… have begun to study complex trait genetics in large populations. Recent analyses of very
large maize populations revealed a substantially more complex genetic architecture than was …

… our understanding of the genetic architecture of traits. Occasionally, … genetic architecture
varies across multiple complex traits, we assessed h 2 SNP and the polygenicity of 558 traits…

… whole genetic architecture into account and might contribute to biased estimation of genetic
… is proposed for modeling the genetic architecture of complex trait, which integrates the …

… Although the individual genes shed important light on … genetic architecture of complex
traits, including the total number of genes, the typical effect sizes for risk alleles, and the genetic …

… the genetic architecture of complex traits. The genetic architecture of complex traits is even
more complex than previously thought: in almost every trait studied there are thousands of …

… the mathematical aspects of dynamic traits into the QTL mapping theory. Here we present
the conceptual model for functional mapping of complex traits and provide guidelines for the …

… the genetic architecture of quantitative traits and complex … insights into the genetic architecture
of phenotypic diversity … of the genetic architecture of quantitative and complex traits will …

… trait loci (QTL) with effects that aresensitive to the genetic, … complex traits; and to determine
their gene frequencies and … individual genes underlyingvariation in complex traits (200). …

… the mutations and genes involved in complex traits, particularly those involved in human
disease, both to aid in predicting risk and to further understand the genetic basis of disease. …

… complex traits, a multi pronged analysis is likely to be needed to elucidate genetic architecture
… we describe an approach to partially resolve the architecture of a polygenic, complex trait. …