10.1371/journal.pone.0168161.g004
Cunling Jia
Cunling
Jia
Xiaoyan Kong
Xiaoyan
Kong
James E. Koltes
James
E. Koltes
Xiao Gou
Xiao
Gou
Shuli Yang
Shuli
Yang
Dawei Yan
Dawei
Yan
Shaoxiong Lu
Shaoxiong
Lu
Zehui Wei
Zehui
Wei
Co-expression networks based on the PCIT method.
Public Library of Science
2016
IKBKG
PIF
RIF
gene Co-Expression Network Analysis Unraveling Transcriptional Regulation
adaptive features
Duroc pigs
EFEMP 1
HOXB 6
High-Altitude Adaptation
hypoxia-adaptive genes
3B
DEG
ATF 6
ontology terms
whole-transcriptome microarrays
RBPJ
altitude
hypoxic environment
Tibetan Pig
novel regulators
impact factor analysis
PI 3K
SF
lung tissues
KLF 6
hypoxia-adaptive phenotypes
KEGG pathway
hypoxia adaption
co-expression regulation networks
2016-12-09 20:23:17
Figure
https://plos.figshare.com/articles/figure/Co-expression_networks_based_on_the_PCIT_method_/4306949
<p>(A) Tibetan group at high altitude (660 nodes and 1878 edges) (B) Duroc group at high altitude (512 nodes and 1641 edges). Node shape and color were mapped to the different gene types: transcription regulators (triangles, yellow), differential expression genes and differential PIF genes (circles, black).</p>