#cellwall — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #cellwall, aggregated by home.social.
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https://www.europesays.com/ie/458350/ New AI models quickly find compounds that target Lyme bacteria #Antibiotic #bacteria #Borrelia #BorreliaBurgdorferi #Brain #BrainFog #Cell #CellWall #Compound #Drugs #Éire #fatigue #Genome #Health #IE #Immunology #Ireland #LymeDisease #MachineLearning #medicine #Microbiome #Molecule #Muscle #Research
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Engineered Listeria boosts innate immunity against cancer
After nearly 40 years of research on how Listeria bacteria manipulate our cel…
#NewsBeep #News #Health #Actin #AU #Australia #Bacteria #Biotherapeutics #Bone #BoneMarrow #Cancer #CancerTherapy #Cell #cellbiology #CellWall #Children #Digestion #Genes #ImmuneResponse #ImmuneSystem #Intracellular #Leukemia #Listeria #Listeriosis #Macrophage #Pathogen #protein #research #therapy #Transplant #Vaccine #virus
https://www.newsbeep.com/au/478790/ -
https://www.europesays.com/ie/336416/ Modified peptides show promise against tuberculosis bacteria #Acinetobacter #Antibiotic #bacteria #Bacterial #Cell #CellWall #Drugs #E.coli #Éire #Health #IE #Ireland #MedicalSchool #Membrane #Microscope #Molecule #Pathogen #peptides #Research #Salmonella #tuberculosis
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https://www.europesays.com/ie/336383/ Engineered Listeria boosts innate immunity against cancer #Actin #bacteria #Biotherapeutics #Bone #BoneMarrow #cancer #CancerTherapy #Cell #CellBiology #CellWall #children #digestion #Éire #Genes #Health #IE #ImmuneResponse #ImmuneSystem #Intracellular #Ireland #Leukemia #Listeria #Listeriosis #Macrophage #Pathogen #Protein #Research #therapy #Transplant #Vaccine #virus
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https://www.europesays.com/ie/259108/ New insights into the global expansion of Candida auris #Antifungal #Candida #CandidaAuris #Cell #CellWall #Diagnostics #Drugs #Éire #Health #IE #Ireland #Microbiology #MolecularBiology #Mycology #pH #Research
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Newly discovered drug class could someday lead to breakthrough treatments for fungal infections
A research team at McMaster University has discovered a new drug class that could someday lead to breakthrough…
#NewsBeep #News #Health #Antifungal #Bacteria #biochemistry #CA #Canada #Candida #CandidaAuris #Cell #CellWall #drugs #fungi #Molecule #research #Therapeutics
https://www.newsbeep.com/ca/63037/ -
My copy of the first edition of Plant Cell Walls Research Milestones and Conceptual Insights has arrived! #Plant #CellWall #Cellulose #plantcell #plantbiology
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My copy of the first edition of Plant Cell Walls Research Milestones and Conceptual Insights has arrived! #Plant #CellWall #Cellulose #plantcell #plantbiology
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My copy of the first edition of Plant Cell Walls Research Milestones and Conceptual Insights has arrived! #Plant #CellWall #Cellulose #plantcell #plantbiology
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How do your hyphae grow? Super-res imaging maps cell wall thickness around live #hyphae of #Aspergillus nidulans, revealing dynamic feedbacks between #CellWall deformation & synthesis to promote steady hyphal growth & shape changes @MincLab #PLOSBiology https://plos.io/3WenwcR
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How do your hyphae grow? Super-res imaging maps cell wall thickness around live #hyphae of #Aspergillus nidulans, revealing dynamic feedbacks between #CellWall deformation & synthesis to promote steady hyphal growth & shape changes @MincLab #PLOSBiology https://plos.io/3WenwcR
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How do your hyphae grow? Super-res imaging maps cell wall thickness around live #hyphae of #Aspergillus nidulans, revealing dynamic feedbacks between #CellWall deformation & synthesis to promote steady hyphal growth & shape changes @MincLab #PLOSBiology https://plos.io/3WenwcR
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New Review article from the lab of Tuo Wang on #NMR for the study of polysaccharide assemblies in #plant and fungal cell walls:
https://www.sciencedirect.com/science/article/pii/S0969212623002733
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#introduction. I am a plant developmental geneticist. The lab addresses a fundamental biological question: how does morphogenesis translate genotype into form? To this end we study signaling at the plasma membrane - cell wall interface and we investigate how mechanical forces influence tissue shape using 3D digital ovules.
Main interests:
#Arabidopsis #CellBiology #cellbio #CellWall #devbio #devbiol #DevelopmentalBiology #EvoDevo #imaging #lignin #MechanoBiology #microscopy #PlantBiology -
What is one phrase in your field of study that appears in nearly every paper introduction? For cellulose biosynthesis, I would have to say it's this:
"Cellulose is the most abundant biopolymer on Earth."
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#RNA-protein complexes have amazingly complex architectures. New proteomic and RNA co-purification results from my colleagues indicate the propensity of the eIF2A factor to bind both to mRNA for genes involved in yeast cell wall metabolism and also to proteins involved in RNA degradation.
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Using a drug without understanding it's mechanism is risky business. Although obvious, some are so useful that questions are swept away in the waves of enthusiastic adoption.
Straight from the keyboard next door, where Mike took the time to ask those questions nonetheless, comes this report that the #CellWall field's favourite cellulose inhibitor, isoxaben, behaves in ways very difficult to reconcile with the assumption that it specifically inhibits CESAs: https://doi.org/10.1093/plphys/kiad538
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#Algae living inside #corals provide sugars for their host by digesting their own cell walls https://elifesciences.org/articles/90916 @eLife #protists #microbes #symbiosis
Environmental pH signals the release of monosaccharides from #CellWall in #coral #symbiotic alga https://elifesciences.org/articles/80628
"combination of both digestion- and transporter-driven secretion are likely involved in sugar output... The symbiotic system may therefore be tunable according to the dynamic conditions of the coral reef."
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Why does *in vitro* lignin depolymerization by fungal laccases rarely work out? A presentation by Elena Gugole at #ICP2023 in Nantes offered a very satisfying answer:
When fungi degrade lignin, they do so in concert with cellulose degradation, where the phenolic radicals from lignin breakdown are used as electron acceptors by glucose dehydrogenases. *In vitro, *outside the context of cellulose degradation, those radicals re-polymerise instead. #plantscience #cellwall
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Leonard Blascheck et.al. 2023 Plant Cell 35:889-909.
The Pesquet lab provides terrific new insight into the spatial control of cell wall lignification by laccases
https://academic.oup.com/plcell/article/35/2/889/6855304#396572467
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Our recent manuscript is out! Big data set of proteins that associate with #Plasmodesmata in #Moss.
https://doi.org/10.1111/nph.18730
#Physcomitrium #Physcomitrella #Plasmodesmata #CellWall @plantscience @plasmodesmata -
#JournalClub
Cool new paper on how protists dissolve cell walls of algae they feed on using glycosyl hydrolase family 5 subfamily 5 proteins (GHL5_5). Figure 1 shown below:
Paper: https://doi.org/10.1186/s12915-022-01478-x
#Algae #CellWall -
In their #review, Boudaoud, Minc &co discuss #mechanobiology of the cell wall – insights from tip-growing plant and fungal cells: https://journals.biologists.com/jcs/article/135/21/jcs259208/280540/Mechanobiology-of-the-cell-wall-insights-from-tip
#cellbiology #plants #cellwall #fungi -
#introduction. I am a plant developmental geneticist. The lab addresses a fundamental biological question: how does morphogenesis translate genotype into form? To this end we study signaling at the plasma membrane - cell wall interface and we investigate how mechanical forces influence tissue shape using 3D digital ovules.
Main interests:
#Arabidopsis #CellBiology #cellbio #CellWall #devbio #devbiol #DevelopmentalBiology #EvoDevo #imaging #lignin #MechanoBiology #microscopy #PlantBiology -
What is one phrase in your field of study that appears in nearly every paper introduction? For cellulose biosynthesis, I would have to say it's this:
"Cellulose is the most abundant biopolymer on Earth."
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What is one phrase in your field of study that appears in nearly every paper introduction? For cellulose biosynthesis, I would have to say it's this:
"Cellulose is the most abundant biopolymer on Earth."
-
What is one phrase in your field of study that appears in nearly every paper introduction? For cellulose biosynthesis, I would have to say it's this:
"Cellulose is the most abundant biopolymer on Earth."
-
What is one phrase in your field of study that appears in nearly every paper introduction? For cellulose biosynthesis, I would have to say it's this:
"Cellulose is the most abundant biopolymer on Earth."
-
#RNA-protein complexes have amazingly complex architectures. New proteomic and RNA co-purification results from my colleagues indicate the propensity of the eIF2A factor to bind both to mRNA for genes involved in yeast cell wall metabolism and also to proteins involved in RNA degradation.
-
#RNA-protein complexes have amazingly complex architectures. New proteomic and RNA co-purification results from my colleagues indicate the propensity of the eIF2A factor to bind both to mRNA for genes involved in yeast cell wall metabolism and also to proteins involved in RNA degradation.
-
#RNA-protein complexes have amazingly complex architectures. New proteomic and RNA co-purification results from my colleagues indicate the propensity of the eIF2A factor to bind both to mRNA for genes involved in yeast cell wall metabolism and also to proteins involved in RNA degradation.
-
Using a drug without understanding it's mechanism is risky business. Although obvious, some are so useful that questions are swept away in the waves of enthusiastic adoption.
Straight from the keyboard next door, where Mike took the time to ask those questions nonetheless, comes this report that the #CellWall field's favourite cellulose inhibitor, isoxaben, behaves in ways very difficult to reconcile with the assumption that it specifically inhibits CESAs: https://doi.org/10.1093/plphys/kiad538
-
Using a drug without understanding it's mechanism is risky business. Although obvious, some are so useful that questions are swept away in the waves of enthusiastic adoption.
Straight from the keyboard next door, where Mike took the time to ask those questions nonetheless, comes this report that the #CellWall field's favourite cellulose inhibitor, isoxaben, behaves in ways very difficult to reconcile with the assumption that it specifically inhibits CESAs: https://doi.org/10.1093/plphys/kiad538
-
#Algae living inside #corals provide sugars for their host by digesting their own cell walls https://elifesciences.org/articles/90916 @eLife #protists #microbes #symbiosis
Environmental pH signals the release of monosaccharides from #CellWall in #coral #symbiotic alga https://elifesciences.org/articles/80628
"combination of both digestion- and transporter-driven secretion are likely involved in sugar output... The symbiotic system may therefore be tunable according to the dynamic conditions of the coral reef."
-
#Algae living inside #corals provide sugars for their host by digesting their own cell walls https://elifesciences.org/articles/90916 @eLife #protists #microbes #symbiosis
Environmental pH signals the release of monosaccharides from #CellWall in #coral #symbiotic alga https://elifesciences.org/articles/80628
"combination of both digestion- and transporter-driven secretion are likely involved in sugar output... The symbiotic system may therefore be tunable according to the dynamic conditions of the coral reef."
-
#Algae living inside #corals provide sugars for their host by digesting their own cell walls https://elifesciences.org/articles/90916 @eLife #protists #microbes #symbiosis
Environmental pH signals the release of monosaccharides from #CellWall in #coral #symbiotic alga https://elifesciences.org/articles/80628
"combination of both digestion- and transporter-driven secretion are likely involved in sugar output... The symbiotic system may therefore be tunable according to the dynamic conditions of the coral reef."
-
#Algae living inside #corals provide sugars for their host by digesting their own cell walls https://elifesciences.org/articles/90916 @eLife #protists #microbes #symbiosis
Environmental pH signals the release of monosaccharides from #CellWall in #coral #symbiotic alga https://elifesciences.org/articles/80628
"combination of both digestion- and transporter-driven secretion are likely involved in sugar output... The symbiotic system may therefore be tunable according to the dynamic conditions of the coral reef."
-
New Review article from the lab of Tuo Wang on #NMR for the study of polysaccharide assemblies in #plant and fungal cell walls:
https://www.sciencedirect.com/science/article/pii/S0969212623002733
-
New Review article from the lab of Tuo Wang on #NMR for the study of polysaccharide assemblies in #plant and fungal cell walls:
https://www.sciencedirect.com/science/article/pii/S0969212623002733
-
New Review article from the lab of Tuo Wang on #NMR for the study of polysaccharide assemblies in #plant and fungal cell walls:
https://www.sciencedirect.com/science/article/pii/S0969212623002733
-
New Review article from the lab of Tuo Wang on #NMR for the study of polysaccharide assemblies in #plant and fungal cell walls:
https://www.sciencedirect.com/science/article/pii/S0969212623002733
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<checks calendar> Sunday?
🍅Perfect day to talk 🍅#tomatoes with Shi et al. who🍅review #transcriptional regulation of 🍅processes related to 🍅fleshy #fruit texture🔓⬇️🍅https://jipb.net/EN/10.1111/jipb.13316
@wileyplantsci
🍅 #PlantSci #development 🍅#CellWall #TF #PlantScience #MADSBoxProtein -
<checks calendar> Sunday?
🍅Perfect day to talk 🍅#tomatoes with Shi et al. who🍅review #transcriptional regulation of 🍅processes related to 🍅fleshy #fruit texture🔓⬇️🍅https://jipb.net/EN/10.1111/jipb.13316
@wileyplantsci
🍅 #PlantSci #development 🍅#CellWall #TF #PlantScience #MADSBoxProtein -
Why does *in vitro* lignin depolymerization by fungal laccases rarely work out? A presentation by Elena Gugole at #ICP2023 in Nantes offered a very satisfying answer:
When fungi degrade lignin, they do so in concert with cellulose degradation, where the phenolic radicals from lignin breakdown are used as electron acceptors by glucose dehydrogenases. *In vitro, *outside the context of cellulose degradation, those radicals re-polymerise instead. #plantscience #cellwall
-
Why does *in vitro* lignin depolymerization by fungal laccases rarely work out? A presentation by Elena Gugole at #ICP2023 in Nantes offered a very satisfying answer:
When fungi degrade lignin, they do so in concert with cellulose degradation, where the phenolic radicals from lignin breakdown are used as electron acceptors by glucose dehydrogenases. *In vitro, *outside the context of cellulose degradation, those radicals re-polymerise instead. #plantscience #cellwall
-
#introduction. I am a plant developmental geneticist. The lab addresses a fundamental biological question: how does morphogenesis translate genotype into form? To this end we study signaling at the plasma membrane - cell wall interface and we investigate how mechanical forces influence tissue shape using 3D digital ovules.
Main interests:
#Arabidopsis #CellBiology #cellbio #CellWall #devbio #devbiol #DevelopmentalBiology #EvoDevo #imaging #lignin #MechanoBiology #microscopy #PlantBiology -
#introduction. I am a plant developmental geneticist. The lab addresses a fundamental biological question: how does morphogenesis translate genotype into form? To this end we study signaling at the plasma membrane - cell wall interface and we investigate how mechanical forces influence tissue shape using 3D digital ovules.
Main interests:
#Arabidopsis #CellBiology #cellbio #CellWall #devbio #devbiol #DevelopmentalBiology #EvoDevo #imaging #lignin #MechanoBiology #microscopy #PlantBiology -
#introduction. I am a plant developmental geneticist. The lab addresses a fundamental biological question: how does morphogenesis translate genotype into form? To this end we study signaling at the plasma membrane - cell wall interface and we investigate how mechanical forces influence tissue shape using 3D digital ovules.
Main interests:
#Arabidopsis #CellBiology #cellbio #CellWall #devbio #devbiol #DevelopmentalBiology #EvoDevo #imaging #lignin #MechanoBiology #microscopy #PlantBiology