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When an aqueous solution of a spin-labeled "two tail" gangliosidoid was incubated with liposomes or sheep erythrocytes, the broad single resonance line in the ESR spectrum disappeared and a signal showing an anisotropic motion appeared, indicating that the spin-labeled "two tail" gangliosidoid in the micellar state was transferred to the lipid phase of the acceptor membranes. The transfer was temperature- and time-dependent, irrespective of the acceptor membranes, indicating that the rate of transfer is determined by the escape of monomers from the micelles. The kinetics and temperature-dependence of the association of ganglioside II3NeuAc-GgOse4Cer with sheep erythrocytes was very similar to that of the "two tail" gangliosidoid, indicating that parts of ganglioside II3NeuAc-GgOse4Cer could be incorporated into the lipid phase of membranes via a similar mechanism.
S Kanda, and
K Inoue, and
S Nojima, and
H Utsumi, and
H Wiegandt
October 1983,
Biochemistry,
S Kanda, and
K Inoue, and
S Nojima, and
H Utsumi, and
H Wiegandt
May 1986,
Chemistry and physics of lipids,
S Kanda, and
K Inoue, and
S Nojima, and
H Utsumi, and
H Wiegandt
October 2015,
FASEB journal : official publication of the Federation of American Societies for Experimental Biology,
S Kanda, and
K Inoue, and
S Nojima, and
H Utsumi, and
H Wiegandt
January 1998,
Tsitologiia,
S Kanda, and
K Inoue, and
S Nojima, and
H Utsumi, and
H Wiegandt
March 2016,
Bioorganic & medicinal chemistry,
S Kanda, and
K Inoue, and
S Nojima, and
H Utsumi, and
H Wiegandt
May 1982,
Analytical biochemistry,
S Kanda, and
K Inoue, and
S Nojima, and
H Utsumi, and
H Wiegandt
July 1969,
The Journal of general physiology,
S Kanda, and
K Inoue, and
S Nojima, and
H Utsumi, and
H Wiegandt
February 1989,
Biochimica et biophysica acta,
S Kanda, and
K Inoue, and
S Nojima, and
H Utsumi, and
H Wiegandt
January 1987,
Biochemistry,
S Kanda, and
K Inoue, and
S Nojima, and
H Utsumi, and
H Wiegandt
December 1982,
Journal of biochemistry,
