PLOS Biology (@plosbiology) 's Twitter Profile
PLOS Biology

@plosbiology

PLOS Biology, the PLOS flagship journal in life sciences, is a highly selective open-access, peer-reviewed general biology journal @[email protected]

ID: 96102210

linkhttp://www.plosbiology.org calendar_today11-12-2009 10:40:35

32,32K Tweet

103,103K Followers

6,6K Following

PLOS Biology (@plosbiology) 's Twitter Profile Photo

This Primer explores a new #PLOSBiology study revealing the role of the mRNA-surveillance mechanism of no-go decay (NGD) in regulating gene expression during embryonic development in #zebrafish. Primer: plos.io/4frsf4B Paper: plos.io/4g4RESq

This Primer explores a new #PLOSBiology study revealing the role of the mRNA-surveillance mechanism of no-go decay (NGD) in regulating gene expression during embryonic development in #zebrafish. Primer: plos.io/4frsf4B Paper: plos.io/4g4RESq
PLOS Biology (@plosbiology) 's Twitter Profile Photo

Developmental outcomes need to be robust to environmental perturbations. Goehring Lab shows that in #Celegans zygotes, PAR-dependent asymmetric #CellDivision is resistant to variations in local protein concentration & symmetry-breaking cues #PLOSBiology plos.io/3VuNjzG

Developmental outcomes need to be robust to environmental perturbations. <a href="/goehring_lab/">Goehring Lab</a> shows that in #Celegans zygotes, PAR-dependent asymmetric #CellDivision is resistant to variations in local protein concentration &amp; symmetry-breaking cues #PLOSBiology plos.io/3VuNjzG
PLOS Biology (@plosbiology) 's Twitter Profile Photo

This Primer explores a new #PLOSBiology study revealing the role of the mRNA-surveillance mechanism of no-go decay (NGD) in regulating gene expression during embryonic development in #zebrafish. Primer: plos.io/4frsf4B Paper: plos.io/4g4RESq

This Primer explores a new #PLOSBiology study revealing the role of the mRNA-surveillance mechanism of no-go decay (NGD) in regulating gene expression during embryonic development in #zebrafish. Primer: plos.io/4frsf4B Paper: plos.io/4g4RESq
Roli Roberts (@roliroberts) 's Twitter Profile Photo

I'm at #BES2024, representing PLOS Biology there, so do come and chat to me. HOWEVER I'm no longer posting science on X, so if you want to know what's happening there, join me on Bluesky! bsky.app/profile/roliro…

NEI (@nateyeinstitute) 's Twitter Profile Photo

Did you know that apes and human adults have similar eye movement patterns when tracking activities? Researchers at Université Neuchâtel (Switzerland) suggest that apes may understand cause-and-effect similarly to humans. PLOS Biology: bit.ly/49hFnaW

Did you know that apes and human adults have similar eye movement patterns when tracking activities? Researchers at <a href="/UniNeuchatel/">Université Neuchâtel</a> (Switzerland) suggest that apes may understand cause-and-effect similarly to humans. <a href="/PLOSBiology/">PLOS Biology</a>: bit.ly/49hFnaW
PLOS Biology (@plosbiology) 's Twitter Profile Photo

Ever wondered how #Christmas tree meringues can help #educate the public about science? No? Well Vinatier et al have: Find out in this Community Page how they educated the public on the importance of scientific #reproducibility with these festive treats!🎄 plos.io/49z4ZQy

Ever wondered how #Christmas tree meringues can help #educate the public about science? No? Well Vinatier et al have: Find out in this Community Page how they educated the public on the importance of scientific #reproducibility with these festive treats!🎄 plos.io/49z4ZQy
PLOS Biology (@plosbiology) 's Twitter Profile Photo

Ever wondered how #Christmas tree meringues can help #educate the public about science? No? Well Vinatier et al have: Find out in this Community Page how they educated the public on the importance of scientific #reproducibility with these festive treats!🎄 plos.io/49z4ZQy

Ever wondered how #Christmas tree meringues can help #educate the public about science? No? Well Vinatier et al have: Find out in this Community Page how they educated the public on the importance of scientific #reproducibility with these festive treats!🎄 plos.io/49z4ZQy
PLOS Biology (@plosbiology) 's Twitter Profile Photo

Screen for novel kinase regulators by Montse Llanses Elena Rainero &co shows that the α2β1 integrin/p38 signaling axis is needed for internalization of #integrin-bound #ECM, modulating cell migration & invasion in diverse #cancer cells #PLOSBiology plos.io/4gzKTbp

Screen for novel kinase regulators by <a href="/Montse_Llanses/">Montse Llanses</a> <a href="/ERainero_lab/">Elena Rainero</a> &amp;co shows that the α2β1 integrin/p38 signaling axis is needed for internalization of #integrin-bound #ECM, modulating cell migration &amp; invasion in diverse #cancer cells #PLOSBiology plos.io/4gzKTbp
PLOS Biology (@plosbiology) 's Twitter Profile Photo

Do #plants with larger genomes grow faster under nutrient enrichment? Data from 27 nutrient addition experiments suggest that #GenomeSize improves predictions of species’ success in #grassland communities @Jotosynthesis @E_HerschGreen &co #PLOSBiology plos.io/4fi5dwS

Do #plants with larger genomes grow faster under nutrient enrichment? Data from 27 nutrient addition experiments suggest that #GenomeSize improves predictions of species’ success in #grassland communities @Jotosynthesis @E_HerschGreen &amp;co #PLOSBiology plos.io/4fi5dwS
MalariaGEN (@malariagenomics) 's Twitter Profile Photo

A new PLOS Biology study links copy number variants in Anopheles arabiensis to resistance against 2 key insecticides, pirimiphos-methyl and deltamethrin. Explore the findings from the analysis of mosquito genomes available through the Vector Observatory journals.plos.org/plosbiology/ar…

PLOS Biology (@plosbiology) 's Twitter Profile Photo

Do #plants with larger genomes grow faster under nutrient enrichment? Data from 27 nutrient addition experiments suggest that #GenomeSize improves predictions of species’ success in #grassland communities @Jotosynthesis @E_HerschGreen &co #PLOSBiology plos.io/4fi5dwS

Do #plants with larger genomes grow faster under nutrient enrichment? Data from 27 nutrient addition experiments suggest that #GenomeSize improves predictions of species’ success in #grassland communities @Jotosynthesis @E_HerschGreen &amp;co #PLOSBiology plos.io/4fi5dwS
PLOS Biology (@plosbiology) 's Twitter Profile Photo

Screen for novel kinase regulators by Montse Llanses Elena Rainero &co shows that the α2β1 integrin/p38 signaling axis is needed for internalization of #integrin-bound #ECM, modulating cell migration & invasion in diverse #cancer cells #PLOSBiology plos.io/4gzKTbp

Screen for novel kinase regulators by <a href="/Montse_Llanses/">Montse Llanses</a> <a href="/ERainero_lab/">Elena Rainero</a> &amp;co shows that the α2β1 integrin/p38 signaling axis is needed for internalization of #integrin-bound #ECM, modulating cell migration &amp; invasion in diverse #cancer cells #PLOSBiology plos.io/4gzKTbp
Rob Barber (@ra_barber) 's Twitter Profile Photo

Big news! 🎉 My first PhD chapter has been published in PLOS Biology, and it just made the cover! 🐦🌍Perfect time to dive into the key findings from our global study on sexual selection in birds. 🧵👇 📖 Read the paper: doi.org/10.1371/journa…

Big news! 🎉 My first PhD chapter has been published in <a href="/PLOSBiology/">PLOS Biology</a>, and it just made the cover! 🐦🌍Perfect time to dive into the key findings from our global study on sexual selection in birds. 🧵👇
📖 Read the paper: doi.org/10.1371/journa…
PLOS Biology (@plosbiology) 's Twitter Profile Photo

Screen for novel kinase regulators by Montse Llanses Elena Rainero &co shows that the α2β1 integrin/p38 signaling axis is needed for internalization of #integrin-bound #ECM, modulating cell migration & invasion in diverse #cancer cells #PLOSBiology plos.io/4gzKTbp

Screen for novel kinase regulators by <a href="/Montse_Llanses/">Montse Llanses</a> <a href="/ERainero_lab/">Elena Rainero</a> &amp;co shows that the α2β1 integrin/p38 signaling axis is needed for internalization of #integrin-bound #ECM, modulating cell migration &amp; invasion in diverse #cancer cells #PLOSBiology plos.io/4gzKTbp
PLOS Biology (@plosbiology) 's Twitter Profile Photo

Do #plants with larger genomes grow faster under nutrient enrichment? Data from 27 nutrient addition experiments suggest that #GenomeSize improves predictions of species’ success in #grassland communities @Jotosynthesis @E_HerschGreen &co #PLOSBiology plos.io/4fi5dwS

Do #plants with larger genomes grow faster under nutrient enrichment? Data from 27 nutrient addition experiments suggest that #GenomeSize improves predictions of species’ success in #grassland communities @Jotosynthesis @E_HerschGreen &amp;co #PLOSBiology plos.io/4fi5dwS
MSU College of Natural Science (@msunatsci) 's Twitter Profile Photo

New research with contributions from MSU's Dr. Lydia Beaudrot, reveals that even protected areas like national parks are losing mammal species due to human impact. Read the full story: msutoday.msu.edu/news/2025/prot…

New research with contributions from <a href="/michiganstateu/">MSU</a>'s Dr. <a href="/BeaudrotLydia/">Lydia Beaudrot</a>, reveals that even protected areas like national parks are losing mammal species due to human impact.
Read the full story: msutoday.msu.edu/news/2025/prot…