Pevzner P A
Department of Computer Science and Engineering, Pennsylvania State University, University Park 16802.
Comput Chem. 1994 Sep;18(3):221-3. doi: 10.1016/0097-8485(94)85016-x.
Despite recent advances in DNA sequencing by hybridization it is still a random shotgun method. Even if one manages to routinely sequence short DNA fragments by SBH these fragments have to be assembled into the final genomic sequence. Recently different additional biochemical experiments were suggested which potentially may drastically increase the resolving power of SBH. However biologists frequently cannot estimate the computer science limitations of the proposed additional experiments and no computational studies of additional experiments for SBH were provided yet. The paper discusses a combinatorial technique which might help a biologist to analyze different additional biochemical experiments and to combine these data with SBH data to increase the resolving power of SBH.
尽管最近在通过杂交进行DNA测序方面取得了进展,但它仍然是一种随机鸟枪法。即使有人设法通过杂交测序法(SBH)常规地对短DNA片段进行测序,这些片段也必须组装成最终的基因组序列。最近有人提出了不同的额外生化实验,这些实验可能会大幅提高SBH的分辨能力。然而,生物学家常常无法估计所提出的额外实验的计算机科学局限性,而且尚未提供关于SBH额外实验的计算研究。本文讨论了一种组合技术,它可能有助于生物学家分析不同的额外生化实验,并将这些数据与SBH数据相结合,以提高SBH的分辨能力。