The Chemistry of Tetrazolium Salts

A 2:2:2 Complex of Vanadium(V) with 4-(2-Thiazolylazo)orcinol and 2,3,5-Triphenyl-2H-Tetrazolium Chloride

“…This kind of interaction between the complex anion and the TT + part of the single complex leads to a slight reduction (0.054 Å) of the distance V(17)···N (9) as compared to the single complex S1. Moreover, in the complex S2 the bonds O(7)-V (17) and V(17)-N(12) are 0.034 Å and 0.015 Å shorter than these in the complex S1. All this indicates, from a structural point of view, that the complex anion in the S2 system should be a bit more stable than this in the ion-association system S1.…”

“…Scarce information about the binary V(V)-TAO complex in water-ethanol medium has been provided by Shalamova. 16 TTC was selected for the present study because of its high application potential [17][18][19][20] and recent interest to its ion-associates. 21 .…”

Approach to High-Nitrogen Materials with Dual-Use Properties via Tetraaza-Nazarov Cyclization

“…26 Additionally, because of their easily detectable color change in the presence of cellular metabolism, tetrazolium salts are used in meat, dairy, and canning industries to detect the presence of bacteria or other organisms. 24 Consequently, research into new substituted tetrazolium compounds could lead to dual-use materials with tunable properties.…”

“…We sought to better understand the synthesis of BTNT because 2,3-disubstituted tetrazolium salts could lead to new, high-nitrogen materials with enhanced densities, heats of formation, and oxygen balance. , Furthermore, tetrazolium salts with this 2,3-disubstitution pattern (Figure ) are used in cellular biology to measure metabolic activity and cytotoxic effects. , The reduction of the tetrazolium moiety to its corresponding formazan within the cell involves a detectable change in color and often solubility . Additionally, because of their easily detectable color change in the presence of cellular metabolism, tetrazolium salts are used in meat, dairy, and canning industries to detect the presence of bacteria or other organisms . Consequently, research into new substituted tetrazolium compounds could lead to dual-use materials with tunable properties.…”

“…We sought to better understand the synthesis of BTNT because 2,3-disubstituted tetrazolium salts could lead to new, highnitrogen materials with enhanced densities, heats of formation, and oxygen balance. 23,24 this 2,3-disubstitution pattern (Figure 1) are used in cellular biology to measure metabolic activity and cytotoxic effects. 25,26 The reduction of the tetrazolium moiety to its corresponding formazan within the cell involves a detectable change in color and often solubility.…”