10.1371/journal.pcbi.1002126.g002
Tim D. Williams
Tim D.
Williams
Nil Turan
Nil
Turan
Amer M. Diab
Amer M.
Diab
Huifeng Wu
Huifeng
Wu
Carolynn Mackenzie
Carolynn
Mackenzie
Katie L. Bartie
Katie
L. Bartie
Olga Hrydziuszko
Olga
Hrydziuszko
Brett P. Lyons
Brett P.
Lyons
Grant D. Stentiford
Grant D.
Stentiford
John M. Herbert
John
M. Herbert
Joseph K. Abraham
Joseph
K. Abraham
Ioanna Katsiadaki
Ioanna
Katsiadaki
Michael J. Leaver
Michael
J. Leaver
John B. Taggart
John
B. Taggart
Stephen G. George
Stephen G.
George
Mark R. Viant
Mark R.
Viant
Kevin J. Chipman
Kevin
J. Chipman
Francesco Falciani
Francesco
Falciani
The network of modules that represents the flounder liver molecular state.
Public Library of Science
2011
modules
represents
flounder
molecular
2011-08-25 00:46:34
Figure
https://plos.figshare.com/articles/figure/_The_network_of_modules_that_represents_the_flounder_liver_molecular_state_/412794
<p>Modules (consisting of transcripts, metabolite bins and morphological measurements) are numbered; sizes are proportional to the number of nodes within each module. Red colouring is proportional to the percentage of each module that consisted of metabolite bins. Modules whose seeds were transcripts are shown as circles; metabolites as triangles; morphological measurements as squares. Annotation terms significantly enriched (FDR<0.05 by DAVID) in areas of the network are shown (* = not statistically significant).</p>