P. Cundiff

TL;DR: This work presents the largest survey to date, to the authors' knowledge, of the heritability of gene-expression traits in segregating human populations, and views clusters or networks based on genetic correlation measures and shared QTLs as potentially novel insights into the relationship among genes that may underlie complex traits.

TL;DR: Hendry et al. as discussed by the authors developed SOPs for the relatively novel Sendai virus infection method for reprogramming; the design and implementation of studies to assess the variation among lines derived from a single donor (which included up to 14 lines per donor and analyses at both the iPSC stage and post-differentiation); and, together with S.L.D. and P.C., contributing to the development of an optimized workflow for the characterization of a large library of human pluripotency markers, the creation and isolation of iPSCs, the active maintenance of databases to catalogue the large number of lines and splits, and the preparation of these cells for RNA-seq analysis to be performed by members of the E.S.

TL;DR: In this article , the authors developed CellMap, a computational tool that derives cell type profiles from publicly available single-cell and single-nucleus datasets to infer cell types in bulk RNA-seq data from induced pluripotent stem cell (iPSC) derived cell lines.