Huang Qiuhan, Monzel Anna S, Rausser Shannon, Haahr Rachel, Devine Jack, Liu Cynthia C, Kelly Catherine, Thompson Elizabeth, Kurade Mangesh, Michelson Jeremy, Li Shufang, Engelstad Kris, Tanji Kurenai, Lauriola Vincenzo, Wang Tian, Wang Shuang, Marsland Anna L, Kaufman Brett A, St-Onge Marie-Pierre, Sloan Richard, Juster Robert-Paul, Gouspillou Gilles, Hirano Michio, Picard Martin, Trumpff Caroline
Division of Behavioral Medicine, Department of Psychiatry, Columbia University Irving Medical Center, New York, NY, USA.
Department of Neurology, H. Houston Merritt Center, Columbia Translational Neuroscience Initiative, Columbia University Medical Center, New York, NY, USA.
bioRxiv. 2024 Nov 29:2024.04.19.590241. doi: 10.1101/2024.04.19.590241.
GDF15 (growth differentiation factor 15) is a marker of cellular and mitochondrial energetic stress linked to physical-mental illness, aging, and mortality. Here, we describe the psychobiological regulation of plasma and saliva GDF15 in four human studies including 3,599 samples from 148 healthy individuals. We report two main observations establishing GDF15 as a novel tractable biomarker of psychosocial stress. 1) In two experimental laboratory studies, socio-evaluative stress rapidly elevates GDF15 and lactate, two molecular markers of energetic/reductive stress. 2) Similar to other stress-related metabolic hormones, we also find that saliva GDF15 exhibit a robust awakening response, being highest at the time of waking up and declining by ~42-92% within 30-45 minutes. These data position GDF15 as a dynamic biomarker of psychosocial stress accessible in human blood and saliva, pointing towards a shared psychobiological pathway linking mental and mitochondrial energetic stress. These foundational observations open the door to large-scale studies using GDF15 to non-invasively probe how acute psychosocial factors promote cellular and mitochondrial and energetic stress contributing to the stress-disease cascade across the lifespan.
生长分化因子15(GDF15)是一种与身心疾病、衰老和死亡率相关的细胞和线粒体能量应激标志物。在此,我们在四项涉及148名健康个体的3599份样本的人体研究中描述了血浆和唾液中GDF15的心理生物学调节。我们报告了两项主要观察结果,确立了GDF15作为心理社会应激的一种新型可处理生物标志物。1) 在两项实验性实验室研究中,社会评价性应激迅速升高GDF15和乳酸,这是能量/还原应激的两种分子标志物。2) 与其他与应激相关的代谢激素类似,我们还发现唾液GDF15呈现出强烈的觉醒反应,在醒来时最高,并在30 - 45分钟内下降约42 - 92%。这些数据将GDF15定位为一种可在人体血液和唾液中获取的心理社会应激动态生物标志物,指向一条连接精神和线粒体能量应激的共同心理生物学途径。这些基础性观察结果为使用GDF15进行大规模研究打开了大门,以无创方式探究急性心理社会因素如何促进细胞和线粒体以及能量应激,从而在整个生命周期中导致应激 - 疾病级联反应。