|
c. elegans |
4 |
|
chemical biology |
3 |
|
interactomics |
3 |
|
protein interaction networks |
3 |
|
tissue differentiation |
3 |
|
cd146 |
2 |
|
neurite growth |
2 |
|
neurodegeneration |
2 |
|
aces |
1 |
|
anticancer activity |
1 |
|
axonal guidance |
1 |
|
binary decision |
1 |
|
caenorhabditis elegans |
1 |
|
cancer |
1 |
|
catechins |
1 |
|
cd146 dimerization |
1 |
|
cell fate |
1 |
|
cell migration |
1 |
|
cell type |
1 |
|
chromatin remodeling |
1 |
|
condensed tannin |
1 |
|
cp: metabolism |
1 |
|
cp: neuroscience |
1 |
|
curli |
1 |
|
developmental hourglass pattern |
1 |
|
dimerization |
1 |
|
dishevelled |
1 |
|
disulfide bond |
1 |
|
energy production |
1 |
|
epigenetics |
1 |
|
erm proteins |
1 |
|
evolution |
1 |
|
f-box |
1 |
|
fatty acid synthase |
1 |
|
free radicals |
1 |
|
gpcr |
1 |
|
guanine nucleotide exchange factors |
1 |
|
gut-brain axis |
1 |
|
histone modification |
1 |
|
hox genes |
1 |
|
inhibition |
1 |
|
inhibitor |
1 |
|
lim domain proteins |
1 |
|
microbe–host interaction |
1 |
|
microtubules |
1 |
|
mitochondrial unfolded protein response |
1 |
|
mitoupr |
1 |
|
molecular chaperones |
1 |
|
nadph oxidase |
1 |
|
neuronal differentiation |
1 |
|
nfκb |
1 |
|
oligomers |
1 |
|
parkinson's disease |
1 |
|
parkinson’s disease |
1 |
|
phylotranscriptomics |
1 |
|
polymorphisms |
1 |
|
positive selection |
1 |
|
propionate |
1 |
|
protein homeostasis |
1 |
|
rac gtpases |
1 |
|
rag accessibility |
1 |
|
repressors |
1 |
|
rhoa |
1 |
|
rhogdi1 |
1 |
|
scfas |
1 |
|
short-chain fatty acids |
1 |
|
single-cell transcriptomics |
1 |
|
small gtpase |
1 |
|
terminal selectors |
1 |
|
touch receptor neurons |
1 |
|
transcriptional guarantors |
1 |
|
tumor angiogenesis |
1 |
|
ubiquitylation-proteasome system |
1 |
|
v (d)j recombination |
1 |
|
variability and robustness in gene expression |
1 |
|
vegf signal transduction |
1 |
|
vitamin b12 |
1 |
|
wnt |
1 |
|
zeb |
1 |
|
α-synuclein |
1 |
