Data to go with Cell Metabolism paper Hu et al 2018 Supplemental Figure 8

This experiment was to assess the impact of dietary macro-nutrient composition on body weight of the mouse. In total we used 30 different diets and 5 different strains of mice.

This file contains the individual data of the food intake, energy intake and protein/fat intake, body weight and body composition of a subset of male C57BL/6 mice used for WAT RNAseq, averaged over the last 10 days on one of 24 different diets. Twelve of twenty mice were chosen from each diet. The diets had variable protein from 5 to 30% and had two levels of fat content (diets 1 to 6 had 60% fat and diets 7 to 12 had 20% fat), variable fat from 8.3 to 80% and had two levels of protein content (diets 13 to 18 had 10% protein and diets 19 to 24 had 25% protein). Full details of the dietary compositions can be found in the paper supplementary table 1. Complete meta-data are in the meta-data tab of the file.

Means for each diet derived from these individual values are presented in Supplemental Figure 8 of Hu et al (2018) Cell metabolism.

本实验旨在评估膳食宏量营养素组成对小鼠体重的影响。总计使用了30种不同的饮食方案和5种不同品系的小鼠。本文件包含了用于WAT RNAseq的男性C57BL/6小鼠子集的个体数据，包括食物摄入量、能量摄入量及蛋白质/脂肪摄入量、体重及体成分，这些数据是在24种不同饮食方案中的一种上，对最后10天的数据进行平均。每项饮食方案中选取了20只小鼠中的12只。饮食方案中蛋白质含量在5%至30%之间变化，脂肪含量分为两个水平（1至6号饮食方案含60%脂肪，7至12号饮食方案含20%脂肪），脂肪含量在8.3%至80%之间变化，蛋白质含量也分为两个水平（13至18号饮食方案含10%蛋白质，19至24号饮食方案含25%蛋白质）。关于饮食成分的详细信息可在论文的补充表1中找到。完整的元数据可在文件的元数据标签页中查阅。Hu等人（2018）在《细胞代谢》杂志的补充图8中展示了这些饮食方案的平均值。