#cytoplasm — Public Fediverse posts

https://www.europesays.com/ie/538658/ New study uncovers how prostate cancer cells evade treatment #Autophagy #Biochemistry #cancer #Cell #Cytoplasm #Drugs #Éire #Health #IE #Ireland #Kinase #Mitochondria #MolecularBiology #OxidativeStress #pH #Prostate #ProstateCancer #Protein #Research #Stress #therapy

https://www.europesays.com/ie/377088/ Using engineered bacteria to breach tumor defenses #bacteria #cancer #Cell #Colorectal #ColorectalCancer #Cytoplasm #Cytotoxicity #DrugDelivery #Drugs #Efficacy #Éire #food #Health #IE #InVitro #InVivo #Intracellular #Ireland #Listeria #pH #Research #Sarcoma #Students #Therapeutics #therapy #Toxin #Tumor

https://www.europesays.com/ie/376730/ Scientists simulate complete life cycle of a minimal bacterial cell #Bacterial #Cell #CellCycle #CellDivision #ChemicalReaction #Chromosome #Cytoplasm #DNA #DnaReplication #Éire #Gene #Genes #IE #Ireland #MedicalSchool #Membrane #Metabolism #Molecule #Protein #Research #RNA #Science #Technology #Translation

Expanded Seq-Scope method boosts gene-mapping resolution within tissues

In 2021, a technology developed at University of Michigan, called Seq-Scope, revolutionized the ability to map gene activity…
#NewsBeep #News #Health #AU #Australia #Cytoplasm #Gene #Illumina #Laboratory #pH #Proteome #Technology
https://www.newsbeep.com/au/509197/

Expanded Seq-Scope method boosts gene-mapping resolution within tissues

In 2021, a technology developed at University of Michigan, called Seq-Scope, revolutionized the ability to map gene activity…
#NewsBeep #News #Health #AU #Australia #Cytoplasm #Gene #Illumina #Laboratory #pH #Proteome #Technology
https://www.newsbeep.com/au/509197/

https://www.europesays.com/ie/360320/ Expanded Seq-Scope method boosts gene-mapping resolution within tissues #Cytoplasm #Éire #Gene #Health #IE #Illumina #Ireland #Laboratory #pH #Proteome #Technology

https://www.europesays.com/ie/360244/ Protein partnership enhances innate immune sensing of viral RNA #AtomicForceMicroscopy #Cell #Cytoplasm #Éire #Electron #ElectronMicroscopy #IE #ImmuneResponse #ImmuneSystem #Ireland #Melanoma #Microscopy #Protein #Receptor #Research #RibonucleicAcid #RNA #Science

https://www.europesays.com/ie/343462/ Study reveals poxvirus’s unique DNA clamp for gene activation #Cell #CellNucleus #Cytoplasm #DNA #Drugs #Éire #Electron #Evolution #Genes #Genetic #GeneticInformation #Helix #IE #Ireland #Metabolism #Polymerase #Protein #RNA #Science #Smallpox #Transcription #virus

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Cytoplasm is a gelating fluid inside:
A. Brain
B. Bones
C. Hair
D. Cell

#cytoplasm #interesting #science #cytology ... Continue to: https://www.facebook.com/1130092409221646/posts/1242122934685259

Fascinating insights into the life of poly(A) #RNA subcellular fractions obtained in ESC mouse cells by metabolic labeling. Intriguing conclusion about the apparent long life of newly synthesized RNA in the nucleus.

https://www.biorxiv.org/content/10.1101/2024.03.11.584215v1

#molecularbiology #RNA #half-life #nucleus #cytoplasm

Fascinating insights into the life of poly(A) #RNA subcellular fractions obtained in ESC mouse cells by metabolic labeling. Intriguing conclusion about the apparent long life of newly synthesized RNA in the nucleus.

https://www.biorxiv.org/content/10.1101/2024.03.11.584215v1

#molecularbiology #RNA #half-life #nucleus #cytoplasm

Fascinating insights into the life of poly(A) #RNA subcellular fractions obtained in ESC mouse cells by metabolic labeling. Intriguing conclusion about the apparent long life of newly synthesized RNA in the nucleus.

https://www.biorxiv.org/content/10.1101/2024.03.11.584215v1

#molecularbiology #RNA #half-life #nucleus #cytoplasm

Fascinating insights into the life of poly(A) #RNA subcellular fractions obtained in ESC mouse cells by metabolic labeling. Intriguing conclusion about the apparent long life of newly synthesized RNA in the nucleus.

https://www.biorxiv.org/content/10.1101/2024.03.11.584215v1

#molecularbiology #RNA #half-life #nucleus #cytoplasm

Researchers reveal how a #nanomachine cleans up inside the #cell.

#autophagy #cytoplasm

https://phys.org/news/2023-05-reveal-nanomachine-cell.html

New #laser technology for #micromanipulation allows researchers to control movement in living #cells

#cytoplasm

https://phys.org/news/2023-05-laser-technology-micromanipulation-movement-cells.html

Newly discovered #electrical activity within #cells could change the way researchers think about biological chemistry.

#condensates #cytoplasm

https://phys.org/news/2023-04-newly-electrical-cells-biological-chemistry.html

How do stress-resistant #yeast spores exit their state of dormancy? @Sam_Plante_ @landrychristian &co show how such #spores transform the biophysical properties of their #cytoplasm and #proteome to return to vegetative growth #PLOSBiology https://plos.io/3mJBM1C

How do stress-resistant #yeast spores exit their state of dormancy? @Sam_Plante_ @landrychristian &co show how such #spores transform the biophysical properties of their #cytoplasm and #proteome to return to vegetative growth #PLOSBiology https://plos.io/3mJBM1C

How do stress-resistant #yeast spores exit their state of dormancy? @Sam_Plante_ @landrychristian &co show how such #spores transform the biophysical properties of their #cytoplasm and #proteome to return to vegetative growth #PLOSBiology https://plos.io/3mJBM1C

How do stress-resistant #yeast spores exit their state of dormancy? @Sam_Plante_ @landrychristian &co show how such #spores transform the biophysical properties of their #cytoplasm and #proteome to return to vegetative growth #PLOSBiology https://plos.io/3mJBM1C

How do stress-resistant #yeast spores exit their state of dormancy? @Sam_Plante_ @landrychristian &co show how such #spores transform the biophysical properties of their #cytoplasm and #proteome to return to vegetative growth #PLOSBiology https://plos.io/3mJBM1C

How do stress-resistant #yeast spores exit their state of dormancy? @Sam_Plante_ @landrychristian &co show how such #spores transform the biophysical properties of their #cytoplasm and #proteome to return to vegetative growth #PLOSBiology https://plos.io/3mJBM1C

How do stress-resistant #yeast spores exit their state of dormancy? @Sam_Plante_ @landrychristian &co show how such #spores transform the biophysical properties of their #cytoplasm and #proteome to return to vegetative growth #PLOSBiology https://plos.io/3mJBM1C

How do stress-resistant #yeast spores exit their state of dormancy? @Sam_Plante_ @landrychristian &co show how such #spores transform the biophysical properties of their #cytoplasm and #proteome to return to vegetative growth #PLOSBiology https://plos.io/3mJBM1C

How do stress-resistant #yeast spores exit their state of dormancy? @Sam_Plante_ @landrychristian &co show how such #spores transform the biophysical properties of their #cytoplasm and #proteome to return to vegetative growth #PLOSBiology https://plos.io/3mJBM1C

How do stress-resistant #yeast spores exit their state of dormancy? @Sam_Plante_ @landrychristian &co show how such #spores transform the biophysical properties of their #cytoplasm and #proteome to return to vegetative growth #PLOSBiology https://plos.io/3mJBM1C

How do stress-resistant #yeast spores exit their state of dormancy? @Sam_Plante_ @landrychristian &co show how such #spores transform the biophysical properties of their #cytoplasm and #proteome to return to vegetative growth #PLOSBiology https://plos.io/3mJBM1C

How do stress-resistant #yeast spores exit their state of dormancy? @Sam_Plante_ @landrychristian &co show how such #spores transform the biophysical properties of their #cytoplasm and #proteome to return to vegetative growth #PLOSBiology https://plos.io/3mJBM1C

How do stress-resistant #yeast spores exit their state of dormancy? @Sam_Plante_ @landrychristian &co show how such #spores transform the biophysical properties of their #cytoplasm and #proteome to return to vegetative growth #PLOSBiology https://plos.io/3mJBM1C

How do stress-resistant #yeast spores exit their state of dormancy? @Sam_Plante_ @landrychristian &co show how such #spores transform the biophysical properties of their #cytoplasm and #proteome to return to vegetative growth #PLOSBiology https://plos.io/3mJBM1C

How do stress-resistant #yeast spores exit their state of dormancy? @Sam_Plante_ @landrychristian &co show how such #spores transform the biophysical properties of their #cytoplasm and #proteome to return to vegetative growth #PLOSBiology https://plos.io/3mJBM1C

#February 1, 1844
#OTD Eduard Strasburger, #Polish-#German #Professor & #Botanist, is born.

In 1882, he coined the terms “#Cytoplasm” and “#Nucleoplasm.”

Six years later, he was the first person to observe #Chromosomes, and he did it using the glorious #Fritillaria imperialis or the #Crown #Imperial #Lily.

What a gorgeous subject for such an important discovery!

#Science #Gardening #Garden #Gardener #GardenersofMastodon #Nature #Flowers #FunFact

#February 1, 1844
#OTD Eduard Strasburger, #Polish-#German #Professor & #Botanist, is born.

In 1882, he coined the terms “#Cytoplasm” and “#Nucleoplasm.”

Six years later, he was the first person to observe #Chromosomes, and he did it using the glorious #Fritillaria imperialis or the #Crown #Imperial #Lily.

What a gorgeous subject for such an important discovery!

#Science #Gardening #Garden #Gardener #GardenersofMastodon #Nature #Flowers #FunFact

#February 1, 1844
#OTD Eduard Strasburger, #Polish-#German #Professor & #Botanist, is born.

In 1882, he coined the terms “#Cytoplasm” and “#Nucleoplasm.”

Six years later, he was the first person to observe #Chromosomes, and he did it using the glorious #Fritillaria imperialis or the #Crown #Imperial #Lily.

What a gorgeous subject for such an important discovery!

#Science #Gardening #Garden #Gardener #GardenersofMastodon #Nature #Flowers #FunFact

#February 1, 1844
#OTD Eduard Strasburger, #Polish-#German #Professor & #Botanist, is born.

In 1882, he coined the terms “#Cytoplasm” and “#Nucleoplasm.”

Six years later, he was the first person to observe #Chromosomes, and he did it using the glorious #Fritillaria imperialis or the #Crown #Imperial #Lily.

What a gorgeous subject for such an important discovery!

#Science #Gardening #Garden #Gardener #GardenersofMastodon #Nature #Flowers #FunFact

#February 1, 1844
#OTD Eduard Strasburger, #Polish-#German #Professor & #Botanist, is born.

In 1882, he coined the terms “#Cytoplasm” and “#Nucleoplasm.”

Six years later, he was the first person to observe #Chromosomes, and he did it using the glorious #Fritillaria imperialis or the #Crown #Imperial #Lily.

What a gorgeous subject for such an important discovery!

#Science #Gardening #Garden #Gardener #GardenersofMastodon #Nature #Flowers #FunFact

Messenger #RNA (#mRNA) are biological #molecules that transfer the information coded by #genes in the nucleus to the #cytoplasm for protein synthesis by #ribosomes. mRNA sequences can be designed to encode specific proteins; the most well-known example of this is the mRNA #vaccines for #COVID-19
#Biology #Pharmaceutical #sflorg
https://www.sflorg.com/2022/11/phar11102201.html

Messenger #RNA (#mRNA) are biological #molecules that transfer the information coded by #genes in the nucleus to the #cytoplasm for protein synthesis by #ribosomes. mRNA sequences can be designed to encode specific proteins; the most well-known example of this is the mRNA #vaccines for #COVID-19
#Biology #Pharmaceutical #sflorg
https://www.sflorg.com/2022/11/phar11102201.html

Messenger #RNA (#mRNA) are biological #molecules that transfer the information coded by #genes in the nucleus to the #cytoplasm for protein synthesis by #ribosomes. mRNA sequences can be designed to encode specific proteins; the most well-known example of this is the mRNA #vaccines for #COVID-19
#Biology #Pharmaceutical #sflorg
https://www.sflorg.com/2022/11/phar11102201.html