The genome halving problem, previously solved by El-Mabrouk for inversions and reciprocal translocations, is here solved in a more general context allowing ...
We address the problem of finding the minimal number of block interchanges (exchange of two intervals) required to transform a duplicated linear genome into ...
Jul 6, 2011 · Another operation, called block interchange, consists in exchanging two intervals of a genome. Block interchanges scenarios have been studied ...
We address the problem of finding the minimal number of block interchanges required to transform a duplicated unilinear genome into a single tandem ...
The Genome Halving Problem is the following: Given a rear- ranged duplicated genome, find a perfectly duplicated genome such that the rearrangement distance ...
In the case of a genome G at s containing exactly two copies of each gene, the genome halving problem is to find a perfectly duplicated genome D at d minimizing ...
Abstract: The genome halving problem, previously solved by El-Mabrouk for inversions and reciprocal translocations, is here solved in a more general context ...
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We address the problem of finding the minimal number of block interchanges required to transform a duplicated unilinear genome into a single tandem duplicated ...
The Genome Halving Problem is the following: Given a rearranged duplicated genome, find a perfectly duplicated genome such that the rearrangement distance ...
Both transposition and block interchange can be thought of as the excision of a fragment, its circularization, together counting as one DCJ operation, followed ...