The phrase "all population pedigrees" is correct and usable in written English.
It can be used in contexts related to genetics, biology, or studies involving lineage and ancestry.
Example: "The study analyzed all population pedigrees to understand the genetic diversity within the species."
Alternatives: "every population pedigree" or "all genetic lineages".
We used the breeding population pedigree information (relationships between first and second generation) to detect possible Mendelian Inconsistencies (MIs) between parents and offspring using the PedCheck software [37].
This approach capitalizes on the fact that different family structures differ in their power to detect linkage [24] by successively considering the use of different splittings of the population pedigree.
The full MAGIC population pedigree is available from http://www.niab.com/magic/.
The genotypes of the last generation were gene-dropped into the sorted real population pedigree.
Final marker order and map distances were computed from the complete reference population pedigree and genotype data.
RAPD and arbitrarily primed polymerase chain reaction technique (AP-PCR) are powerful tools for gene mapping, population, pedigree analysis, phylogenetic studies, and strain identification [ 47].
When, in addition to the use of parents and grandparents in the reference population, pedigree information was used for imputation (scenario C), FImpute reached very high accuracy (0.968 – 0.992) for rare alleles.
In studies of natural populations, pedigree construction is an important component in determining breeding structure and estimation of genetic parameters (Blouin 2003; Pemberton 2008).
The parental links are considered virtually complete for people born after 1954, which allows the construction of population based pedigrees.
For the UK population, complex pedigrees were first split into 61 subfamilies (of up to approximately 50 individuals and three generations) using the CRIGEN command (options: -size 50 and -gen 3) in Crimap (see below).
