PLOSCompBiol's profile picture. An open-access, peer-reviewed journal. Tweets from: PLOS CB Team. 

Header Image Credit: Benjamin Czaja, The University of Amsterdam.

PLOS Comp Biol

@PLOSCompBiol

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

Discover groundbreaking Open Access research that explores the opportunities, applications, and risks of #MachineLearning and #ArtificialIntelligence plos.io/4cd5SPD

PLOSCompBiol's tweet image. Discover groundbreaking Open Access research that explores the opportunities, applications, and risks of #MachineLearning and #ArtificialIntelligence  plos.io/4cd5SPD

Discover groundbreaking Open Access research that explores the opportunities, applications, and risks of #MachineLearning and #ArtificialIntelligence plos.io/4cd5SPD

PLOSCompBiol's tweet image. Discover groundbreaking Open Access research that explores the opportunities, applications, and risks of #MachineLearning and #ArtificialIntelligence plos.io/4cd5SPD

Want to contribute to our quick tips article series? Check out these ten simple rules for writing a PLOS Computational Biology quick tips article: plos.io/3vdWr1G

PLOSCompBiol's tweet image. Want to contribute to our quick tips article series? Check out these ten simple rules for writing a PLOS Computational Biology quick tips article: plos.io/3vdWr1G

Want to contribute to our quick tips article series? Check out these ten simple rules for writing a PLOS Computational Biology quick tips article: plos.io/3vdWr1G

PLOSCompBiol's tweet image. Want to contribute to our quick tips article series? Check out these ten simple rules for writing a PLOS Computational Biology quick tips article: plos.io/3vdWr1G

Want to contribute to our quick tips article series? Check out these ten simple rules for writing a PLOS Computational Biology quick tips article: plos.io/3vdWr1G

PLOSCompBiol's tweet image. Want to contribute to our quick tips article series? Check out these ten simple rules for writing a PLOS Computational Biology quick tips article: plos.io/3vdWr1G

Researchers share ten simple rules for humane data science in this recent installment of our "Ten Simple Rules" article series: plos.io/3THaaIa

PLOSCompBiol's tweet image. Researchers share ten simple rules for humane data science in this recent installment of our "Ten Simple Rules" article series: plos.io/3THaaIa

Check out these ten quick tips for fuzzy logic modeling of biomedical systems: plos.io/3v7djXQ

PLOSCompBiol's tweet image. Check out these ten quick tips for fuzzy logic modeling of biomedical systems: plos.io/3v7djXQ

🔎 Ten simple rules for managing laboratory information: plos.io/4axMKuO

PLOSCompBiol's tweet image. 🔎 Ten simple rules for managing laboratory information: plos.io/4axMKuO

🔎 Ten simple rules for managing laboratory information: plos.io/4axMKuO

PLOSCompBiol's tweet image. 🔎 Ten simple rules for managing laboratory information: plos.io/4axMKuO

In this recent study, researchers from @Columbia and @UW discuss tracking calcium dynamics from individual neurons in behaving animals: plos.io/2YNsEMI

PLOSCompBiol's tweet image. In this recent study, researchers from @Columbia and @UW discuss tracking calcium dynamics from individual neurons in behaving animals: plos.io/2YNsEMI

Looking for more recent studies from PLOS Computational Biology and other PLOS biological sciences journals? See selected animal biology, immunology, microbiology research, plant studies, and more from across our portfolio: plos.io/3R16uzj

PLOSCompBiol's tweet image. Looking for more recent studies from PLOS Computational Biology and other PLOS biological sciences journals? See selected animal biology, immunology, microbiology research, plant studies, and more from across our portfolio: plos.io/3R16uzj

Researchers from @UCSanDiego share insights on genome-scale metabolic modeling of the human gut bacterium Bacteroides fragilis strain 638R in this recent study: plos.io/3QMkPi3

PLOSCompBiol's tweet image. Researchers from @UCSanDiego share insights on genome-scale metabolic modeling of the human gut bacterium Bacteroides fragilis strain 638R in this recent study: plos.io/3QMkPi3

🔎 Deep convolutional and conditional neural networks for large-scale genomic data generation: plos.io/46VDazQ

PLOSCompBiol's tweet image. 🔎 Deep convolutional and conditional neural networks for large-scale genomic data generation: plos.io/46VDazQ

Looking for more recent studies from PLOS Computational Biology and other PLOS biological sciences journals? See selected animal biology, immunology, microbiology research, plant studies, and more from across our portfolio: plos.io/3R16uzj

PLOSCompBiol's tweet image. Looking for more recent studies from PLOS Computational Biology and other PLOS biological sciences journals? See selected animal biology, immunology, microbiology research, plant studies, and more from across our portfolio: plos.io/3R16uzj

In this new study, researchers discuss a Bayesian method to infer copy number clones from single-cell RNA and ATAC sequencing 🔎 plos.io/3Ms4ayz

PLOSCompBiol's tweet image. In this new study, researchers discuss a Bayesian method to infer copy number clones from single-cell RNA and ATAC sequencing 🔎 plos.io/3Ms4ayz

In this recent study, researchers from @Columbia and @UW discuss tracking calcium dynamics from individual neurons in behaving animals: plos.io/2YNsEMI

PLOSCompBiol's tweet image. In this recent study, researchers from @Columbia and @UW discuss tracking calcium dynamics from individual neurons in behaving animals: plos.io/2YNsEMI

Researchers from @IowaStateU share results offering high resolution insight into thermo-TRP channel function and demonstrate the utility of temperature-sensitive contact analysis in this recent study: plos.io/49qGiWc

PLOSCompBiol's tweet image. Researchers from @IowaStateU share results offering high resolution insight into thermo-TRP channel function and demonstrate the utility of temperature-sensitive contact analysis in this recent study: plos.io/49qGiWc

In this new study researchers from @queensu and @Columbia discuss interaction between decision-making and motor learning when selecting reach targets in the presence of bias and noise 🔎 plos.io/3MxKmtJ

PLOSCompBiol's tweet image. In this new study researchers from @queensu and @Columbia discuss interaction between decision-making and motor learning when selecting reach targets in the presence of bias and noise 🔎 plos.io/3MxKmtJ

Researchers from @UCSanDiego share insights on genome-scale metabolic modeling of the human gut bacterium Bacteroides fragilis strain 638R in this recent study: plos.io/3QMkPi3

PLOSCompBiol's tweet image. Researchers from @UCSanDiego share insights on genome-scale metabolic modeling of the human gut bacterium Bacteroides fragilis strain 638R in this recent study: plos.io/3QMkPi3

🔎 Deep convolutional and conditional neural networks for large-scale genomic data generation: plos.io/46VDazQ

PLOSCompBiol's tweet image. 🔎 Deep convolutional and conditional neural networks for large-scale genomic data generation: plos.io/46VDazQ

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