En 2018 se descubrió a 600 metros de profundidad una bacteria que se suponía no puede vivir sin la luz del sol https://t.co/l6YUrAjG0f
Descubierta una bacteria viva a 600 metros de profundidad, aunque se suponía no puede vivir sin la luz del sol https://t.co/l6YUrAkdPN
Bacteria Division Battle #1: Cyanobacteria are phototrophic, and need light to generate energy. The deep ocean is well below the photic zone, where light penetrates. But many studies, like this one, have shown viable Cyanobacteria from deep ocean samples!
RT @Doktor_Basti: @AlexJProbst My friend @aleyo_arce has found photosyntetic cyanobacteria in drilling holes 600m below the surface https:/…
@AlexJProbst My friend @aleyo_arce has found photosyntetic cyanobacteria in drilling holes 600m below the surface https://t.co/SeQThdFTLz Microbio is truly fascinating
But see this also from 2018; https://t.co/CckToT4KDQ
RT @ftmaestre: We are just starting to understand the distribution and ecology of non-photosynthetic cyanobacteria, which are also common i…
RT @vdlorenzo_CNB: @BejaLab This makes me think also on the mystery of the abundant, active cyanobacteria found in the deep subsurface whic…
RT @ftmaestre: We are just starting to understand the distribution and ecology of non-photosynthetic cyanobacteria, which are also common i…
RT @ftmaestre: We are just starting to understand the distribution and ecology of non-photosynthetic cyanobacteria, which are also common i…
RT @ftmaestre: We are just starting to understand the distribution and ecology of non-photosynthetic cyanobacteria, which are also common i…
RT @ftmaestre: We are just starting to understand the distribution and ecology of non-photosynthetic cyanobacteria, which are also common i…
RT @ftmaestre: We are just starting to understand the distribution and ecology of non-photosynthetic cyanobacteria, which are also common i…
We are just starting to understand the distribution and ecology of non-photosynthetic cyanobacteria, which are also common in surface soils of forests and hyperarid (!) oligotrophic environments worldwide https://t.co/Qxp0ob0DbV We don´t know their functio
RT @vdlorenzo_CNB: @BejaLab This makes me think also on the mystery of the abundant, active cyanobacteria found in the deep subsurface whic…
@BejaLab This makes me think also on the mystery of the abundant, active cyanobacteria found in the deep subsurface which never ever see the sun light https://t.co/7rXd7zuhWt What are they doing there? @KennethTimmis @aleyo_arce @ftmaestre
@DEEMteam_Orsay There is that paper in PNAS about Cyanobacteria found deep in the subsurface https://t.co/AVLIGdt3eW Very puzzling in any case... I have offered to help.
But I have now changed the image for smth showing another delight of Spain: https://t.co/zN5oIlPUae
Ahh: the beautiful Rio Tinto, a little downstream of its source - a magical place to visit. Start in Nerva, some 50km NW of Seville....And terrific research on the microbiology of the Iberian Pyrite Belt deep subsurface going on (e.g. https://t.co/v5ceCK40
2018年の報告書なんだけど、シアノバクテリアが地下深く600m付近から見つかったやつ。 生物って面白いですわね。 https://t.co/mgyB4WZeHh https://t.co/mERPrZHj6g
RT @kazumachack: PNASで発表された地下600mの岩石コアから生きたシアノバクテリアが見つかったというお話。 論文リンク https://t.co/bPsssW3nzr 光合成する微生物を地下深くで発見、定説覆す https://t.co/9KCxO5QMRt
Viable cyanobacteria in the deep continental subsurface https://t.co/3fmfCEQ0qS
RT @ChlOrland: Life is everywhere!!! Cyanobacteria found in the deep continental subsurface https://t.co/ATw2lTj6mI
RT @ChlOrland: Life is everywhere!!! Cyanobacteria found in the deep continental subsurface https://t.co/ATw2lTj6mI
RT @ChlOrland: Life is everywhere!!! Cyanobacteria found in the deep continental subsurface https://t.co/ATw2lTj6mI
Life is everywhere!!! Cyanobacteria found in the deep continental subsurface https://t.co/ATw2lTj6mI
RT @kazumachack: PNASで発表された地下600mの岩石コアから生きたシアノバクテリアが見つかったというお話。 論文リンク https://t.co/bPsssW3nzr 光合成する微生物を地下深くで発見、定説覆す https://t.co/9KCxO5QMRt
10 . Viable #cyanobacteria in the deep #continental #subsurface..https://t.co/QmkhINSvQO
Viable cyanobacteria in the deep continental subsurface https://t.co/gSFghqlPOh
Viable cyanobacteria in the deep continental subsurface https://t.co/YeS3haJlx6
RT @IGeociencias: The cyanobacteria were responsible for the origin of oxygenic photosynthesis and have colonized almost all environments o…
The cyanobacteria were responsible for the origin of oxygenic photosynthesis and have colonized almost all environments on Earth. Their ecological range is not limited by the presence of sunlight, but also extends to the deep terrestrial biosphere. https:/
PNAS featured on @NatGeo. Researchers report the detection of viable cyanobacteria far from the reach of sunlight in a 613-meter-deep borehole in Spain, an analog for geochemical conditions on Mars https://t.co/XmDTFFSoDd PNAS article: https://t.co/xY653Id
https://t.co/TSINAp7kob Viable cyanobacteria in the deep continental subsurface どへーーーほんとだ
RT @NervaMEPP: Viable cyanobacteria in the deep continental subsurface https://t.co/1V1DoTnbcF
Viable cyanobacteria in the deep continental subsurface https://t.co/1V1DoTnbcF
すごい
Viable cyanobacteria in the deep continental subsurface (420-607 m of depth) https://t.co/A3psGiGNy9 https://t.co/cmXmzuubA7
Cianobacterias que viven a más de 600m de profundidad bajo el río Tinto https://t.co/A3psGiGNy9 https://t.co/dLXl6m949v
Viable cyanobacteria in the deep continental subsurface https://t.co/j5OHfscgfH
Viable cyanobacteria in the deep continental subsurface https://t.co/wZc3GJx2EJ
本来光合成に頼っているはずのcyanobacteriaが、地下の600mに「生きて」存在して、水素を利用しているというお話。 Viable cyanobacteria in the deep continental subsurface https://t.co/kHyCZcbWLE
Viable cyanobacteria in the deep continental subsurface [Ecology] https://t.co/6va1NrPMVS #feedly
元論文、面白そうだからあとでゆっくり読む。 https://t.co/O22TfuKt4v
Link to paper in PNAS https://t.co/pJcRIEorc8
Crazy science of the day - Viable cyanobacteria in the deep continental subsurface https://t.co/tE5zGQRJH1
RT @PraveenRahi: Adaptations allow cyanobacteria to thrive in the dark underground, a lifestyle that might trace back to their nonphotosynt…
Adaptations allow cyanobacteria to thrive in the dark underground, a lifestyle that might trace back to their nonphotosynthetic ancestors. https://t.co/u9ogQzGILU
PNASで発表された地下600mの岩石コアから生きたシアノバクテリアが見つかったというお話。 論文リンク https://t.co/bPsssW3nzr 光合成する微生物を地下深くで発見、定説覆す https://t.co/9KCxO5QMRt
Viable #cyanobacteria in the deep continental subsurface https://t.co/uNmX7l8kra
Viable cyanobacteria in the deep continental subsurface https://t.co/CYfJtdOvES Las verdinas hasta en las profundidades......
RT @ppjevac: Viable cyanos in the deep subsurface. Now, that's really cool https://t.co/DRzz8Abc9F
RT @ppjevac: Viable cyanos in the deep subsurface. Now, that's really cool https://t.co/DRzz8Abc9F
RT @ppjevac: Viable cyanos in the deep subsurface. Now, that's really cool https://t.co/DRzz8Abc9F
RT @ppjevac: Viable cyanos in the deep subsurface. Now, that's really cool https://t.co/DRzz8Abc9F
RT @ppjevac: Viable cyanos in the deep subsurface. Now, that's really cool https://t.co/DRzz8Abc9F
RT @KennethTimmis: Hydrogen-based lithoautotrophic cyanobacteria are primary producers deep (600m) within the Iberian Pyrite Belt: https://…
RT @KennethTimmis: Hydrogen-based lithoautotrophic cyanobacteria are primary producers deep (600m) within the Iberian Pyrite Belt: https://…
RT @aleyo_arce: It is finally out! Our paper on #Cyanobacteria thriving in the absence of light in the continental deep subsurface of the I…
Can Cyanobacteria make energy from hydrogen? https://t.co/AyLiT44TIW
RT @aleyo_arce: It is finally out! Our paper on #Cyanobacteria thriving in the absence of light in the continental deep subsurface of the I…
RT @archaearama: This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were th…
RT @archaearama: This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were th…
RT @archaearama: This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were th…
RT @Labome: An international team of scientists has just reported evidence of cyanobacteria living so far underground - further from sunlig…
RT @archaearama: This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were th…
RT @Kituneshippo: 光合成する微生物を地下深くで発見、定説覆す https://t.co/pHriFoqUaq >「博士号はもう無理だ。指導教官にめちゃくちゃ怒られる」 ワロタ 元論文 https://t.co/6KtNBGgBil
RT @archaearama: This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were th…
RT @archaearama: This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were th…
RT @archaearama: This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were th…
RT @archaearama: This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were th…
RT @archaearama: This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were th…
RT @archaearama: This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were th…
RT @KennethTimmis: Hydrogen-based lithoautotrophic cyanobacteria are primary producers deep (600m) within the Iberian Pyrite Belt: https://…
RT @KennethTimmis: Hydrogen-based lithoautotrophic cyanobacteria are primary producers deep (600m) within the Iberian Pyrite Belt: https://…
RT @archaearama: This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were th…
@saganorg @AstrobiologyNAI
RT @archaearama: This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were th…
RT @archaearama: This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were th…
RT @PNASNews: Researchers report detection of viable cyanobacteria in a deep borehole, far from the reach of sunlight for photosynthesis: h…
Viable cyanobacteria in the deep continental subsurface https://t.co/AnZH5VeQK7
地下深くでシアノバクテリアが生きてるという。 https://t.co/wprz92JYwk 論文は、(OAではないと思うが)https://t.co/rnUImcj0df
RT @archaearama: This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were th…
RT @KennethTimmis: Hydrogen-based lithoautotrophic cyanobacteria are primary producers deep (600m) within the Iberian Pyrite Belt: https://…
RT @archaearama: This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were th…
This paper destroys some basic assumptions. They show cyanobacteria are alive half a kilometer underground. Cyanos were the majority, so it's probably a real result. I guess that means I should stop using cyanos as a contamination indicator! https://t.co/L
RT @PNASNews: Researchers report detection of viable cyanobacteria in a deep borehole, far from the reach of sunlight for photosynthesis: h…