作者: John Kececioglu , Dan Gusfield
DOI: 10.1016/S0166-218X(98)00074-2
关键词: Event (probability theory) 、 Edit distance 、 Mutation (genetic algorithm) 、 Chromosome (genetic algorithm) 、 Mathematics 、 Computational complexity theory 、 Algorithm 、 Sequence 、 Time complexity 、 Phylogenetic tree
摘要: Abstract One of the classic problems in computational biology is reconstruction evolutionary history. A recent trend area to increase explanatory power models that are considered by incorporating higher-order events more accurately reflect mechanisms mutation at level chromosome. We take a step this direction considering problem reconstructing an history for set genetic sequences have evolved recombination. Recombination non-tree-like event produces child sequence crossing two parent sequences. present polynomial-time algorithms parsimonious such several recombination when all sequences, including those ancestors, input. also show these appear be near limit what can solved polynomial time, natural generalizations NP-complete.