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The enhanced metastatic capacity of an in vivo selected Lewis lung tumor line (LLT-HH) was correlated with changes in cell-associated glycosaminoglycans (GAG) using ultrastructural cytochemistry, flow cytometry and biochemistry. The increase in highly sulphated GAG content on the cell membrane of LLT-HH cells compared to the parent LLT cells was demonstrated cytochemically. Using in vitro [3H]glucosamine labelling of GAG components it was shown that the LLT-HH cells were characterized by a high production of heparan sulphate while the parent LLT line had a high hyaluronic acid-chondroitin sulphate production. The high metastatic phenotype is accompanied by an altered production of cell-associated GAGs.
J Timár, and
E Móczar, and
F Timár, and
K Pál, and
L Kopper, and
K Lapis, and
A Jeney
January 1985,
Invasion & metastasis,
J Timár, and
E Móczar, and
F Timár, and
K Pál, and
L Kopper, and
K Lapis, and
A Jeney
January 1989,
Clinical & experimental metastasis,
J Timár, and
E Móczar, and
F Timár, and
K Pál, and
L Kopper, and
K Lapis, and
A Jeney
January 1984,
Invasion & metastasis,
J Timár, and
E Móczar, and
F Timár, and
K Pál, and
L Kopper, and
K Lapis, and
A Jeney
December 1976,
Nihon Gan Chiryo Gakkai shi,
J Timár, and
E Móczar, and
F Timár, and
K Pál, and
L Kopper, and
K Lapis, and
A Jeney
January 1986,
Journal of medicine,
J Timár, and
E Móczar, and
F Timár, and
K Pál, and
L Kopper, and
K Lapis, and
A Jeney
January 1983,
Invasion & metastasis,
J Timár, and
E Móczar, and
F Timár, and
K Pál, and
L Kopper, and
K Lapis, and
A Jeney
March 1995,
European journal of nuclear medicine,
J Timár, and
E Móczar, and
F Timár, and
K Pál, and
L Kopper, and
K Lapis, and
A Jeney
November 1981,
Cancer research,
J Timár, and
E Móczar, and
F Timár, and
K Pál, and
L Kopper, and
K Lapis, and
A Jeney
January 1984,
Gan,
J Timár, and
E Móczar, and
F Timár, and
K Pál, and
L Kopper, and
K Lapis, and
A Jeney
January 1983,
Symposium on Fundamental Cancer Research,
