Results 271 to 280 of about 571,568 (315)
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A Genetic Linkage Map for the Zebrafish
Science, 1994To facilitate molecular genetic analysis of vertebrate development, haploid genetics was used to construct a recombination map for the zebrafish Danio ( Brachydanio ) rerio .
John H. Postlethwait +14 more
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Genetic mapping of prophage Mu
Virology, 1973Abstract The gene order of several independently isolated Mu prophages has been determined by deletion mapping. The prophages in which deletions were produced were located in the lacI gene, the lacZ gene, and the trp operon of Escherichia coli . The Mu deletions were tested for marker rescue against a set of sixteen Mu amber mutants.
A I, Bukhari, M, Metlay
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Genetic Mapping in Hybrid Zones
The American Naturalist, 2002Recent advances in genetic mapping methodologies make it feasible to localize quantitative trait loci (QTL) that contribute to adaptation and speciation. However, it has not been possible to employ these methods in many wild species because of difficulties associated with creating and propagating recombinant populations of sufficient size for QTL ...
Loren H, Rieseberg, C Alex, Buerkle
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Plotting genetic maps on a microcomputer
Gene, 1987Maps of genetic linkage and restriction enzyme cleavage sites can be quickly prepared on an IBM PC microcomputer with the commercially available program Lotus 1-2-3. Data can be entered on the keyboard or imported from other programs. The maps can be displayed on the screen or with a printer or plotter. These procedures should be useful in the research
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Genetic Mapping of the Mouse Genome
Methods, 1998This article provides an introduction to genetic mapping for scientists who wish to map specific genes or mutant phenotypes in the mouse. The basic principles of genetic mapping and the different types of genetic markers available are described in the first two sections of the chapter. The theoretical and empirical principles necessary to consider when
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Construction of Reference Genetic Maps
Current Protocols in Human Genetics, 1994AbstractThis unit details the specialized resources and procedures used for constructing reference genetic maps. Construction of such maps in humans represents a subset of the linkage analysis problem. Objectives include the addition of a new locus to an established map, development of a detailed map of loci in a localized area, and construction of de ...
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Genetic map of bacteriophage P2
Virology, 1969Abstract A genetic map of bacteriophage P2 has been constructed, using 37 ts mutants and several other mutants. Complementation experiments show that the ts mutants belong to 13 different cistrons. Recombination frequencies in P2 crosses are very low but can be strongly increased by irradiating the phage with small doses of ultraviolet light; a UV ...
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Human Genetics, 1983
Starting with the male chiasma distribution for chromosome 2, a significantly better fit is obtained to lod scores for the X chromosome if terminalization of distal chiasmata is assumed. The linkage data are not consistent with a uniform distribution of chiasmata, absence of terminalization, or restriction of terminalization to the distal band.
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Starting with the male chiasma distribution for chromosome 2, a significantly better fit is obtained to lod scores for the X chromosome if terminalization of distal chiasmata is assumed. The linkage data are not consistent with a uniform distribution of chiasmata, absence of terminalization, or restriction of terminalization to the distal band.
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Genetic map construction with constraints.
Proceedings. International Conference on Intelligent Systems for Molecular Biology, 1995A pilot program, CME, is described for generating a physical genetic map from hybridization fingerprinting data. CME is implemented in the parallel constraint logic programming language ElipSys. The features of constraint logic programming are used to enable the integration of pre-existing mapping information (partial probe orders from cytogenetic maps
Dominic A. Clark +2 more
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Mapping and scheduling by genetic algorithms
1994A massively parallel genetic algorithm for the mapping and scheduling problem is presented. It turns out that a standard genetic algorithm package can easily be adapted to the mapping and scheduling problem. The resulting algorithm is able to exploit parallelism of a massively parallel hardware and can solve larger problems than a reference algorithm ...
Markus Schwehm, Thomas Walter
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