… and diverse functions of human STB as well as models commonly used for its study. Then,
we will discuss how various omics technologies have provided unprecedented insights into …

… , for example, the EU Human Brain Project initially aimed to … —using the latest omics
technologies to understand the … developing human brains) and the Aging, Dementia and TBI study …

… how mCAs induce genome ageing and human ageing. … Our understanding of how human
ageing at molecular, cellular … , from embryonic development until human ageing, in which the …

… for aging biomarkers has recently intensified with the emergence of omics fields, precision
medicine, and personalized nutrition, thus opening the possibility of measuring aging more …

… omics technologies, omics research has accelerated the development of quantitative,
high-throughput direction, through the integration of multiple omics … as longevity and aging, and …

… Given the complexity of the aging and neurodegenerative processes, and their … -omics
analysis of brains affected with AD versus the brains of old and younger controls. These studies …

… The subsequent DETECT-A study, which was the first-ever … (aged 65–75 years) without
known cancer at enrolment 17 . A total of 96 cancer diagnoses were made during the study, of …

… Therefore, if the goal is to investigate the causes of human aging, a biological clock should
be used. Chronological clocks can be applied to areas such as forensics or identifying the …

… In addition, we recommend the use of other complementary omics data, including
metabolomics, proteomics, transcriptomics and lipidomics, the biological interpretation of which is …

… Our earlier studies demonstrated how genetic variants modulate the extent of renal DNA
methylation within genes of importance to kidney aging. The recent analysis of DNA methylation …