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.

Dynamic programming simplifies a complicated problem by breaking it down into sub-problems ... For instance, approximate string matching, an algorithm applied in DNA, RNA, and protein sequence ...

In August, a manufacturer of DNA testing kits sent a letter to the Los Angeles County Sheriff’s Department warning officials to stop using certain ... the scope of the problem and make sure ...

A new paper in Nature describes using epigenetics to store information in DNA without needing to synthesize new DNA sequences every ... once these and a few other problems are solved—and the ...

Abstract: Exact pairwise sequence alignment algorithms using dynamic programming require quadratic space and time ... It records similarity matrix scores and start points on special anti-diagonals ...

The 2 million-year-old DNA samples revealed the now largely lifeless polar region was once home to rich plant and animal life — including elephant-like mammals known as mastodons, reindeer ...

"In experiments where we deleted the newly discovered DNA sequence from the zebrafish genome using the CRISPR/Cas9 technique, we saw that the early activation of the Nkx3.2 gene was reduced ...

One of 365’s new dynamic array functions is SEQUENCE(), which returns a series of values using the following syntax: =SEQUENCE(rows,[columns],[start],[step]) where rows is required and specifies ...

In both cases the range of component “monomers”—the paper-chain links ... The order of nucleotides in specific DNA sequences—genes—determines the order of amino acids in specific ...

Zhu said that his team's latest finding that VNTR2-1 helps to drive the activity of the telomerase gene is especially notable because of the type of DNA sequence it represents. "Almost 50% of our ...