DNA computing is a discipline that aims at harnessing individual molecules at the
nanoscopic level for computational purposes. Computation with DNA molecules possesses …

This book presents topics in discrete biomathematics, by promoting and exploring new
approaches at the borders between biology and discrete mathematics. Its main claim is that …

Inspired by the mechanism of the biological DNA, a DNA based genetic algorithm (DNA-GA)
is proposed to determine the kinetic parameters for the hydrogenation reaction. The …

The chapter describes the theory of clonal selection and its usage in designing and
implementing immunological algorithms for problem solving and learning. In detail, it …

We use molecular computation to solve pattern classification problems. DNA molecules
encode data items and the DNA library represents the empirical probability distribution of …

A mathematical notation is introduced to represent, at a symbolic level, different mechanisms
of DNA recombination, and a 'PCR lemma'is proven by analytically describing the …

A novel method of interpretive structural modeling (ISM) using a DNA-based algorithm is
proposed in this paper. ISM is commonly used when the current technology and its …

DNA 计算是近年来出现的一种新的自然计算方法, 因为其具有高度的并行性和海量的存储能力,
引起了科学家的关注. 本文将主要从DNA 计算模型, 布尔电路的模拟, 基于DNA …

Whiplash PCR-based methods of biomolecular computation (BMC), while highly-versatile in
principle, are well-known to suffer from a simple but serious form of self-poisoning known as …

The first step of the Adleman-Lipton extract model in DNA computing is the combinatorial
generation of libraries. In this paper a new method is proposed for generating a initial pool, it …