Sentence examples for mapping in humans from inspiring English sources

Typically, such mapping in humans can only occur during brain surgery.

Recent work on statistical methods for QTL mapping in humans has included a number of methods that, though not developed specifically for discordant pairs, may well be powerful for MDSPs and possibly even EDSPs.

This mechanistic approach to diagnosing the causes of atrial fibrillation in individual patients has been supported by substantially improved outcomes from FIRM-guided ablation, resulting in increased attention to rotors as therapeutic targets.In this review, we outline the pathophysiology of rotors in animal and in-silico studies of fibrillation, and how this motivated FIRM mapping in humans.

The prospect of using linkage disequilibrium (LD) for fine-scale mapping in humans has attracted considerable attention, and, during the validation of a set of single-nucleotide polymorphisms (SNPs) for linkage analysis, a set of data for 4,833 SNPs in 538 clusters was produced that provides a rich picture of local attributes of LD across the genome.

Two studies [37], [41] examined the cochleotopic mapping in humans along the superior temporal gyrus and showed that it may also extend, as is seen in primates, to the areas immediately surrounding the human auditory core, which may correspond to some of the belt areas.

Furthermore, the studies have various study designs such as linkage analysis (genetic mapping in humans), candidate-gene association studies, and longitudinal studies.

This work led to the discovery of rotational (rotors) and focal drivers for human cardiac fibrillation via FIRM (Focal Impulse and rotor Mapping), now confirmed by optical mapping in human atria and independent clinical studies.

This website includes data from our projects on QTL mapping in human lymphoblastoid cells using RNA-seq, DNase-seq and other techniques [Pickrell et al 2010], as well as a browser summarizing results from a collection of published eQTL studies.

The aim of our study is to test a cross-species genetic mapping strategy, which compares data of gene mapping in human patients with functional data obtained by QTL mapping in recombinant inbred mouse strains in order to prioritize human disease candidate genes.

In one version, based on "consistent mapping" in human visual search, target and nontarget pictures were fixed throughout training.

For example, this approach has facilitated SNP-based genetic mapping in human [ 1, 2], Arabidopsis [ 3- 5], and rice [ 6, 7].