Sentence examples for minimization of secondary from inspiring English sources

In recent years, hypothermia has been described as a therapeutic approach that leads to potential protective effects via minimization of secondary damage consequences, reduction of neurologic deficit, and increase of motor performance after spinal cord injury (SCI) in animal models and humans.

To deal with this, minimization of secondary structure by fragmenting the RNA prior to reverse transcription (RT) was recommended.

Another factor that could have contributed to the minimization of secondary osteons could be Se intoxication, which induces apoptosis in mature osteoclasts [ 11].

It seem virtually impossible to explain away this 'perfect' structure as a by-product of some evolutionary process for which error minimization is of secondary importance or neutral.

Power control (PC) technology is to obtain a certain ideal goal (e.g., utility maximization, throughout maximization, total power minimization) by adjusting the transmit power of secondary system with no harmful interference for communications of PUs.

Thus, computer prediction of secondary structure through free energy minimization can be a powerful tool for deducing structure (12, 15, 50− 52) and function for a sequence (53).

The main advantage of the Q-learning algorithm is therefore the minimization of control information sent between the secondary nodes and the coordinator node.

Multi objective genetic algorithm is used to optimize the gains of primary and secondary controllers for minimization of integral of absolute error (IAE), maximum overshoot and settling time.

The use of smart strategies for caching the portions of graph needed for computation [ 19], the minimization of the number of accesses to secondary memory [ 20], and the usage of compressed data structures for maintaining the graph in primary memory [ 21] are the main challenges for making the management of large graph networks in off-the-shelf machines comparable to distributed approaches.

We use mFold, a free-energy minimization algorithm that uses sequence-dependent thermodynamic parameters, for evaluating the sub-optimal range of secondary structures for chloroplast mRNAs.

Determination of secondary structure usually involves sequence comparison and/or a combination of chemical mapping and free energy minimization.