RT @PNASNews: Researchers report detection of viable cyanobacteria in a deep borehole, far from the reach of sunlight for photosynthesis: h…
RT @PNASNews: Researchers report detection of viable cyanobacteria in a deep borehole, far from the reach of sunlight for photosynthesis: h…
RT @lalopangue: Mind blown https://t.co/Lshq938TPk
Mind blown
RT @KennethTimmis: Hydrogen-based lithoautotrophic cyanobacteria are primary producers deep (600m) within the Iberian Pyrite Belt: https://…
RT @PNASNews: Researchers report detection of viable cyanobacteria in a deep borehole, far from the reach of sunlight for photosynthesis: h…
Researchers report detection of viable cyanobacteria in a deep borehole, far from the reach of sunlight for photosynthesis: https://t.co/lWNIYYROe0 Link to source article: https://t.co/SCyQbsVrsh
RT @KennethTimmis: Hydrogen-based lithoautotrophic cyanobacteria are primary producers deep (600m) within the Iberian Pyrite Belt: https://…
Underground non-photosynthetic cyanobacteria with possible hydrogen-based metabolism https://t.co/eyW4UqQG7M
RT @_Cyanotrans: Viable cyanobacteria in the deep continental subsurface https://t.co/QC0MezPRFG
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://…
SORPRESA, SORPRESA: El científico español Fernando Puente-Sánchez descubre a 600 metros de profundidad una bacteria que se suponía no puede vivir sin la luz del sol 1) https://t.co/B8c4gltPJh 2) https://t.co/GVlrJ7KX4R 3) https://t.co/GUoM8RdTxl 4) https:/
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://…
Hydrogen-based lithoautotrophic cyanobacteria are primary producers deep (600m) within the Iberian Pyrite Belt: https://t.co/YrqXBQlddn; https://t.co/d0ezfhRK9s https://t.co/evgpEoONIZ
An international team of scientists has just reported evidence of cyanobacteria living so far underground - further from sunlight than ever before recorded. https://t.co/tMVAP3FeAS https://t.co/BnlqXBCAuw
Viable cyanobacteria in the deep continental subsurface https://t.co/QC0MezPRFG
RT @greeninglab: Very cool. Through various studies in last five years, there is now evidence that aerobic hydrogen respiration is a univer…
RT @greeninglab: Very cool. Through various studies in last five years, there is now evidence that aerobic hydrogen respiration is a univer…
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 @greeninglab: Very cool. Through various studies in last five years, there is now evidence that aerobic hydrogen respiration is a univer…
RT @ppjevac: Viable cyanos in the deep subsurface. Now, that's really cool https://t.co/DRzz8Abc9F
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 @aleyo_arce: It is finally out! Our paper on #Cyanobacteria thriving in the absence of light in the continental deep subsurface of the I…
"Viable cyanobacteria in the deep continental subsurface" by Fernando Puente-Sánchez, et al. https://t.co/pxL5eDCvVD
Viable cyanobacteria in the deep continental subsurface https://t.co/fRNBaHBTlD
Who needs the sun? Viable cyanobacteria in the deep continental subsurface https://t.co/HKkIdRfn1N
Life goes deep, "Viable cyanobacteria in the deep continental subsurface" https://t.co/Tv8WRgNgbo … @SUBioscienceSoc @SUBioscience @StaffsGeography
RT @SeepExplorer: So much remains to be discovered - this paper reports a surprising discovery: viable cyanobacteria in the deep subsurface…
Viable cyanobacteria in the deep continental subsurface https://t.co/iyxGUnPX1V
この論文です、ふーん https://t.co/j1LGDsVyht
Bacteria possessing the photosynthetic pathway live 600 meters under ground utilizing hydrogen. Viable cyanobacteria in the deep continental subsurface Fernando Puente-Sánchez, et al. PNAS published ahead of print October 1, 2018 https://t.co/FkPqroiOwa
RT @SeepExplorer: So much remains to be discovered - this paper reports a surprising discovery: viable cyanobacteria in the deep subsurface…
@upulie Our understanding of life on our planet has exploded since I studied Bio in the seventies. The PNAS article is available without a subscription. https://t.co/E3JbAzjwl5
Viable cyanobacteria in the deep continental subsurface. https://t.co/RP6gWqNyrm https://t.co/wYVNKohdMv
Viable cyanobacteria in the deep continental subsurface. https://t.co/yUnfLS66U1
RT @SeepExplorer: So much remains to be discovered - this paper reports a surprising discovery: viable cyanobacteria in the deep subsurface…
A super nice paper from my previuos lab coworkers. Congrats! Cyanobacteria found living 600 meters underground without sunlight in Spain! (https://t.co/Qu372Ujm1z
RT @ppjevac: Viable cyanos in the deep subsurface. Now, that's really cool https://t.co/DRzz8Abc9F
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…
Viable cyanobacteria in the deep continental subsurface https://t.co/xmtu2fxlXg
RT @leao_lab: The dark side of Cyanos! Viable cyanobacteria in the deep continental subsurface https://t.co/h9XrmKVpkI
RT @salincoln: Results of a fun collaboration! @PSUGeoscience @PSUEMS https://t.co/IyDQwWgg7O
RT @leao_lab: The dark side of Cyanos! Viable cyanobacteria in the deep continental subsurface https://t.co/h9XrmKVpkI
RT @ppjevac: Viable cyanos in the deep subsurface. Now, that's really cool https://t.co/DRzz8Abc9F
The dark side of Cyanos! Viable cyanobacteria in the deep continental subsurface https://t.co/h9XrmKVpkI
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…
Very cool. Through various studies in last five years, there is now evidence that aerobic hydrogen respiration is a universal trait among bacteria: phototrophs, heterotrophs, and methane, nitrite, sulfur and iron oxidizers all do it!
Viable cyanobacteria in the deep continental subsurface https://t.co/QmZNq4dKaK
RT @SeepExplorer: So much remains to be discovered - this paper reports a surprising discovery: viable cyanobacteria in the deep subsurface…
RT @SeepExplorer: So much remains to be discovered - this paper reports a surprising discovery: viable cyanobacteria in the deep subsurface…
So much remains to be discovered - this paper reports a surprising discovery: viable cyanobacteria in the deep subsurface 😳 wow! https://t.co/Be22JkiY4R
Viable cyanobacteria in the deep continental subsurface with @salincoln: how high tolerance to Envt and nutritional stress allow cyanobacteria to thrive in the dark underground, a lifestyle that might trace back to their nonphotosynthetic ancestors. https:
RT @kkormas: Viable cyanobacteria in the deep continental subsurface https://t.co/mCbuXoiUE0
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…
Viable cyanobacteria in the deep continental subsurface https://t.co/mCbuXoiUE0
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 @aleyo_arce: It is finally out! Our paper on #Cyanobacteria thriving in the absence of light in the continental deep subsurface of the I…
Viable cyanobacteria in the deep continental subsurface https://t.co/9OOfq5B6qM
RT @CrisGlezP: Amazing work on #Cyanobacteria predominating in deep surface rock samples from the #Iberian Pyrite Belt in #Spain 🔬 They hav…
Amazing work on #Cyanobacteria predominating in deep surface rock samples from the #Iberian Pyrite Belt in #Spain 🔬 They have #adapted to thrive in the dark underground! #Checkthisout @PNASNews #astrobiology #science @aleyo_arce
RT @salincoln: Results of a fun collaboration! @PSUGeoscience @PSUEMS https://t.co/IyDQwWgg7O
RT @DianaWallSoil: Viable cyanobacteria in the deep continental subsurface https://t.co/O1G2X5zssU
@ionescu_danny isn't this similar to what we found in the deep aquifer at Aspo?
RT @ppjevac: Viable cyanos in the deep subsurface. Now, that's really cool https://t.co/DRzz8Abc9F
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 @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 @jcamthrash: Viable cyanobacteria in the deep continental subsurface https://t.co/xWE1WFwiJ2
Viable cyanobacteria in the deep continental subsurface https://t.co/xWE1WFwiJ2
Congrats @aleyo_arce !!
It is finally out! Our paper on #Cyanobacteria thriving in the absence of light in the continental deep subsurface of the Iberian pyrite belt has been finally published in @PNASNews 🎉 #hydrogenotrophy #ipbsl #metagenomics #astrobiology ☄️ https://t.co/bnGh
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
Viable cyanobacteria in the deep continental subsurface https://t.co/skvTYjY9bo
RT @lakemicrobes: Viable cyanobacteria in the deep continental #subsurface https://t.co/e5MZMElF99 #deepbiosphere @limnogeology
RT @ProfAbelMendez: Viable cyanobacteria in the deep continental subsurface https://t.co/cnXFXIvIaM
RT @ppjevac: Viable cyanos in the deep subsurface. Now, that's really cool https://t.co/DRzz8Abc9F
Viable cyanobacteria in the deep continental #subsurface https://t.co/e5MZMElF99 #deepbiosphere @limnogeology
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
Microbes always find a way!
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
Viable cyanos in the deep subsurface. Now, that's really cool https://t.co/DRzz8Abc9F
Viable cyanobacteria in the deep continental subsurface https://t.co/cnXFXIvIaM
RT @salincoln: Results of a fun collaboration! @PSUGeoscience @PSUEMS https://t.co/IyDQwWgg7O
RT @salincoln: Results of a fun collaboration! @PSUGeoscience @PSUEMS https://t.co/IyDQwWgg7O
RT @salincoln: Results of a fun collaboration! @PSUGeoscience @PSUEMS https://t.co/IyDQwWgg7O
Results of a fun collaboration! @PSUGeoscience @PSUEMS https://t.co/IyDQwWgg7O
woah. crazy. Viable cyanobacteria in the deep continental subsurface https://t.co/9d7DF5MHw3
Viable cyanobacteria in the deep continental subsurface https://t.co/O1G2X5zssU