The minimal essential arthritogenic structures have been identified as PG-PS, the major structural components of Gram-positive bacterial cell walls [ 31].
Recent STM studies have shown that MoS2 clusters below 2 3 nm may exhibit new structural and electronic properties, and a large variety of size-dependent structures have been identified.
Three different bDNA structures have been identified to display B-Z transition.
Uncertainties associated with the load effects and dynamic characteristics of wind-excited structures have been identified and discussed.
These previously cryptic WNW-trending structures had been identified in gravity data, and also by isopach thickness variations.
Recently, proteins with regular, repetitive tertiary structures have been identified that sidestep limitations imposed by globular protein architecture.
Base on its crystalline anisotropy arising from the sandwiched structure of S Mo S layers, four poly-types of MoS2 structures have been identified, viz.
Altogether, 13 distinct H-bonded chain, layer or framework structures have been identified so far (Table 2), with one-dimensional structures, specifically the loop chains C-1 and C-2, dominating this set of barbiturates (Table 1).
In this regard, new classes of materials with delafossite "CuBO2" and spinel "CuB2O4" structures have been identified to be promising for the photocatalytic applications (Bessekhouad et al. 2003; Bessekhouad and Trari 2002), B denotes a transition metal.
Many different compounds with a variety of biological properties and chemical structures have been identified from TT, including steroidal saponins, flavonoids, glycosides, phytosterols, tannins, terpenoids, amide derivatives, amino acids, and proteins.
