No abstract

The association between concentration of Cu and activity of CP was robust enough to define provisional thresholds for determining Cu status. However, the proximity of the deficiency threshold to the limit of detection of the CP test, the effect of herd on the association, and the inherent disadvantages of using an enzymatic system, mean that activity of CP should not be used routinely to estimate Cu status in deer. When assessing the Cu status of deer based on blood samples, the concentration of Cu in plasma or serum should be used.

No abstract

A template synthesis of 18-membered tetraaza macroyclic ligand and this ligand were complexes with cobalt, nickel, copper and zinc metals chlorides. These synthesized complexes were characterized by various physicochemical methods such as elemental analysis, molar conductance, magnetic properties, spectral studies of infra-red, electronic spectrum, the redox properties of metal complexes were determined in the cyclic voltammetry and antibacterial activity. This research studies were clarifies the structure of the metal complexes were using with spectral data and molar conductance of the complexes. The structure of Co (II), Ni (II) and Cu (II) transition metal complexes was octahedral and Zn (II) complex was tetrahedral. These transition metal complexes were coordinated through the four nitrogen atoms of the ligand. The molar conductance studies revealed that Co (II), Ni (II) and Cu (II) complexes were non-ionic (1:0) and Zn (II) complex was ionic (1:2) in nature. The invitro antibacterial activity method exhibited all the complexes were good antibacterial activities.