#fissionyeast — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #fissionyeast, aggregated by home.social.
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Nitrogen-starvation of #FissionYeast inactivates growth pathways (incl TORC1) & can trigger sexual reproduction. @SophieMartinLab use proteomic & phosphoproteomic changes during sexual development to show that TORC1 is reactivated by pheromone signaling #PLOSBiology https://plos.io/4h3OUVO
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Nitrogen-starvation of #FissionYeast inactivates growth pathways (incl TORC1) & can trigger sexual reproduction. @SophieMartinLab use proteomic & phosphoproteomic changes during sexual development to show that TORC1 is reactivated by pheromone signaling #PLOSBiology https://plos.io/4h3OUVO
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Nitrogen-starvation of #FissionYeast inactivates growth pathways (incl TORC1) & can trigger sexual reproduction. @SophieMartinLab use proteomic & phosphoproteomic changes during sexual development to show that TORC1 is reactivated by pheromone signaling #PLOSBiology https://plos.io/4h3OUVO
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Nitrogen-starvation of #FissionYeast inactivates growth pathways (incl TORC1) & can trigger sexual reproduction. @SophieMartinLab use proteomic & phosphoproteomic changes during sexual development to show that TORC1 is reactivated by pheromone signaling #PLOSBiology https://plos.io/4h3OUVO
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Nitrogen-starvation of #FissionYeast inactivates growth pathways (incl TORC1) & can trigger sexual reproduction. @SophieMartinLab use proteomic & phosphoproteomic changes during sexual development to show that TORC1 is reactivated by pheromone signaling #PLOSBiology https://plos.io/4h3OUVO
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Belated introduction after more than two years on Mastodon 😊
While I post a lot about #Nature, #River, #FlyFishing and #IPA, I use the fission yeast Schizosaccharomyces pombe for my research. At some point, I plan to brew #Beer🍺 -
Belated introduction after more than two years on Mastodon 😊
While I post a lot about #Nature, #River, #FlyFishing and #IPA, I use the fission yeast Schizosaccharomyces pombe for my research. At some point, I plan to brew #Beer🍺 -
Belated introduction after more than two years on Mastodon 😊
While I post a lot about #Nature, #River, #FlyFishing and #IPA, I use the fission yeast Schizosaccharomyces pombe for my research. At some point, I plan to brew #Beer🍺 -
Belated introduction after more than two years on Mastodon 😊
While I post a lot about #Nature, #River, #FlyFishing and #IPA, I use the fission yeast Schizosaccharomyces pombe for my research. At some point, I plan to brew #Beer🍺 -
Belated introduction after more than two years on Mastodon 😊
While I post a lot about #Nature, #River, #FlyFishing and #IPA, I use the fission yeast Schizosaccharomyces pombe for my research. At some point, I plan to brew #Beer🍺 -
#FissionYeast canonically need #microtubules & Tea1-Tea4 complex to establish new growth poles. @Ptcgar &co identify a parallel pathway involving actin & Rgf1-Rho1 that marks the growth poles independently of Tea1-Tea4 #PLOSBiology https://plos.io/3CgOZ9f
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#FissionYeast canonically need #microtubules & Tea1-Tea4 complex to establish new growth poles. @Ptcgar &co identify a parallel pathway involving actin & Rgf1-Rho1 that marks the growth poles independently of Tea1-Tea4 #PLOSBiology https://plos.io/3CgOZ9f
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#FissionYeast canonically need #microtubules & Tea1-Tea4 complex to establish new growth poles. @Ptcgar &co identify a parallel pathway involving actin & Rgf1-Rho1 that marks the growth poles independently of Tea1-Tea4 #PLOSBiology https://plos.io/3CgOZ9f
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#FissionYeast canonically need #microtubules & Tea1-Tea4 complex to establish new growth poles. @Ptcgar &co identify a parallel pathway involving actin & Rgf1-Rho1 that marks the growth poles independently of Tea1-Tea4 #PLOSBiology https://plos.io/3CgOZ9f
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#FissionYeast canonically need #microtubules & Tea1-Tea4 complex to establish new growth poles. @Ptcgar &co identify a parallel pathway involving actin & Rgf1-Rho1 that marks the growth poles independently of Tea1-Tea4 #PLOSBiology https://plos.io/3CgOZ9f
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Got some pink yeast 😊
Can we make pink beer if we use this yeast strain ??? 🤔
The ade6 gene mutation causing red pigments for this color change in the fission yeast S. pombe 😉
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Got some pink yeast 😊
Can we make pink beer if we use this yeast strain ??? 🤔
The ade6 gene mutation causing red pigments for this color change in the fission yeast S. pombe 😉
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Got some pink yeast 😊
Can we make pink beer if we use this yeast strain ??? 🤔
The ade6 gene mutation causing red pigments for this color change in the fission yeast S. pombe 😉
-
Got some pink yeast 😊
Can we make pink beer if we use this yeast strain ??? 🤔
The ade6 gene mutation causing red pigments for this color change in the fission yeast S. pombe 😉
-
Got some pink yeast 😊
Can we make pink beer if we use this yeast strain ??? 🤔
The ade6 gene mutation causing red pigments for this color change in the fission yeast S. pombe 😉
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Did some tetrad dissection of fission yeast (S. pombe) spores on Friday 😊
Today, they are showing pretty colonies 🥳Tetrad = four spores produced after yeast meiosis
#TetradDissection #Tetrad #Spore #Yeast #FissionYeast #Science #Pombe
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Did some tetrad dissection of fission yeast (S. pombe) spores on Friday 😊
Today, they are showing pretty colonies 🥳Tetrad = four spores produced after yeast meiosis
#TetradDissection #Tetrad #Spore #Yeast #FissionYeast #Science #Pombe
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Did some tetrad dissection of fission yeast (S. pombe) spores on Friday 😊
Today, they are showing pretty colonies 🥳Tetrad = four spores produced after yeast meiosis
#TetradDissection #Tetrad #Spore #Yeast #FissionYeast #Science #Pombe
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Did some tetrad dissection of fission yeast (S. pombe) spores on Friday 😊
Today, they are showing pretty colonies 🥳Tetrad = four spores produced after yeast meiosis
#TetradDissection #Tetrad #Spore #Yeast #FissionYeast #Science #Pombe
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Did some tetrad dissection of fission yeast (S. pombe) spores on Friday 😊
Today, they are showing pretty colonies 🥳Tetrad = four spores produced after yeast meiosis
#TetradDissection #Tetrad #Spore #Yeast #FissionYeast #Science #Pombe
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Selective macroautophagy of the #EndoplasmicReticulum (ER) and the #nucleus, known as ER-phagy and nucleophagy respectively, are poorly understood. A study in #FissionYeast reveals that conserved ER-shaping protein Yep1 (REEP1-4 ortholog) is required for these processes; in its absence, #ERphagy/#nucleophagy cargo structures accumulate in the cytoplasm #PLOSBiology https://plos.io/464ZfuI
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Selective macroautophagy of the #EndoplasmicReticulum (ER) and the #nucleus, known as ER-phagy and nucleophagy respectively, are poorly understood. A study in #FissionYeast reveals that conserved ER-shaping protein Yep1 (REEP1-4 ortholog) is required for these processes; in its absence, #ERphagy/#nucleophagy cargo structures accumulate in the cytoplasm #PLOSBiology https://plos.io/464ZfuI
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Selective macroautophagy of the #EndoplasmicReticulum (ER) and the #nucleus, known as ER-phagy and nucleophagy respectively, are poorly understood. A study in #FissionYeast reveals that conserved ER-shaping protein Yep1 (REEP1-4 ortholog) is required for these processes; in its absence, #ERphagy/#nucleophagy cargo structures accumulate in the cytoplasm #PLOSBiology https://plos.io/464ZfuI
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Selective macroautophagy of the #EndoplasmicReticulum (ER) and the #nucleus, known as ER-phagy and nucleophagy respectively, are poorly understood. A study in #FissionYeast reveals that conserved ER-shaping protein Yep1 (REEP1-4 ortholog) is required for these processes; in its absence, #ERphagy/#nucleophagy cargo structures accumulate in the cytoplasm #PLOSBiology https://plos.io/464ZfuI
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Selective macroautophagy of the #EndoplasmicReticulum (ER) and the #nucleus, known as ER-phagy and nucleophagy respectively, are poorly understood. A study in #FissionYeast reveals that conserved ER-shaping protein Yep1 (REEP1-4 ortholog) is required for these processes; in its absence, #ERphagy/#nucleophagy cargo structures accumulate in the cytoplasm #PLOSBiology https://plos.io/464ZfuI
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How is #biomass production controlled during cell growth and the cell cycle?
New assay by Clovis Basier & Paul Nurse @thecrick using unperturbed exponentially growing populations shows how #cellcycle and cell size affect global rates of RNA and protein synthesis in #fissionyeast
#RefereedPreprint c/o @ReviewCommons now published in revised form!
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How is #biomass production controlled during cell growth and the cell cycle?
New assay by Clovis Basier & Paul Nurse @thecrick using unperturbed exponentially growing populations shows how #cellcycle and cell size affect global rates of RNA and protein synthesis in #fissionyeast
#RefereedPreprint c/o @ReviewCommons now published in revised form!
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How is #biomass production controlled during cell growth and the cell cycle?
New assay by Clovis Basier & Paul Nurse @thecrick using unperturbed exponentially growing populations shows how #cellcycle and cell size affect global rates of RNA and protein synthesis in #fissionyeast
#RefereedPreprint c/o @ReviewCommons now published in revised form!
-
How is #biomass production controlled during cell growth and the cell cycle?
New assay by Clovis Basier & Paul Nurse @thecrick using unperturbed exponentially growing populations shows how #cellcycle and cell size affect global rates of RNA and protein synthesis in #fissionyeast
#RefereedPreprint c/o @ReviewCommons now published in revised form!