IndraLab

Statements

FBXO32 binds EIF3F. 8 / 8
3 | 3 2
reach
"Interestingly, eIF3-f binds MAFbx in skeletal muscle, which explains, probably, protein synthesis decrease during muscle atrophy of different nature [129]."
22496611
sparser
"Whether MAFbx interacts with free eIF3f or with eIF3f molecules bound to S6K1 still remains unclear."
23354061
sparser
"Muscles undergoing atrophy accumulates the inactive form of S6K1 suggesting that degradation of eIF3f mediated by MAFbx participates to S6K1 inactivation during atrophy and raises the question whether MAFbx interacts with free eIF3f molecules or bound to hypophosphorylated S6K1."
20126553
reach
"Whether MAFbx interacts with free eIF3f or with eIF3f molecules bound to S6K1 still remains unclear."
23354061
biogrid
No evidence text available
18354498
biogrid
No evidence text available
18354498
reach
"Interestingly, eIF3-f binds MAFbx in skeletal muscle, which explains, probably, protein synthesis decrease during muscle atrophy of different nature [XREF_BIBR]."
22496611
biogrid
No evidence text available
19073596