PLOS Comp Biol

PLOS Comp Biol

@PLOSCompBiol

Followers20.1K
Following395

An open-access, peer-reviewed journal. Tweets from: PLOS CB Team. Header Image Credit: Benjamin Czaja, The University of Amsterdam.

Joined on April 23, 2010
Statistics

We looked inside some of the tweets by @PLOSCompBiol and here's what we found interesting.

Inside 100 Tweets

Time between tweets:
a day
Average replies
0
Average retweets
4
Average likes
12
Tweets with photos
100 / 100
Tweets with videos
0 / 100
Tweets with links
0 / 100
Check out this new article: "A disordered encounter complex is central to the yeast Abp1p SH3 domain binding pathway" - https://t.co/Ti9qKH8wk5 @kaureliaball @GabriellaGerla1 @ElliottStollar @NSF @MERCURY_NSF @SkidmoreCollege @LivBiochem https://t.co/bqVWZXgPXG

Check out this new article: "A disordered encounter complex is central to the yeast Abp1p SH3 domain binding pathway" - https://t.co/Ti9qKH8wk5 @kaureliaball @GabriellaGerla1 @ElliottStollar @NSF @MERCURY_NSF @SkidmoreCollege @LivBiochem https://t.co/bqVWZXgPXG

In this #neuroscience paper, Wei and colleagues highlight challenges in relating electrophysiology and imaging data, and suggest forward modeling as an effective way to predict and understand differences between them: https://t.co/bKhRptCtkC https://t.co/BpVWUkf3qu

In this #neuroscience paper, Wei and colleagues highlight challenges in relating electrophysiology and imaging data, and suggest forward modeling as an effective way to predict and understand differences between them: https://t.co/bKhRptCtkC https://t.co/BpVWUkf3qu

Read new #cancer research from Stein and colleagues, "Kinetic modeling of H2O2 dynamics in the mitochondria of HeLa cells" here: https://t.co/VRvvZ0DlVh @sikeslab https://t.co/vcyBSWl0lT

Read new #cancer research from Stein and colleagues, "Kinetic modeling of H2O2 dynamics in the mitochondria of HeLa cells" here: https://t.co/VRvvZ0DlVh @sikeslab https://t.co/vcyBSWl0lT

Check out this new article: "A disordered encounter complex is central to the yeast Abp1p SH3 domain binding pathway" - https://t.co/Ti9qKH8wk5 @kaureliaball @GabriellaGerla1 @ElliottStollar @NSF @MERCURY_NSF @SkidmoreCollege @LivBiochem https://t.co/dXT0yYgca5

Check out this new article: "A disordered encounter complex is central to the yeast Abp1p SH3 domain binding pathway" - https://t.co/Ti9qKH8wk5 @kaureliaball @GabriellaGerla1 @ElliottStollar @NSF @MERCURY_NSF @SkidmoreCollege @LivBiochem https://t.co/dXT0yYgca5

New from Yang et al, "NuSeT: A deep learning tool for reliably separating and analyzing crowded cells" - https://t.co/29KclNY2nX https://t.co/2M2hfgOZ0t

New from Yang et al, "NuSeT: A deep learning tool for reliably separating and analyzing crowded cells" - https://t.co/29KclNY2nX https://t.co/2M2hfgOZ0t

Read new research from Juan F. Poyatos, "Genetic buffering and potentiation in metabolism", here: https://t.co/PgL3mGVNVs https://t.co/dR2hfMzS9n

Read new research from Juan F. Poyatos, "Genetic buffering and potentiation in metabolism", here: https://t.co/PgL3mGVNVs https://t.co/dR2hfMzS9n

New from Yang et al, "NuSeT: A deep learning tool for reliably separating and analyzing crowded cells" - https://t.co/29KclOfDMx https://t.co/OzzX4nHrJs

New from Yang et al, "NuSeT: A deep learning tool for reliably separating and analyzing crowded cells" - https://t.co/29KclOfDMx https://t.co/OzzX4nHrJs

Read new research from Juan F. Poyatos, "Genetic buffering and potentiation in metabolism", here: https://t.co/PgL3mGVNVs https://t.co/Cwa8Gx679u

Read new research from Juan F. Poyatos, "Genetic buffering and potentiation in metabolism", here: https://t.co/PgL3mGVNVs https://t.co/Cwa8Gx679u

Please help us as we explore how we can further support sharing and reuse of research. Take a 5-min survey to share your needs and experiences with respect to sharing computer code generated during your research. https://t.co/8pHyLzUQse https://t.co/SzxhbhGIsB

Please help us as we explore how we can further support sharing and reuse of research. Take a 5-min survey to share your needs and experiences with respect to sharing computer code generated during your research. https://t.co/8pHyLzUQse https://t.co/SzxhbhGIsB

We are exploring how we can further support sharing and reuse of research. We invite you to take a 5-min survey on your needs and experiences with respect to sharing computer code generated during your research. https://t.co/8pHyLzUQse https://t.co/Feh2r6souD

We are exploring how we can further support sharing and reuse of research. We invite you to take a 5-min survey on your needs and experiences with respect to sharing computer code generated during your research. https://t.co/8pHyLzUQse https://t.co/Feh2r6souD

Here are 10 simple rules for finishing your PhD! For more info on each rule, read the full @PLOSCompBiol article here: https://t.co/vXrvgaDHGq #MondayMotivation #phdchat @past3amsquad https://t.co/dPLmxiKzF5

Here are 10 simple rules for finishing your PhD! For more info on each rule, read the full @PLOSCompBiol article here: https://t.co/vXrvgaDHGq #MondayMotivation #phdchat @past3amsquad https://t.co/dPLmxiKzF5

Enjoyed this past project with some great collaborators...nice news from @PLOSCompBiol most-cited papers of 2015! #plosmostcited #PLOSCompBiolAuthor https://t.co/hCei4fUptd https://t.co/ADjjS2lo8n

Enjoyed this past project with some great collaborators...nice news from @PLOSCompBiol most-cited papers of 2015! #plosmostcited #PLOSCompBiolAuthor https://t.co/hCei4fUptd https://t.co/ADjjS2lo8n

Happy to see that my favorite article from my Ph.D. is one of the @PLOSCompBiol most-cited papers of 2015!   #plosmostcited #PLOSCompBiolAuthor https://t.co/NHMzdlmT8J https://t.co/2wX0plyl2u

Happy to see that my favorite article from my Ph.D. is one of the @PLOSCompBiol most-cited papers of 2015! #plosmostcited #PLOSCompBiolAuthor https://t.co/NHMzdlmT8J https://t.co/2wX0plyl2u

Cool, our paper on BacArena for individual-based modelling of microbial communities is one of the @PLOSCompBiol most-cited papers of 2017! #plosmostcited #PLOSCompBiolAuthor https://t.co/vg04q05rbA https://t.co/sfGubz2sZF

Cool, our paper on BacArena for individual-based modelling of microbial communities is one of the @PLOSCompBiol most-cited papers of 2017! #plosmostcited #PLOSCompBiolAuthor https://t.co/vg04q05rbA https://t.co/sfGubz2sZF

Our article led by Hiromasa Takemura is one of the @PLOSCompBiol most-cited papers of 2016! #plosmostcited #PLOSCompBiolAuthor https://t.co/n1S7Gl7f7W https://t.co/yJfPy7Z6HO @BrianWandell

Our article led by Hiromasa Takemura is one of the @PLOSCompBiol most-cited papers of 2016! #plosmostcited #PLOSCompBiolAuthor https://t.co/n1S7Gl7f7W https://t.co/yJfPy7Z6HO @BrianWandell

Check out our latest issue image from @Don_A_Belcher, "Oxygen gradients in an artificial vascularized tumor perfused with hemoglobin-based oxygen carrier supplemented blood" - click https://t.co/urHvcYhjA2 to find out more! https://t.co/ChYRdR47JS

Check out our latest issue image from @Don_A_Belcher, "Oxygen gradients in an artificial vascularized tumor perfused with hemoglobin-based oxygen carrier supplemented blood" - click https://t.co/urHvcYhjA2 to find out more! https://t.co/ChYRdR47JS

In their new article, Maxian, Mogilner and Strychalski present computational simulations of two different mechanisms of 3D cell migration in an extracellular matrix: https://t.co/jeOTzE5LTt https://t.co/ZSraj4o0ic

In their new article, Maxian, Mogilner and Strychalski present computational simulations of two different mechanisms of 3D cell migration in an extracellular matrix: https://t.co/jeOTzE5LTt https://t.co/ZSraj4o0ic

New from Nguyen and colleagues: "Buildup and bistability in auditory streaming as an evidence accumulation process with saturation" - https://t.co/DFNtajcNrm https://t.co/gmgM98JgZI

New from Nguyen and colleagues: "Buildup and bistability in auditory streaming as an evidence accumulation process with saturation" - https://t.co/DFNtajcNrm https://t.co/gmgM98JgZI

Check out our latest issue image from @Don_A_Belcher, "Oxygen gradients in an artificial vascularized tumor perfused with hemoglobin-based oxygen carrier supplemented blood" - click https://t.co/urHvcYhjA2 to find out more! https://t.co/9zjeeoOl08

Check out our latest issue image from @Don_A_Belcher, "Oxygen gradients in an artificial vascularized tumor perfused with hemoglobin-based oxygen carrier supplemented blood" - click https://t.co/urHvcYhjA2 to find out more! https://t.co/9zjeeoOl08

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