Variation in branchial expression among insulin-like growth-factor binding proteins (igfbps) during Atlantic salmon smoltification and seawater exposure.

Jason P BrevesChelsea K FujimotoSilas K Phipps-CostinIngibjörg E EinarsdottirBjörn Thrandur BjörnssonStephen D McCormick

Published in: BMC physiology (2017)

Salmonids express an especially large suite of igfbps. Our data suggest that dynamic expression of particular igfbps accompanies smoltification and SW challenges; thus, transcriptional control of igfbps may provide a mechanism for the local modulation of Igf activity in salmon gill.

Keyphrases

poor prognosis
binding protein
gene expression
electronic health record
transcription factor
long non coding rna
growth hormone
oxidative stress
machine learning
mass spectrometry
heat shock
artificial intelligence
data analysis
deep learning
heat shock protein