He was convinced that it was possible for the chemist to specify this detailed molecular architecture for at least the simpler organic compounds known in his day.
12.
Blake's research interests include molecular aspects of neuronal function in muscular dystrophies, glycosyltransferases in neurons and muscle cells, the neuromuscular junction and molecular architecture of the sarcolemma.
13.
Thus, the biological potential and complex molecular architecture of kedarcidin may likely inspire further scientific inquiry into this substance, and possibly deliver new ordnance in the war against cancer.
14.
Much of the research concerning rotaxanes and other mechanically interlocked molecular architectures, such as catenanes, has been focused on their efficient synthesis or their utilization as artificial molecular machines.
15.
His broad range of research extended to kidney function, conduction in heart muscle, tissue metabolism, the chemistry and physiology of nerve cells, ultrasonic radiation, biochemistry and the molecular architecture of cells and tissue.
16.
It is now possible to polymerise simple systems and to predict the molecular architecture that will be formed under chosen conditions, while for more complex conditions, trends can be semiquantitatively predicted and understood.
17.
Https : / / www . inkling . com / read / medical-physiology-boron-boulpaep-2nd / chapter-2 / the-porosome The neuronal porosome proteome has been solved, providing the possible molecular architecture and the complete composition of the machinery.
18.
The synthesis of such entangled architectures has been made efficient by combining supramolecular chemistry with traditional covalent synthesis, however mechanically interlocked molecular architectures have properties that differ from both supramolecular assemblies and covalently bonded molecules .
19.
In the 1950s an expanded valence shell treatment of hypervalent bonding was adduced to explain the molecular architecture, where the central atom of penta-and hexacoordinated molecules would utilize d AOs in addition to s and p AOs.
20.
Cycloadditions and other pericyclic reactions are powerful transforms in organic synthesis because of their potential to rapidly generate complex molecular architectures and particularly because of their capacity to set multiple adjacent stereocenters in a highly controlled manner.
