DNA computing. 7th international workshop on DNA-based computers, DNA7, Tampa, FL, USA, June 10--13, 2001. Revised papers (Q1611717)

The articles of mathematical interest will be reviewed individually. The preceding workshop (6th, 2000) has been reviewed (see Zbl 0961.00028). Indexed articles: \textit{Hinze, Thomas; Hatnik, Uwe; Sturm, Monika}, An object oriented simulation of real occurring molecular biological processes for DNA computing and its experimental verification, 1-13 [Zbl 1065.68546] \textit{Kashiwamura, Satoshi; Nakatsugawa, Masashi; Yamamoto, Masahito; Shiba, Toshikazu; Ohuchi, Azuma}, Towards optimization of PCR protocol in DNA computing, 14-22 [Zbl 1065.68550] \textit{Feldkamp, Udo; Saghafi, Sam; Banzhaf, Wolfgang; Rauhe, Hilmar}, DNASequenceGenerator: A program for the construction of DNA sequences, 23-32 [Zbl 1065.68542] \textit{van Noort, Danny; Gast, Frank-Ulrich; McCaskill, John S.}, DNA computing in microreactors, 33-45 [Zbl 1065.68569] \textit{Penchovsky, Robert; McCaskill, John S.}, Cascadable hybridisation transfer of specific DNA between microreactor selection modules, 46-56 [Zbl 1065.68554] \textit{Hussini, Salah; Kari, Lila; Konstantinidis, Stavros}, Coding properties of DNA languages, 57-69 [Zbl 1065.68548] \textit{Jonoska, Natasa; Saito, Masahico}, Boundary components of thickened graphs, 70-81 [Zbl 1065.68549] \textit{Sakakibara, Yasubumi}, Population computation and majority inference in test tube, 82-91 [Zbl 1065.68560] \textit{Wood, David Harlan; Bi, Hong; Kimbrough, Steven O.; Wu, Dong-Jun; Chen, Junghuei}, DNA starts to learn poker, 92-103 [Zbl 1065.68565] \textit{Rose, John A.; Deaton, Russell J.; Hagiya, Masami; Suyama, Akira}, PNA-mediated Whiplash PCR, 104-116 [Zbl 1065.68557] \textit{Garzon, Max H.; Oehmen, Chris}, Biomolecular computation in virtual test tubes, 117-128 [Zbl 1065.68544] \textit{Tanaka, Fumiaki; Nakatsugawa, Masashi; Yamamoto, Masahito; Shiba, Toshikazu; Ohuchi, Azuma}, Developing support system for sequence design in DNA computing, 129-137 [Zbl 1065.68562] \textit{Rose, John A.; Deaton, Russell J.; Hagiya, Masami; Suyama, Akira}, The fidelity of the tag-antitag system, 138-149 [Zbl 1065.68558] \textit{Ruben, Adam J.; Freeland, Stephen J.; Landweber, Laura F.}, PUNCH: An evolutionary algorithm for optimizing bit set selection, 150-160 [Zbl 1065.68559] \textit{Pérez-Jiménez, Mario J.; Sancho-Caparrini, Fernando}, Solving knapsack problems in a sticker based model, 161-171 [Zbl 1065.68555] \textit{Manca, Vincenzo; Zandron, Claudio}, A clause string DNA algorithm for SAT, 172-181 [Zbl 1065.68552] \textit{Yoichi, Takenaka; Akihiro, Hashimoto}, A proposal of DNA computing on beads with application to SAT problems, 182-190 [Zbl 1065.68568] \textit{Head, Tom; Chen, Xia; Nichols, Matthew J.; Yamamura, Masayuki; Gal, Susannah}, Aqueous solutions of algorithmic problems: Emphasizing knights on a \(3\times 3\), 191-202 [Zbl 1065.68545] \textit{Yamamoto, Masahito; Matsuura, Nobuo; Shiba, Toshikazu; Kawazoe, Yumi; Ohuchi, Azuma}, Solutions of shortest path problems by concentration control, 203-212 [Zbl 1065.68566] \textit{Yamamura, Masayuki; Hiroto, Yusuke; Matoba, Taku}, Another realization of aqueous computing with peptide nucleic acid, 213-222 [Zbl 1065.68567] \textit{Khodor, Yevgenia; Khodor, Julia; Knight, Thomas F. jun.}, Experimental confirmation of the basic principles of length-only discrimination, 223-230 [Zbl 1065.68551] \textit{Reif, John H.; LaBean, Thomas H.; Pirrung, Michael; Rana, Vipul S.; Guo, Bo; Kingsford, Carl; Wickham, Gene S.}, Experimental construction of very large scale DNA databases with associative search capability, 231-247 [Zbl 1065.68556] \textit{Simmel, Friedrich C.; Yurke, Bernard}, Operation of a purified DNA nanoactuator, 248-257 [Zbl 1065.68561] \textit{Mitchell, James C.; Yurke, Bernard}, DNA scissors, 258-268 [Zbl 1065.68553] \textit{Wakabayashi, Kenichi; Yamamura, Masayuki}, A realization of information gate by using Enterococcus faecalis pheromone system, 269-278 [Zbl 1065.68564] \textit{Ehrenfeucht, Andrzej; Harju, Tero; Petre, Ion; Rozenberg, Grzegorz}, Patterns of micronuclear genes in ciliates, 279-289 [Zbl 1065.68541] \textit{Balan, M. Sakthi; Krithivasan, Kamala; Sivasubramanyam, Y.}, Peptide computing -- universality and complexity, 290-299 [Zbl 1065.68539] \textit{Khodor, Julia; Gifford, David K.}, Programmed mutagenesis is a universal model of computation, 300-307 [Zbl 1065.68534] \textit{Uejima, Hiroki; Hagiya, Masami; Kobayashi, Satoshi}, Horn clause computation by self-assembly of DNA molecules, 308-320 [Zbl 1065.68563] \textit{Hug, Hubert; Schuler, Rainer}, DNA-based parallel computation of simple arithmetic, 321-328 [Zbl 1065.68547] \textit{Păun, Andrei}, On P systems with global rules, 329-339 [Zbl 1065.68538] \textit{Margenstern, Maurice; Martín-Vide, Carlos; Păun, Gheorghe}, Computing with membranes: Variants with an enhanced membrane handling, 340-349 [Zbl 1065.68536] \textit{Baranda, Angel V.; Arroyo, Fernando; Castellanos, Juan; Gonzalo, Rafael}, Towards an electronic implementation of membrane computing: A formal description of non-deterministic evolution in transition P systems, 350-359 [Zbl 1065.68532] \textit{Krishna, Shankara Narayanan; Rama, Raghavan}, Insertion-deletion P systems, 360-370 [Zbl 1065.68535] \textit{Margenstern, Maurice; Rogozhin, Yurii}, A universal time-varying distributed H system of degree 1, 371-380 [Zbl 1065.68537] \textit{David, N. Gnanamalar; Subramanian, K. G.; Thomas, D. Gnanaraj}, A note on graph splicing languages, 381-390 [Zbl 1065.68540]