SciSurf: All topics found in 'PLOS Comp. Biol.'
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PLOS Computational Biology
Type
peer-reviewed, open-access online journal
Publisher
Public Library of Science
Disciplines
Computer Science
Biology
Papers published in
PLOS Comp. Biol.
frequently mention these topics.
18 papers
(16%) mention
experimental data
14 papers
(13%) mention
standard deviation
13 papers
(12%) mention
gene expression
13 papers
(12%) mention
model parameters
12 papers
(11%) mention
firing rate
11 papers
(10%) mention
p-value
11 papers
(10%) mention
mathematical model
10 papers
(9%) mention
statistically significant
10 papers
(9%) mention
simulation results
9 papers
(8%) mention
time step
9 papers
(8%) mention
normal distribution
9 papers
(8%) mention
uniformly distributed
8 papers
(7%) mention
binding sites
8 papers
(7%) mention
E. coli
8 papers
(7%) mention
kinase
8 papers
(7%) mention
amino acid
8 papers
(7%) mention
sample size
8 papers
(7%) mention
network model
8 papers
(7%) mention
cell population
8 papers
(7%) mention
computational model
8 papers
(7%) mention
correlation coefficient
8 papers
(7%) mention
molecular dynamics
7 papers
(6%) mention
cell lines
7 papers
(6%) mention
ligands
7 papers
(6%) mention
transcriptional
7 papers
(6%) mention
cancer cell
7 papers
(6%) mention
parameter estimation
7 papers
(6%) mention
RMSD
7 papers
(6%) mention
steady state
7 papers
(6%) mention
confidence intervals
6 papers
(5%) mention
stem cells
6 papers
(5%) mention
spike trains
6 papers
(5%) mention
signaling pathways
6 papers
(5%) mention
free energy
6 papers
(5%) mention
immune response
6 papers
(5%) mention
neural networks
6 papers
(5%) mention
membrane potential
6 papers
(5%) mention
decision making
6 papers
(5%) mention
wild-type
6 papers
(5%) mention
regulatory network
6 papers
(5%) mention
maximum likelihood
6 papers
(5%) mention
crystal structure
6 papers
(5%) mention
parameter sets
6 papers
(5%) mention
MD simulations
6 papers
(5%) mention
substrates
6 papers
(5%) mention
genome-wide
6 papers
(5%) mention
decision-making
6 papers
(5%) mention
transcription factors
6 papers
(5%) mention
wild type
6 papers
(5%) mention
sensitivity analysis
6 papers
(5%) mention
differentially expressed
6 papers
(5%) mention
positively correlated
6 papers
(5%) mention
population level
6 papers
(5%) mention
feature selection
6 papers
(5%) mention
cell culture
5 papers
(4%) mention
input-output
5 papers
(4%) mention
mRNA
5 papers
(4%) mention
breast cancer
5 papers
(4%) mention
mutual information
5 papers
(4%) mention
gene set
5 papers
(4%) mention
neuronal activity
5 papers
(4%) mention
initial conditions
5 papers
(4%) mention
principal components
5 papers
(4%) mention
single cell
5 papers
(4%) mention
signaling networks
5 papers
(4%) mention
cell division
5 papers
(4%) mention
differential equation
5 papers
(4%) mention
experimental conditions
5 papers
(4%) mention
Hill coefficient
5 papers
(4%) mention
simulated data
5 papers
(4%) mention
fold change
5 papers
(4%) mention
t-test
5 papers
(4%) mention
force field
5 papers
(4%) mention
simulation study
5 papers
(4%) mention
biological systems
5 papers
(4%) mention
linear model
5 papers
(4%) mention
computational time
5 papers
(4%) mention
simple model
4 papers
(3%) mention
phosphorylation
4 papers
(3%) mention
cytokine
4 papers
(3%) mention
time series
4 papers
(3%) mention
cell cycle
4 papers
(3%) mention
growth rate
4 papers
(3%) mention
synaptic weights
4 papers
(3%) mention
cell-to-cell
4 papers
(3%) mention
ANOVA
4 papers
(3%) mention
functional connectivity
4 papers
(3%) mention
synaptic inputs
4 papers
(3%) mention
rate constants
4 papers
(3%) mention
age group
4 papers
(3%) mention
action potential
4 papers
(3%) mention
hydrogen bond
4 papers
(3%) mention
cell density
4 papers
(3%) mention
long-range
4 papers
(3%) mention
fixation point
4 papers
(3%) mention
feedforward
4 papers
(3%) mention
immune cells
4 papers
(3%) mention
crystal structures
4 papers
(3%) mention
predictive power
4 papers
(3%) mention
R0
4 papers
(3%) mention
meta-analysis
4 papers
(3%) mention
time course
4 papers
(3%) mention
drug target
4 papers
(3%) mention
learning rule
4 papers
(3%) mention
excitatory input
4 papers
(3%) mention
ICA
4 papers
(3%) mention
point mutations
4 papers
(3%) mention
tumor growth
4 papers
(3%) mention
cell growth
4 papers
(3%) mention
subpopulations
4 papers
(3%) mention
expression profiles
4 papers
(3%) mention
sequencing data
4 papers
(3%) mention
cell fate
4 papers
(3%) mention
Poisson model
4 papers
(3%) mention
Poisson process
4 papers
(3%) mention
time constant
4 papers
(3%) mention
cancer gene
4 papers
(3%) mention
upregulation
4 papers
(3%) mention
null model
4 papers
(3%) mention
active site
4 papers
(3%) mention
true positives
4 papers
(3%) mention
reinforcement learning
4 papers
(3%) mention
signal transduction
4 papers
(3%) mention
enrichment analysis
4 papers
(3%) mention
growth factor
4 papers
(3%) mention
expression data
4 papers
(3%) mention
AUC
4 papers
(3%) mention
binding affinity
4 papers
(3%) mention
false positives
4 papers
(3%) mention
microarray
4 papers
(3%) mention
kinetic parameters
4 papers
(3%) mention
generative model
4 papers
(3%) mention
cross-validated
4 papers
(3%) mention
Gaussian distribution
4 papers
(3%) mention
Fisher’s Exact
4 papers
(3%) mention
RNA-Seq
4 papers
(3%) mention
choice tasks
4 papers
(3%) mention
energy barrier
4 papers
(3%) mention
brain regions
4 papers
(3%) mention
discovery rate
4 papers
(3%) mention
interaction network
4 papers
(3%) mention
steady-state
4 papers
(3%) mention
MATLAB
4 papers
(3%) mention
analytical results
4 papers
(3%) mention
linear combination
4 papers
(3%) mention
PSTH
4 papers
(3%) mention
dynamics simulations
4 papers
(3%) mention
molecular dynamics simulations
3 papers
(2%) mention
haplotypes
3 papers
(2%) mention
peptides
3 papers
(2%) mention
T cell
3 papers
(2%) mention
phylogenetic
3 papers
(2%) mention
power-law
3 papers
(2%) mention
lysis
3 papers
(2%) mention
SNP
3 papers
(2%) mention
optimisation
3 papers
(2%) mention
basal ganglia
3 papers
(2%) mention
MAPK
3 papers
(2%) mention
optimal control
3 papers
(2%) mention
adenocarcinoma
3 papers
(2%) mention
log-likelihood
3 papers
(2%) mention
simulated neurons
3 papers
(2%) mention
machine learning
3 papers
(2%) mention
power law
3 papers
(2%) mention
budding yeast
3 papers
(2%) mention
excitatory and inhibitory
3 papers
(2%) mention
cytoskeleton
3 papers
(2%) mention
coupling strength
3 papers
(2%) mention
basis functions
3 papers
(2%) mention
regression model
3 papers
(2%) mention
Bayesian model
3 papers
(2%) mention
feedback loop
3 papers
(2%) mention
eukaryotic
3 papers
(2%) mention
base pairs
3 papers
(2%) mention
branching process
3 papers
(2%) mention
in-vitro
3 papers
(2%) mention
HeLa cells
3 papers
(2%) mention
training set
3 papers
(2%) mention
effort costs
3 papers
(2%) mention
Hebbian
3 papers
(2%) mention
growth conditions
3 papers
(2%) mention
small molecules
3 papers
(2%) mention
likelihood ratio
3 papers
(2%) mention
synaptic connections
3 papers
(2%) mention
protein targets
3 papers
(2%) mention
proteome
3 papers
(2%) mention
cytometry
3 papers
(2%) mention
KEGG
3 papers
(2%) mention
Wilcoxon
3 papers
(2%) mention
destabilizing
3 papers
(2%) mention
Monte Carlo
3 papers
(2%) mention
log likelihood
3 papers
(2%) mention
SVM
3 papers
(2%) mention
PPI network
3 papers
(2%) mention
water molecules
3 papers
(2%) mention
de novo
3 papers
(2%) mention
learning algorithms
3 papers
(2%) mention
inhibitory inputs
3 papers
(2%) mention
cell death
3 papers
(2%) mention
protein-protein interactions
3 papers
(2%) mention
drug discovery
3 papers
(2%) mention
logistic regression
3 papers
(2%) mention
synaptic plasticity
3 papers
(2%) mention
AIC
3 papers
(2%) mention
connected component
3 papers
(2%) mention
probability distributions
3 papers
(2%) mention
linear regression
3 papers
(2%) mention
current injection
3 papers
(2%) mention
epidemiological models
3 papers
(2%) mention
posterior distribution
3 papers
(2%) mention
Bonferroni correction
3 papers
(2%) mention
Fisher’s Exact test
3 papers
(2%) mention
cell differentiation
3 papers
(2%) mention
EM algorithm
3 papers
(2%) mention
immune system
3 papers
(2%) mention
allele frequency
3 papers
(2%) mention
X-ray
3 papers
(2%) mention
synergistic effect
3 papers
(2%) mention
estimation accuracy
3 papers
(2%) mention
Spearman correlation
3 papers
(2%) mention
false discovery rate
3 papers
(2%) mention
distribution function
3 papers
(2%) mention
real-time
3 papers
(2%) mention
network-based
3 papers
(2%) mention
Gene Ontology
3 papers
(2%) mention
input-output relationship
3 papers
(2%) mention
model simulations
3 papers
(2%) mention
cell cycle regulation
3 papers
(2%) mention
cycle regulation
3 papers
(2%) mention
high-throughput
3 papers
(2%) mention
energy difference
3 papers
(2%) mention
web server
3 papers
(2%) mention
prefrontal cortex
3 papers
(2%) mention
sequencing technologies
3 papers
(2%) mention
support vector
3 papers
(2%) mention
associative learning
3 papers
(2%) mention
case studies