Physiological, haematological, biochemical and genetic factors of heat intolerance data

The data consists of physiological data that includes the anthropometric and demographic characteristics of the participants. In addition, haemtological, biochemical and genetic data were obtained to identify the predictors of heat intolerance. Anthropometric data were obatined using the Tanita biompedance scale, while physiological measurements such as temperature were obtained using a rectal probe. Heart rate was obtained using a heart rate monitor. Haematological, biochemical and genetic data were obatied from blood samples obtained from the participants. Haematological data were analysed using an automated hematology analyser, while biochemical data were analysed using a chemistry analyser. All genetic data  were amplified in polymerase chain reactions, cleaned, quantified, normalised, sequenced and analysed for SNP.
Software/equipment used to create/collect the data: RET-1 Rectal Probe, Physitemp Instruments, LLC, Clifton, NJ, USA: Rectal core temperatureWireless temperature logging iButtons (Thermochron, iButtonLink, LLC, Wisconson USA): Skin temperaturePolar T31 Coded Transmitter, Polar Electro Oy, Kempele, Finland: Heart rateTanita RD-545, Tanita Corporation, Tokyo, Japan: Body composition analyserCoulter AcT diff Hematology Analyzer, Beckman Coulter, New South Wales, Australia: Heamatological dataAU480 Chemistry Analyzer, Beckman Coulter, New South Wales, Australia: Biochemistry dataScientifix Pty Ltd, Clayton, VIC, Australia: DNA extractionThermofisher Scientific, Australia: Polymerase Chain ReactionIllumina Nextera XT DNA: Library preparation, quantification and sequencing
Software/equipment used to manipulate/analyse the data: SPSS version 27R software version 3.6.3Geneious Prime software program 2020 v.2.24: Single nucleotide polymorphism identification

本数据集包含受试者的生理学数据，涵盖人体测量学（anthropometric）与人口统计学（demographic）特征信息。此外，还获取了血液学、生物化学及遗传学数据，用于识别热耐受不良（heat intolerance）的预测因子。
人体测量学数据通过百利达（Tanita）生物阻抗秤采集；体温等生理学指标采用直肠探针获取；心率则通过心率监测仪采集。血液学、生物化学及遗传学数据均取自受试者的血液样本：血液学数据采用全自动血液分析仪进行分析，生物化学数据采用化学分析仪进行分析；所有遗传学数据均经聚合酶链式反应（polymerase chain reaction）扩增、纯化、定量、标准化处理、测序，并针对单核苷酸多态性（single nucleotide polymorphism，SNP）开展分析。

### 数据采集所用软件与设备：
1. RET-1型直肠探针，Physitemp Instruments, LLC，美国新泽西州克利夫顿：用于采集直肠核心体温
2. 无线温度记录型iButtons（Thermochron，iButtonLink, LLC，美国威斯康星州）：用于采集皮肤温度
3. Polar T31编码发射器，Polar Electro Oy，芬兰坎佩尔：用于采集心率
4. Tanita RD-545型人体成分分析仪，百利达公司（Tanita Corporation），日本东京：用于人体测量学数据采集
5. Coulter AcT diff血液分析仪，贝克曼库尔特（Beckman Coulter），澳大利亚新南威尔士州：用于血液学数据分析
6. AU480型化学分析仪，贝克曼库尔特（Beckman Coulter），澳大利亚新南威尔士州：用于生物化学数据分析
7. Scientifix Pty Ltd，澳大利亚维多利亚州克莱顿：用于DNA提取
8. 赛默飞世尔科技澳大利亚分公司（Thermofisher Scientific, Australia）：用于聚合酶链式反应实验
9. Illumina Nextera XT DNA试剂盒：用于文库制备、定量及测序

### 数据处理与分析所用软件：
1. SPSS 27版本
2. R软件 3.6.3版本
3. Geneious Prime 2020 v.2.24软件：用于单核苷酸多态性识别