-transparent.png){kind=logo}
Sphingomyelinase of Bacillus cereus, a bacterial hemolysin, reduced nerve growth factor (NGF)-induced neurite outgrowth of PC12 cells in a dose-dependent manner. At 200 mU/ml, sphingomyelinase repressed half the neurite outgrowth of the cells at 250 ng/ml NGF. The c-fos superinduction, one of the early responses induced by NGF, was not influenced by this treatment, suggesting that the repression by sphingomyelinase occurred via a protein kinase C-independent pathway.
Related Publications
H Tamura, and
M Noto, and
K Kinoshita, and
S Ohkuma, and
H Ikezawa
April 2004,
Molecules and cells,
H Tamura, and
M Noto, and
K Kinoshita, and
S Ohkuma, and
H Ikezawa
June 2010,
Neuroscience letters,
H Tamura, and
M Noto, and
K Kinoshita, and
S Ohkuma, and
H Ikezawa
November 2005,
Neuroscience letters,
H Tamura, and
M Noto, and
K Kinoshita, and
S Ohkuma, and
H Ikezawa
April 2007,
Biological & pharmaceutical bulletin,
H Tamura, and
M Noto, and
K Kinoshita, and
S Ohkuma, and
H Ikezawa
June 1995,
The European journal of neuroscience,
H Tamura, and
M Noto, and
K Kinoshita, and
S Ohkuma, and
H Ikezawa
January 2013,
European journal of cell biology,
H Tamura, and
M Noto, and
K Kinoshita, and
S Ohkuma, and
H Ikezawa
November 1992,
Neuroreport,
H Tamura, and
M Noto, and
K Kinoshita, and
S Ohkuma, and
H Ikezawa
October 2002,
Brain research,
H Tamura, and
M Noto, and
K Kinoshita, and
S Ohkuma, and
H Ikezawa
February 1996,
International journal of developmental neuroscience : the official journal of the International Society for Developmental Neuroscience,
H Tamura, and
M Noto, and
K Kinoshita, and
S Ohkuma, and
H Ikezawa
December 2009,
Brain research,
