Figure 8a peroxynitrite
Applied Microbiology
- The cold atmospheric pressure plasma-generated species superoxide, singlet oxygen and atomic oxygen activate the molecular chaperone Hsp33
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Figure 4c,d Hsp33 zincon assay
Applied Microbiology
- The cold atmospheric pressure plasma-generated species superoxide, singlet oxygen and atomic oxygen activate the molecular chaperone Hsp33
Figure 5a,b Superoxide
Applied Microbiology
- The cold atmospheric pressure plasma-generated species superoxide, singlet oxygen and atomic oxygen activate the molecular chaperone Hsp33
Figure 5c,d singlet oxygen
Applied Microbiology
- The cold atmospheric pressure plasma-generated species superoxide, singlet oxygen and atomic oxygen activate the molecular chaperone Hsp33
Figure 5e,f atomic oxygen
Applied Microbiology
- The cold atmospheric pressure plasma-generated species superoxide, singlet oxygen and atomic oxygen activate the molecular chaperone Hsp33
Figure 6 Hsp33 µAPPJ activation
Applied Microbiology
- The cold atmospheric pressure plasma-generated species superoxide, singlet oxygen and atomic oxygen activate the molecular chaperone Hsp33
Figure 3a Plasma-induced Hsp33 activation
Applied Microbiology
- The cold atmospheric pressure plasma-generated species superoxide, singlet oxygen and atomic oxygen activate the molecular chaperone Hsp33
Figure 2b Hsp33 Degradation
Applied Microbiology
- The cold atmospheric pressure plasma-generated species superoxide, singlet oxygen and atomic oxygen activate the molecular chaperone Hsp33
Figure 1b Survival longer treatment
Applied Microbiology
- The cold atmospheric pressure plasma-generated species superoxide, singlet oxygen and atomic oxygen activate the molecular chaperone Hsp33
Figure 4b Hsp33 Tryptophan fluorescence
Applied Microbiology
- The cold atmospheric pressure plasma-generated species superoxide, singlet oxygen and atomic oxygen activate the molecular chaperone Hsp33