Expression of the Baculovirus p35 Gene Inhibits Mammalian Neural Cell Death

S Rabizadeh, DJ LaCount, PD Friesen… - Journal of …, 1993 - Wiley Online Library
S Rabizadeh, DJ LaCount, PD Friesen, DE Bredesen
Journal of neurochemistry, 1993Wiley Online Library
Expression of the apoptosis suppressor genep35, derived from the baculovirus Autographa
californica nuclear polyhedrosis virus, markedly inhibited the cell death of stably transfected
mammalian neural cells whether the cell death was induced by glucose withdrawal, calcium
ionophore, or serum withdrawal. The p35 protein, which is required to block virus‐induced
apoptosis of cultured insect cells, is only the second gene product shown to block
mammalian neural cell death, with Bcl‐2 being the first. Because there is no apparent …
Abstract
Expression of the apoptosis suppressor genep35, derived from the baculovirus Autographa californica nuclear polyhedrosis virus, markedly inhibited the cell death of stably transfected mammalian neural cells whether the cell death was induced by glucose withdrawal, calcium ionophore, or serum withdrawal. The p35 protein, which is required to block virus‐induced apoptosis of cultured insect cells, is only the second gene product shown to block mammalian neural cell death, with Bcl‐2 being the first. Because there is no apparent homology between p35 and Bcl‐2, the existence of a cellular death program that may be modulated at multiple points is suggested/Furthermore, these findings demonstrate that the putative cellular death program is conserved across species and cell types.
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