官方服务:
资源简介:
Assess physiological and genomic evidence that Epas1 is under selection in high-altitude deer mice
应用场景:
创建时间:
2019-09-23
相关数据集
青藏高原100例藏族人群全基因组芯片数据(2022)
青藏高原是对人类生存最具挑战性的环境之一,被誉为地球的“第三极”。平均海拔在4000米以上,4000m的氧分压仅为海平面60%左右。高原缺氧对于人类生存是一个强烈的选择压力,大部分高原非适应性个体暴露于高原缺氧环境会导致红细胞数量增加(红细胞增多症)和红细胞积压(Hematocrit, HCT)水平升高。高原藏族遗传背景单一,长期高海拔环境对高原适应相关基因有正选择作用,造成不同海拔梯度在相关的单
国家青藏高原科学数据中心2023-01-10 更新150
Multi-omics dataset from altitude training study in trained athletes
This repository contains individual-level longitudinal data and multi-omics profiles from an altitude training study with N=120 athletes, divided into two training groups:Endurance (n=60) and Power/St
DataCite Commons2025-12-06 更新100
miRNA expression in Placental Tissue from high altitude European and Tibetan women
We used in silico analyses to identify the distinct transcriptome signatures of two populations living at high altitudes and identified potential mechanisms that underlie high-altitude adaptation. Dat
NIAID Data Ecosystem80
Additional file 1 of Large-scale genome sequencing redefines the genetic footprints of high-altitude adaptation in Tibetans
Additional file 1: Table S1. The previous studies of Tibetans. Table S2. The reported genes under selection in Tibetans. Table S3. Sample information in this study. Table S4. Variant annotations. Tabl
Figshare2025-10-29 更新140
High-altitude adaptation of gene expression in yak organs. Bos grunniens
In this study, we examined differences in the transcriptomes of four organs (heart, kidney, liver and lung) between yak and cattle, a pair of closely related species distributed at high and low altitu
NIAID Data Ecosystem100



