Sentence examples for alignment alterations from inspiring English sources

To evaluate the limits of stability (LOS) in persons with transtibial amputation (TTA), and to determine the effects of prosthetic alignment alterations on motor control strategies.

This study identified the changes in biological sequences and associated alignment alterations, which would ultimately affect epitope structures, as well as the plausible hidden features to search for the most conserved and effective epitopes for vaccine development.

Although cup orientation is affected by a change in pelvic tilt after surgery, it has been unclear whether surgeons can prevent impingement and edge-loading by proper positioning by taking into account any change in pelvic alignment associated with alteration of hip range of motion.

An efficient algorithm for the nucleotide-level transcriptome to genome alignment with structural alterations problem.

In the context of genomic sequences, alignment under structural alterations has been considered since the early 2000s.

This allows the exact transcript to genome alignment without structural alterations to be performed in O NM) time.

Contributions: In this study, we introduce novel algorithmic formulations of the transcript-to-genome alignment under structural alterations problem and describe solutions for several gap penalty models.

In this section, we describe the algorithmic formulation for a 'lower resolution' solution to the transcript to genome alignment with structural alterations.

We now define the score of an alignment with structural alterations A s as Here S m denotes the alignment score of each t i to f(t i )—which is higher if t i = f(t i ).

The problem of transcriptome to the genome alignment with structural alterations can be optimally solved in polynomial time under the assumption that the transcript sequence is composed of substrings copied from the genome sequence.

Tissue adaptations contributing to the patient's altered movement and alignment impairments include motor control alterations in recruitment patterns and timing, de-recruitment, skeletal and muscular performance alterations, stiffness and length.