Methodic Approach of Atomic-Force Microscopy (AFM) to Study Morphological Changes of Cells and Model Systems

For the first time AFM (atomic-force microscopy) was used to record significant changes in geometric parameters of image erythrocytes vitro under conditions glycolytic starvation (ATP (Adenosine triphosphate) deficiency). The difference action antioxidants, phenosan K, and Ihfan-10 on that we detected with seems be mainly due their hydrophobicity. We method research self-organization components active center P450 (Porphyrin-450) metalloenzymes are part a class hemoproteins functions affinity molecular oxygen O2. Stable supramolecular nanostructures form triangular prisms based iron porphyrin complex amino acids self-assembly involving intermolecular hydrogen bonds were received. A possible scheme for formation such structures is proposed.