Sentence examples for transfer formation of from inspiring English sources

The Australians, who will be here Thursday and Friday, are seeking U.S. "partner companies" for the purposes of technology transfer, formation of joint ventures, licensing arrangements, collaborative research and development, cross-marketing and trade.

Reactions include cleavage processes, charge transfer, hydride transfer, formation of hydroxide ion and processes which involve secondary reactions within a long-lived complex.

Indeed, as we discuss hereafter, our study shows that Notch signalling has originated by cooption of pan-eukaryotic ancestral genes; modification of ancestral functions by new protein-protein interactions (mediated by novel metazoan domains); lateral gene transfer; formation of new proteins by both exon shuffling and duplications + divergence.

ChrR reduces quinones by simultaneous two-electron transfer, avoiding formation of highly reactive semiquinone intermediates and producing quinols that promote tolerance of H(2 O(2 O

Lipid probes can be metabolically incorporated into cell membranes, allowing observation of membrane fusion in vitro with minimal chance of flip flop, non-specific transfer and formation of microcrystals.

Annealing at temperatures above 900°C leads to complex processes of mass transfer and formation of crystals of different morphology and particle size range from 200 to 500 nm.

(C ) DiO transfer and formation of DiO+ tubes between two cells.

The amount of intermolecular electron transfer on formation of H3N⋅⋅⋅XY has been assessed via the natural bond orbital (NBO) method.

This study was an attempt to elucidate the connection between horizontal gene transfer and formation of structured population in bacteria.

His166 has been suggested as a possible SB proton acceptor in the SRI HtrI complex primarily on the basis of the finding that its mutation to any of seven different residues greatly reduces the flash yield of M and inverts the direction of SB proton transfer upon formation of the M intermediate.

The Tat pathway is involved in a wide range of cellular functions including biosynthesis of respiratory and photosynthetic electron transfer chains, formation of the bacterial cell envelope, bacterial motility, establishing of the nitrogen-fixing symbiosis, quorum sensing, and bacterial pathogenesis [5,6].