Myxoma Virus M11L Prevents Apoptosis through Constitutive Interaction with Bak
Wang, Gen, Barrett, John W., Nazarian, Steven H., Everett, Helen, Gao, Xiujuan, Bleackley, Chris, ...
M11L, a 166-amino-acid antiapoptotic protein of myxoma virus, was previously shown to bind to the peripheral benzodiazepine receptor by hydrophobic interactions at the outer mitochondrial membrane....
Myxoma Virus M11L Prevents Apoptosis through Constitutive Interaction with Bak
Wang, Gen, Barrett, John W., Nazarian, Steven H., Everett, Helen, Gao, Xiujuan, Bleackley, Chris, ...
M11L, a 166-amino-acid antiapoptotic protein of myxoma virus, was previously shown to bind to the peripheral benzodiazepine receptor by hydrophobic interactions at the outer mitochondrial membrane....
Everett, Helen, Barry, Michele, Sun, Xuejun, Lee, Siow Fong, Frantz, Christine, Berthiaume, Luc G., ...
M11L, an antiapoptotic protein essential for the virulence of the myxoma poxvirus, is targeted to mitochondria and prevents the loss of mitochondrial membrane potential that accompanies cell death....
Everett, Helen, Barry, Michele, Lee, Siow Fong, Sun, Xuejun, Graham, Kathryn, Stone, James, ...
M11L, a novel 166–amino acid membrane-associated protein expressed by the poxvirus, myxoma virus, was previously found to modulate apoptosis after infection of rabbit leukocytes. Furthermore,...