Sentence examples for productive collision from inspiring English sources

And it would provide audiences with something beyond simple entertainment: the productive collision of cliché and artistic vision.

Those records operated by a principle of productive collision, setting up profoundly unexpected pairings that either yielded magic or fell flat, and that same spirit guided "Covered," a Willner-Gray collaboration from last year, which featured her takes on songs by Eurythmics, Metallica, Radiohead, and Arcade Fire, among others.

Kindred Spirits My own most potent "productive collision" happened at lunch.

In addition, lengthening the His tag from 6 to 10 residues further enhanced binding affinity, most likely by increasing the probability of a productive collision between the NTA/Ni2+ group and the His tag.

A soaring, cannily designed installation -- made of airborne plastic bins, electric lights, orange extension cords and an old armchair topping a wooden tower -- by a sculptor known for orchestrating productive collisions of formalism and consumerism.

The use of an array of solvent-exposed, closely spaced redox centres can maximise productive collisions.

Indeed, with the persistent active presence of Canada's aboriginal Idle No More movement and an ethnically diverse population that includes Caribbean, Arab and South Asians among other groups, Montreal's Encuentro is particularly well-positioned to be representative of the hemisphere as it provides space for even more productive collisions.

Temperature has a significant effect on the kinetic energy of enzyme molecules and substrates and causes a greater number of productive collisions per unit of time.

We must thus conclude that the overall lower rate of α-thrombin formation by prothrombinase assembled with factor Va3K as compared to prothrombinase assembled with factor VaWt is the direct result of decreased productive collisions between enzyme and substrate.

The inability of prothrombinase assembled with the three mutant cofactor molecules to function optimally can be explained by the inability of factor Xa to efficiently convert prothrombin to α-thrombin because of diminished productive collisions between the enzyme and prothrombin.

Since the KD values of factor VaKF and factor VaAA for factor Xa are similar to the KD of factor VaWT for the enzyme, the data strongly suggest that the inability of prothrombinase assembled with factor VaKF and factor VaAA to function optimally can be explained by the inability of factor Xa to efficiently convert prothrombin to thrombin because of a diminished number of productive collisions.