Iron(II)-mimosine Catalyzed Cleavage of DNA Ivailo Mikhailov, Petia Ninova, George Russev and Boyka Anachkova*

During a cutting process, most of the chip’s deformation occurs in the contact region between the tool’s cutting edge and the chip as well as in a band, which forms from the tool’s

[61] A well suited material for using this based 1D coordination polymers [63,65,68,72] , as shown by spin transition with hysteresis maintained down to nanoscaled

allowing the anisotropic axial compressibility of akimotoite to be understood in terms of octahedral compression. The oxygens lying along the a-axis form the

Note that the evolution of the compound layer thickness with time (Figure 4(e)) does not agree with a parabolic growth law, typical of N-diffusion-controlled compound layer

The results clearly showed that the isotope fraction- ation of Fe(II)–Fe(III) is governed by the normal mass effect; the iron isotope fractionation is not proportional to the

Unusual in the first case is the total replacement of ligands of CpFe(CO) 2 Cl and in the second case the oxidation of Cr(0) to Cr(III) leading to the formation of complexes 3 and 4

Two equivalent ferri-pyochelin moieties are held together by a hydroxy and an acetate unit which satisfy the remaining two coordination sites ofFe 3+. Key words: Pyochelin,

Physiology of mixotrophic Fe(II) oxidation Strain BoFeN1 oxidized ferrous iron only in the presence of a cosubstrate such as acetate, similar to other isolates described earlier