf ht
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
RT @EricTopol: Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential…
Evidence of active replication of #SARSCoV2 from human💩in organoids, w/ isolation of infectious virus, raises the potential of gastrointestinal route of transmission https://t.co/7qhzVwQOmL @NatureMedicine https://t.co/D64tqvKK8t
Via @sxbegle ‘Here we have intestinal organoids (human and horseshoe bat). Add SARS-CoV-2 from patient's stool. Yup, viral transmission is sustained. Mystery: route leading to human intestinal infection. Food?’
@tinahay Maybe this? https://t.co/F4WX1MfmkO
@Iconoc_last How about this: https://t.co/F4WX1MfmkO
@NatureMed reports that #SARSCoV2 can infect human & bat intestinal #organoids. Virus was also detected in a human stool sample, suggesting that #SARSCoV2 may be capable of infecting human #intestinal tract in addition to the #respiratory system. htt