V.Shvets

In 2009 I joined Scanning Probe Microscopy group.
My supervisor is Igor V. Yaminsky
Main object of my investigations is the surface of highly oriented pyrolytic graphite (HOPG)

1) Mitochondria on graphite surface
The mitochondrial membrane was stripped off and their entrails were emptied on the surface of HOPG.
10.6 x 10.65 mkm

Image of fragmenting mitochondrial cristae on graphite surface.
3651 x 3690 nm

Mitochondria and mitoplasts on graphite surface.
3576 x 3845 nm

2) Local anodic oxidation of graphite surface
V.Shvets “Creation of oxide structures on graphite surface”// Nanoindustry, 2/2011, pp. 36-38

3) SRM images of graphite surface:

Conductivity

Topography

1) Mitochondria on graphite surface The mitochondrial membrane was stripped off and their entrails were emptied on the surface of HOPG. 10.6 x 10.65 mkm
Image of fragmenting mitochondrial cristae on graphite surface. 3651 x 3690 nm
Mitochondria and mitoplasts on graphite surface. 3576 x 3845 nm
2) Local anodic oxidation of graphite surface V.Shvets “Creation of oxide structures on graphite surface”// Nanoindustry, 2/2011, pp. 36-38
3) SRM images of graphite surface:
Conductivity	Topography