We present a software package for fast pedigree reconstruction in natural populations using co-dominant genomic markers such as microsatellites and SNPs. If available, the algorithm makes use of prior information such as known relationships (sub-pedigrees) or the age and sex of individuals. Statistical confidence is estimated by a simulation of the sampling process. The accuracy of the algorithm is demonstrated for simulated data as well as an empirical data set with known pedigree. The parentage inference is robust even in the presence of genotyping errors
A simple and efficient algorithm is presented for finding a maximum likelihood pedigree using micros...
A population pedigree is a graph that captures the totality of the family and genetic histories with...
Understanding and correctly utilizing relatedness among samples is essential for genetic analysis; h...
We present a software package for pedigree reconstruction in natural populations using co-dominant g...
We present a software package for pedigree reconstruction in natural populations using co-dominant g...
We present a software package for pedigree reconstruction in natural populations using co-dominant g...
We present a software package for pedigree reconstruction in natural populations using co-dominant g...
For wildlife populations, it is often difficult to determine biological parameters that indicate bre...
This paper introduces a simple greedy algorithm for searching for high likelihood pedigrees using mi...
This paper introduces a simple greedy algorithm for searching for high likelihood pedigrees using mi...
Inference of pedigrees from genetic data is a fundamental problem in the field of population genetic...
Inference of pedigrees from genetic data is a fundamental problem in the field of population genetic...
A population pedigree is a graph that captures the totality of the family and genetic histories with...
The reconstruction of pedigrees from genetic marker data is relevant to a wide range of applications...
Recent technological improvements in the field of genetic data extraction give rise to the possibili...
A simple and efficient algorithm is presented for finding a maximum likelihood pedigree using micros...
A population pedigree is a graph that captures the totality of the family and genetic histories with...
Understanding and correctly utilizing relatedness among samples is essential for genetic analysis; h...
We present a software package for pedigree reconstruction in natural populations using co-dominant g...
We present a software package for pedigree reconstruction in natural populations using co-dominant g...
We present a software package for pedigree reconstruction in natural populations using co-dominant g...
We present a software package for pedigree reconstruction in natural populations using co-dominant g...
For wildlife populations, it is often difficult to determine biological parameters that indicate bre...
This paper introduces a simple greedy algorithm for searching for high likelihood pedigrees using mi...
This paper introduces a simple greedy algorithm for searching for high likelihood pedigrees using mi...
Inference of pedigrees from genetic data is a fundamental problem in the field of population genetic...
Inference of pedigrees from genetic data is a fundamental problem in the field of population genetic...
A population pedigree is a graph that captures the totality of the family and genetic histories with...
The reconstruction of pedigrees from genetic marker data is relevant to a wide range of applications...
Recent technological improvements in the field of genetic data extraction give rise to the possibili...
A simple and efficient algorithm is presented for finding a maximum likelihood pedigree using micros...
A population pedigree is a graph that captures the totality of the family and genetic histories with...
Understanding and correctly utilizing relatedness among samples is essential for genetic analysis; h...