Category:Team Martha Chase

figure 5A demonstrated the "cytoskeletal changes with accumulation of polymerized actin in Hep-2 cells" by the presence of the protein 67-72p

figure 1A and 1B demonstrated that C7(beta) needed the cat gene in order for survival. The mutant strains was not able to survive after deletion of the cat gene, they were not able to detoxifiy when hydrogen peroxide added, complete loss of viability was shown.

figure 1 and figure 4 demonstrated the proteolytic activity of T. serrulatus venom. Vesicle-associated membrane protein type v-SNARE proteins was cleaved upon infected with the venom

figure 1 demonstrated that when botulinum toxin BoNT binds to receptor; it mediates the "Proteolyses of Syntaxin 1A/B and SNAP- 25"; figure 3 and 4 also supported the proteolysis activity of Botulinum neurotoxin C1

figure 1 demonstrated the induced inhibition of catecholamine release detected by immunoassay

"Figure 8 demonstrated TeNT cleavage of VAMP2 (Vesicle-associated membrane protein 2) in rat cortical neurons."

figure 5 demonstrated that the presence of BclA protein significantly enhance the C3 deposition on the spore surface; C3 is a critical components in classical complement pathway

Figure 7 "suggested BclA is required for complement-mediated phagocytosis of spores"

figure 2 - "in time course study, lethal toxin-induced pathological changes became evident in the intestine 48 hours post lethal toxin exposure. these changes included the onset of villous damage and minor hemorrhage. by 72 hours post lethal toxin exposure, focal areas showed marked destruction of the normal villous structures, accompanied by ares ulceration"

figure 5 demonstrated that "the specific proteolytic activity of lethal factor of the MKKs is required for the anti-proliferate and pro-apoptotic effects of lethal toxin on the intestinal epithelium" ; the data also established the proteolysis activity of lethal factor of Anthrax lethal toxin

figure 2 demonstrated the adhesion of OspA proteins to CD40 molecules in brain-microvascular endothelia cells, showing that Correlial adhesion to the endothelial cells