Category:Team Gene Hackman

Figure 3. Shows that ramR is required for aerial mycelium development on high osmolarity media in S. coelicolor

Figure 3. Shows that the rodlet layer is important for differentiation in high osmolarity media.

Figure 3. shows that the rodlet layer is important for differentiation in high osmolarity media

figure 2 show that purified Lsb1 and Lsb2 full-length proteins had an inhibitory activity on Las17-dependent actin polymerization in vitro. These results were further confirmed by measuring the KD constants of their interaction with Las17.

Figure 7 shows that DNA topology influences the mutp53-driven repression on the system of BAX and MSP/MST1 promoters, regulated by mutp53s in H1299 and Saos2 cells.

Figure 3B shows that without the critical role of CTDBS hot spot mutp53 proteins R175H, R273H and R248W are unable to selectively recognize scDNA.

Figure 1 A shows hot spot mutations on full lenght p53. 1 B shows that open circle DNA was not bound by p53

Figure 2a,b, and c. Shows that SapB is required for differentiation in high osmolarity media.

Figure 3A: Cell proliferation assay data was performed at 48 h to examine the effect of cytoplasmically localized wild-type p53 and the S121F mutant on cell proliferation. The data resulted with both wild-type p53 and the S121F mutant inhibiting cell proliferation.

Fig 3 shows no secondary to sodA mutant during ionizing radiation

Figure 4A shows that dGMP increased the activity of KatA.