Abstract. Given the gene orders in two modern genomes, it may be dif-ficult to decide if some genes are close enough in both genomes to infer some ancestral proximity or some functional relationship. Current meth-ods all depend on arbitrary parameters. We explore a two-parameter class of gene proximity criteria, and find natural values for these pa-rameters. One has to do with the parameter value where the expected information contained in two genomes about each other is maximized. The other has to do with parameter values beyond which all genes are clustered. We analyse these using combinatorial and probabilistic argu-ments as well as simulations.
Inferring ancestral gene orders in a phylgenomic tree is an important topic in comparative genomics....
<p>(a) Frequencies of distances between structurally related genes across the human genome (blue) as...
A new estimator of the pairwise relatedness coefficient between individuals adapted to dominant gene...
Given the gene orders in two modern genomes, it may be difficult to decide if some genes are close e...
Abstract. We study a parametrized definition of gene clusters that per-mits control over the trade-o...
In this thesis I study a parametrized definition of gene clusters that permits control over the trad...
Background: The comparison of relative gene orders between two genomes offers deep insights into fun...
We focus on algorithmic problems related to deriving gene locations on DNA sequences of closely rela...
The number of common adjacencies of genetic markers, as a measure of the similarity of two genomes, ...
Dörr D, Thévenin A, Stoye J. Gene family assignment-free comparative genomics. BMC Bioinformatics. 2...
Estimating genetic relatedness, and inbreeding coefficients is important to the fields of quantitati...
Abstract Background Given genetic networks derived from two genomes, it may be difficult to decide i...
We develop and evaluate methods for inferring relatedness among individuals from low-coverage DNA se...
<p>The average adjacency score (aAS) measures the co-localization of CLOGs grouped into co-occurring...
The number of common adjacencies of genetic markers, as a measure of the similarity of two genomes, ...
Inferring ancestral gene orders in a phylgenomic tree is an important topic in comparative genomics....
<p>(a) Frequencies of distances between structurally related genes across the human genome (blue) as...
A new estimator of the pairwise relatedness coefficient between individuals adapted to dominant gene...
Given the gene orders in two modern genomes, it may be difficult to decide if some genes are close e...
Abstract. We study a parametrized definition of gene clusters that per-mits control over the trade-o...
In this thesis I study a parametrized definition of gene clusters that permits control over the trad...
Background: The comparison of relative gene orders between two genomes offers deep insights into fun...
We focus on algorithmic problems related to deriving gene locations on DNA sequences of closely rela...
The number of common adjacencies of genetic markers, as a measure of the similarity of two genomes, ...
Dörr D, Thévenin A, Stoye J. Gene family assignment-free comparative genomics. BMC Bioinformatics. 2...
Estimating genetic relatedness, and inbreeding coefficients is important to the fields of quantitati...
Abstract Background Given genetic networks derived from two genomes, it may be difficult to decide i...
We develop and evaluate methods for inferring relatedness among individuals from low-coverage DNA se...
<p>The average adjacency score (aAS) measures the co-localization of CLOGs grouped into co-occurring...
The number of common adjacencies of genetic markers, as a measure of the similarity of two genomes, ...
Inferring ancestral gene orders in a phylgenomic tree is an important topic in comparative genomics....
<p>(a) Frequencies of distances between structurally related genes across the human genome (blue) as...
A new estimator of the pairwise relatedness coefficient between individuals adapted to dominant gene...