Dev Khanna(@CurieuxExplorer) 's Twitter Profile Photo

The Great Oxygenation Event ๐Ÿ’ก

This was a game-changer for Earth! ๐ŸŒ๐Ÿ’จ Happening around 2.4 billion years ago, it was like our planet's very own revolution ๐Ÿ”„๐ŸŒฟ Picture this: tiny organisms called cyanobacteria started churning out oxygen as a byproduct of photosynthesis ๐Ÿฆ ๐Ÿ”ฌโ€ฆ

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Royal Tyrrell Museum of Palaeontology(@RoyalTyrrell) 's Twitter Profile Photo

Stromatolites form when sediments become trapped in dense, sticky microbial mats produced by cyanobacteria and other microorganisms. This stromatolite, Collenia undosa, is one of the oldest fossils in Alberta. It was found in Waterton Lake and is 1.3 billion years old!

Stromatolites form when sediments become trapped in dense, sticky microbial mats produced by cyanobacteria and other microorganisms. This stromatolite, Collenia undosa, is one of the oldest fossils in Alberta. It was found in Waterton Lake and is 1.3 billion years old!
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Bunsen and BEAKER(@bunsenbernerbmd) 's Twitter Profile Photo

On Episode 25 of The Science Pawdcast we spoke to pHD candidate Grant Steiner about cyanobacteria - the critters that make or are blue. green algae!

If you haven't listened to our show yet, it's the perfect blend of science and pets!

Link in our highlight tweets!

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George William(@GeorgeW78246413) 's Twitter Profile Photo

Non-oxygen producing photosynthesis began on Earth c. 4 billion years ago & c. 2 billion years ago cyanobacteria in eukaryotic host cells became the chloroplast of algae & electrons flowing through cells created the balance for photosynthesis to occur with an oxygen byproduct

Non-oxygen producing photosynthesis began on Earth c. 4 billion years ago & c. 2 billion years ago cyanobacteria in eukaryotic host cells became the chloroplast of algae & electrons flowing through cells created the balance for photosynthesis to occur with an oxygen byproduct
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brian(@ustadyuuta) 's Twitter Profile Photo

terima kasih kepada cyanobacteria yang telah memproduksi oksigen yang dilepaskan ke atmosfer bumi 2.4 miliar tahun lalu sehingga prokaryotes dan eukaryotes bisa bertahan hidup dan menyebabkan evolusi makhluk hidup yang menghasilkan manusia khususny xu minghao

terima kasih kepada cyanobacteria yang telah memproduksi oksigen yang dilepaskan ke atmosfer bumi 2.4 miliar tahun lalu sehingga prokaryotes dan eukaryotes bisa bertahan hidup dan menyebabkan evolusi makhluk hidup yang menghasilkan manusia khususny xu minghao
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the Water Institute(@water_institute) 's Twitter Profile Photo

Does the composition of fluctuate daily in the water column of oligotrophic lakes?

Learn about the importance of multi-timepoint, multi-depth sampling in lake and reservoir monitoring programs to describe cyanobacteria community dynamics.

bit.ly/3Qjn39c

Does the composition of #cyanobacteria fluctuate daily in the water column of oligotrophic lakes?

Learn about the importance of multi-timepoint, multi-depth sampling in lake and reservoir monitoring programs to describe cyanobacteria community dynamics.

bit.ly/3Qjn39c
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Revista Actualidades Biolรณgicas(@Actubiol) 's Twitter Profile Photo

๐ŸŒฑ๐Ÿ’ง Exploring the potential of cyanobacteria and microalgae as biofertilizers! ๐ŸŒฟ This review discusses their role in sustainable agriculture and food security, highlighting their benefits for crop yield and quality. ๐ŸŒพ๐Ÿ”ฌ

๐ŸŒฑ๐Ÿ’ง Exploring the potential of cyanobacteria and microalgae as biofertilizers! ๐ŸŒฟ This review discusses their role in sustainable agriculture and food security, highlighting their benefits for crop yield and quality. #Biofertilizers #SustainableAgriculture ๐ŸŒพ๐Ÿ”ฌ
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Vanderbilt Molecular Physiology & Biophysics(@VanderbiltMPB) 's Twitter Profile Photo

Join us on Monday as Baltazar Zuniga, a graduate student in the Young Lab, presents his work on 'systems biology to enable metabolic engineering of fatty acid production in cyanobacteria!'

Join us on Monday as Baltazar Zuniga, a graduate student in the @YoungLabVU, presents his work on 'systems biology to enable metabolic engineering of fatty acid production in cyanobacteria!'
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WWBIC(@wwbic1) 's Twitter Profile Photo

Ramalina farinacia or Cartilage lichen is a common species. It has oval-shaped soralia on the margins of the thallus (circled in red), which contain the granular soredia (a combination of fungal hyphae and algal/cyanobacteria) which propagate new lichens.

Ramalina farinacia or Cartilage lichen is a common species. It has oval-shaped soralia on the margins of the thallus (circled in red), which contain the granular soredia (a combination of fungal hyphae and algal/cyanobacteria) which propagate new lichens. #WWBIC  #lichenology
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Dear DNR(@OBrien4sheriff) 's Twitter Profile Photo

Tremendous, illuminating. It seems clear all cells are symbiant, adaptations of paired cyanobacteria, one best adapted to a protonuclear or nuclear role, the other protein synthesis, energy production, and cell homeostasis under the given conditions. scitechdaily.com/a-decades-longโ€ฆ

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Derek (Del) Pickard(@DelPickard) 's Twitter Profile Photo

A cyanobacteria known as UCYN-A, living within the single-celled alga Braarudosphaera bigelowii has become an organelle newscientist.com/article/242646โ€ฆ What was once a symbiotic relationship is now more complex- The bacteria has become an essential 'organelle' with signs of genome loss

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Phytotaxa updates(@Phytotaxa) 's Twitter Profile Photo

MORPHOMETRIC CHARACTERIZATION AND THE FIRST TAXONOMIC SYNTHESIS OF TERRESTRIAL CYANOBACTERIA FROM THE ATLANTIC FOREST IN NORTHEASTERN BRAZIL
phytotaxa.mapress.com/pt/article/vieโ€ฆ

MORPHOMETRIC CHARACTERIZATION AND THE FIRST TAXONOMIC SYNTHESIS OF TERRESTRIAL CYANOBACTERIA FROM THE ATLANTIC FOREST IN NORTHEASTERN BRAZIL
phytotaxa.mapress.com/pt/article/vieโ€ฆ 
#Taxonomy
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Ethic's Tampa Barbie(@dateTampaAngel) 's Twitter Profile Photo

Which is what I use in my soap spacebarbie.com Scientists at the University of Copenhagen have found a way to make protein by using cyanobacteria (blue-green algae) as a โ€œsurrogate motherโ€. vegconomist.com/algae-microalgโ€ฆ

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NHgov(@NHgov) 's Twitter Profile Photo

News : Protecting NH Lakes: $1 Million in Funding to Prevent Cyanobacteria Blooms : governor.nh.gov/news-and-mediaโ€ฆ

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