Matches in Nanopublications for { ?s ?p "To inhibit NF-nB activity, we used sulfasalazine and gliotoxin, two weak inhibitors we have shown previously to delay senescence without inducing massive apoptosis (23). A few days after having treated pre-senescent cells with one of these drugs, emerging clones appeared in 85% of the control wells compared with 50% of those treated by catalase, 0% of the wells with (10 Amol/L) N-tert-butyl-hydroxylamine?treated cells, and 0% of the wells containing NF-nB inhibitors (Fig. 5)." ?g. }
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- _2 value "To inhibit NF-nB activity, we used sulfasalazine and gliotoxin, two weak inhibitors we have shown previously to delay senescence without inducing massive apoptosis (23). A few days after having treated pre-senescent cells with one of these drugs, emerging clones appeared in 85% of the control wells compared with 50% of those treated by catalase, 0% of the wells with (10 Amol/L) N-tert-butyl-hydroxylamine?treated cells, and 0% of the wells containing NF-nB inhibitors (Fig. 5)." provenance.
- _2 value "To inhibit NF-nB activity, we used sulfasalazine and gliotoxin, two weak inhibitors we have shown previously to delay senescence without inducing massive apoptosis (23). A few days after having treated pre-senescent cells with one of these drugs, emerging clones appeared in 85% of the control wells compared with 50% of those treated by catalase, 0% of the wells with (10 Amol/L) N-tert-butyl-hydroxylamine?treated cells, and 0% of the wells containing NF-nB inhibitors (Fig. 5)." provenance.