
IndraLab
Statements
reach
"Finally, to substantiate the role of Mss4 and eIF3f interaction in protection of stress induced apoptosis, we transiently transfected divergent A7 melanoma cell lines that constitutively expressed different levels of either endogenous, recombinant wt or F75A mutated Mss4 proteins (XREF_FIG) with a plasmid coding for human eIF3f and subsequently subjected them to hydrogen peroxide stress for 8h."
sparser
"Molecular analysis of the Mss4-mediated inhibition of apoptosis showed that interaction of Mss4 with eIF3f (eukaryotic translation initiation factor 3 subunit f), a member of the translation initiation complex and a protein with distinct pro-apoptotic properties, is the critical event in the anti-apoptotic action of Mss4."
sparser
"Moreover, enhanced expression of Mss4 in A7 melanoma cells neutralized the translation inhibitory effect of eIF3f, implying that association of eIF3f with Mss4 is of importance in protection of cells from apoptosis and that the anti-apoptotic properties of Mss4 are based on prevention of translation inhibition by eIF3f."
reach
"To further investigate the significance of the Mss4 and eIF3f interaction in context of apoptosis, we transiently transfected A7 cells with plasmids coding for Mss4, eIF3f or for both and stimulated the cells 40h later for additional 8h with 5mM hydrogen peroxide and studied the cell morphology."
reach
"Molecular analysis of the Mss4 mediated inhibition of apoptosis showed that interaction of Mss4 with eIF3f (eukaryotic translation initiation factor 3 subunit f), a member of the translation initiation complex and a protein with distinct pro apoptotic properties, is the critical event in the anti-apoptotic action of Mss4."