Sentence examples for more complex derivatives from inspiring English sources

In addition, they are important to financial engineers as building blocks for constructing more complex derivatives products.

In addition, the calculated free energies and overpotentials, related to the first oxidation process of catechol and guaiacol type of structures on the surface, provide insights about the behavior of these molecules and more complex derivatives of them in cyclic voltammetry experiments in glassy carbon electrode.

Phylogenetic analysis of the p-coumaryl alcohol biosynthesis genes suggests an early origin for this metabolic process, followed by at least three examples of independently evolved enzymes allowing organisms to make more complex derivatives, G and S monolignols, in red algae, club mosses and the ancestor of vascular plants.

The preparation of more complex derivatives of 121 can be difficult, as the nucleophilicity of the indoline nitrogen is greatly reduced by delocalization through the two strong electron-withdrawing groups, but indirect routes were designed and the synthesis of a series of amino acids was recently published.

For me that's the ultimate reason for being a graphic designer, and everything else is a more complex derivative of that.

Perhaps the Goldman gang's best claim to savvy was in buying up hundreds of billions of dollars of mortgages and packaging them into mortgage backed securities, and more complex derivative instruments, and selling them all over the world.

The rule, in addition to mandating new risk controls and other safeguards for futures industry marketplaces, for the first time sets standards for exchanges to offer swaps contracts, a more complex derivative that has long evaded oversight.

For years, in the canyons of Wall Street, financial types knew about the massive counterparty risks created by the proliferation of ever-more-complex derivatives, but those risks were ignored until they took down all of Wall Street.

This growth was particularly noteworthy in the credit area, with the creation of more and more complex credit derivatives.

Further elaboration of these Pd-AA products to more complex cycloalkanone derivatives could be achieved through reactions that engaged the enone moiety with the γ-substituent.

Although only the core PIK and catalytic domains were used for the construction of the PI3/4K phylogenetic tree, the branching order of the three PI3K Classes corresponds well with the general trend towards increasing kinase complexity in terms of the number of regulatory domains and the capability to phosphorylate more complex PtdIns derivatives.