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Identification of mobile genetic elements

Identification of mobile genetic elements transposons plasmids ...
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Six degrees of genetic identification

, 2023
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System identification using genetic programming

, 2003
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Genetic Identification

2022
AbstractGenetic analysis allows genetic identification of individuals, populations, and species for a range of conservation purposes, including wildlife trafficking, detecting invasive species, determining relatedness in captive breeding, and identifying community composition.
Fred W. Allendorf, W. Chris Funk, Sally N. Aitken, Margaret Byrne, Gordon Luikart   +4 more
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Population Identification Using Genetic Data

Annual Review of Genomics and Human Genetics, 2012
A large number of algorithms have been developed to classify individuals into discrete populations using genetic data. Recent results show that the information used by both model-based clustering methods and principal components analysis can be summarized by a matrix of pairwise similarity measures between individuals.
Daniel John, Lawson, Daniel, Falush
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Population genetics for target identification

Drug Discovery Today: Technologies, 2004
In this review, we address how to best use data from the Human Genome Project to discover new drug targets for common disease. We focus on population genetic approaches to identify variants associated with disease and how these can illuminate new targets and pathways for intervention.
Daniel G, Healy, Patrick M, Abou-Sleiman, David B, Goldstein, Nicholas W, Wood   +3 more
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Genetic Sex Identification in Orangutans

Anthropologischer Anzeiger, 2003
To date, no established protocol for genetic sex identification in orangutans (Pongo pygmaeus) exists. In nearly all apes (gibbons, gorillas, chimpanzees, and humans), genetic sex identification is possible using the amelogenin gene because copies located on X and Y chromosomes have different sizes.
Michael E, Steiper, Maryellen, Ruvolo
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Genetic polymorphism in varietal identification and genetic improvement

Theoretical and Applied Genetics, 1983
New sources of genetic polymorphisms promise significant additions to the number of useful genetic markers in agricultural plants and animals, and prompt this review of potential applications of polymorphic genetic markers in plant and animal breeding. Two major areas of application can be distinguished. The first is based on the utilization of genetic
M, Soller, J S, Beckmann
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ROBUST IDENTIFICATION OF LARGE GENETIC NETWORKS

Biocomputing 2004, 2003
Temporal and spatial gene expression, together with the concentration of proteins and metabolites, is tightly controlled in the cell. This is possible thanks to complex regulatory networks between these different elements. The identification of these networks would be extremely valuable.
DI BERNARDO, DIEGO, T. Gardner, J. Collins   +2 more
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Genetic algorithms-based identification

1995 IEEE International Conference on Systems, Man and Cybernetics. Intelligent Systems for the 21st Century, 2002
We study genetic algorithms (GAs)-based identification for nonlinear systems in the presence of unknown driving noise, using both feedforward multilayer neural network models and radial basis function network models. Under perfect state measurements, we first show that a standard GA-based estimation scheme, in its full potential, even though leading to
null Songwu Lu, T. Basar
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