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Different terminal sugars of the glycoprotein orosomucoid were exposed by sequential glycosidase digestions. The orosomucoid and its different derivatives were conjugated to horseradish peroxidase by a two-step glutaraldehyde coupling procedure, injected into the snout of 12-day-old mice or exposed to dorsal root ganglia neurons from embryonic rats, cultivated in a two chamber system. A marked increase in transport of the conjugates in the trigeminal and dorsal root ganglia neurons was observed histochemically after removal of sialic acid, exposing galactose as the terminal sugar. Quantitative hydrolysis of galactose residues resulted in reduced uptake. The data suggest the presence of a galactose-recognition molecule in the axon-terminal membrane, involved in retrograde axonal transport.
M Gustafsson, and
G Andersson, and
A Hjerpe, and
K Kristensson
March 1979,
Experimental cell research,
M Gustafsson, and
G Andersson, and
A Hjerpe, and
K Kristensson
February 2000,
Cell and tissue research,
M Gustafsson, and
G Andersson, and
A Hjerpe, and
K Kristensson
July 1993,
Brain research,
M Gustafsson, and
G Andersson, and
A Hjerpe, and
K Kristensson
May 2013,
Neuroscience letters,
M Gustafsson, and
G Andersson, and
A Hjerpe, and
K Kristensson
May 2016,
Neurochemical research,
M Gustafsson, and
G Andersson, and
A Hjerpe, and
K Kristensson
January 2019,
Methods in molecular biology (Clifton, N.J.),
M Gustafsson, and
G Andersson, and
A Hjerpe, and
K Kristensson
March 2004,
Genesis (New York, N.Y. : 2000),
M Gustafsson, and
G Andersson, and
A Hjerpe, and
K Kristensson
December 2013,
Neurotoxicology,
M Gustafsson, and
G Andersson, and
A Hjerpe, and
K Kristensson
August 1989,
The Journal of general virology,
M Gustafsson, and
G Andersson, and
A Hjerpe, and
K Kristensson
June 1990,
Brain research,
