Much has been learned about the genomics of AD from linkage analyses and more recently, genome-wide association studies.
Complex 4 is also a supramolecular three-dimensional network generated from linkage of Ni O chains via versatile hydrogen bonds.
Complex 1 shows a three-dimensional architecture generated from linkage of Cd O chains via L3− ligands.
The potential bias resulting from linkage misspecification, partial cohort follow-up, and outcome misclassification in these studies has been largely unexplored.
Further, the significance of positive results from linkage studies remains unclear owing to the inability to pinpoint the genes under the peaks that may be involved in migraine.
Association differs from linkage (covered elsewhere in this series) in that the alleles of interest will be the same across the whole population.
Larger virus genomes show a greater departure from linkage equilibrium between core and satellites functions.
However, aside from linkage disequilibrium, none of the features of the population are consistent with clonality.
These genes were selected by integrative evidence from linkage, association, gene expression and literature search.
(Short range correlations, which arise from linkage disequilibrium, carry no useful information and were eliminated by LD pruning our data).
The non-linear behavior for the latter may indicate contributions from linkage interactions or conformational changes during the binding process.
