-transparent.png){kind=logo}
Liposome-mediated NGF transfection has been shown to increase the expression and secretion of NGF in primary rat septo-hippocampal cell cultures. Here we report that along with increased NGF expression, the activity of choline acetyltransferase, the synthetic enzyme for acetylcholine, is increased by 18% within 2 days, by 41% within 4 days and by 32% within 8 days after NGF gene transfection in septo-hippocampal cell cultures. This result further confirms that biologically active NGF is functionally expressed in septo-hippocampal cells when transfected with cDNA for NGF completed with liposomes.
Related Publications
W Le, and
K Yang, and
J S Whitson, and
G L Clifton, and
R L Hayes
December 1996,
Brain research. Molecular brain research,
W Le, and
K Yang, and
J S Whitson, and
G L Clifton, and
R L Hayes
August 2005,
Ultrasonics sonochemistry,
W Le, and
K Yang, and
J S Whitson, and
G L Clifton, and
R L Hayes
May 2001,
Current protocols in immunology,
W Le, and
K Yang, and
J S Whitson, and
G L Clifton, and
R L Hayes
March 2011,
Cold Spring Harbor protocols,
W Le, and
K Yang, and
J S Whitson, and
G L Clifton, and
R L Hayes
January 1989,
Nature,
W Le, and
K Yang, and
J S Whitson, and
G L Clifton, and
R L Hayes
January 1989,
Proceedings of the Western Pharmacology Society,
W Le, and
K Yang, and
J S Whitson, and
G L Clifton, and
R L Hayes
January 1993,
Methods in enzymology,
W Le, and
K Yang, and
J S Whitson, and
G L Clifton, and
R L Hayes
August 1989,
Proceedings of the National Academy of Sciences of the United States of America,
W Le, and
K Yang, and
J S Whitson, and
G L Clifton, and
R L Hayes
February 1999,
Gene therapy,
W Le, and
K Yang, and
J S Whitson, and
G L Clifton, and
R L Hayes
December 1994,
Neuroscience letters,
