To alleviate this problem ... on dynamic programming, with quadratic time and space complexity. Many works are known which implement the Smith-Waterman algorithm for long sequences of DNA.

This article assumes you have intermediate or better programming skill but doesn't assume you know anything about the Newton iteration algorithm for computing the inverse of a matrix. The demo is ...

By this time, the problem is long past its “breaking point” (Fig. 1). 1. Dominoes – “One outdated component can knock down your entire supply chain.” Like dominoes falling over onto each ...

Although DSM is presented as a feasible parallel programming paradigm ... we present and evaluate a parallelization strategy for implementing a local DNA sequence alignment algorithm. This strategy ...

Abstract: This article, for the first time, extends the zeroing neural network (ZNN) method to address the problem of dynamic quaternion-valued matrix inversion. Due to the noncommutative property of ...

We herein report the real-time observation of G-quadruplex formation by monitoring the G-quadruplex-induced global change of two duplexes incorporated in a DNA nanoscaffold. The introduced G-rich ...

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Contributed by Y. M. Dennis Lo, November 23, 2018 (sent for review September 13, 2018; reviewed by Michael R. Speicher and Alain R. Thierry) ...