🫁 A Phenomics study of 839 Chinese lung cancer patients finds that MBD4 polymorphism rs140693 is associated with prognosis, highlighting its potential as a genetic marker for individualized prognostic assessment.

🫁 A Phenomics study of 839 Chinese lung cancer patients finds that MBD4 polymorphism rs140693 is associated with prognosis, highlighting its potential as a genetic marker for individualized prognostic assessment.
🧬 We share chronological age, but not necessarily immune age. A Phenomics perspective discusses immune ageing in the Chinese population and how changes in T and NK lymphocyte subsets may help evaluate biological immune age.
🧬 A Phenomics commentary explores how polygenic risk scores could support earlier risk assessment and stratification in IgA nephropathy—and what is still needed before genetic risk scores enter routine clinical care.
❤️ Can ECG phenotypes help identify atrial fibrillation risk? A Phenomicsprotocol introduces RAF-ECP, a standardized framework for evaluating ECG-derived phenotypes and their potential role in AF risk assessment.
doi.org/10.1007/s436...
#Phenomics #AF
🧠 A Phenomics protocol standardizes simultaneous EEG–fNIRS measurement, integrating electrical and hemodynamic brain signals with procedures for acquisition, artifact removal, and phenotype extraction.
doi.org/10.1007/s436...
#Phenomics #Neuroimaging
💤 A Phenomics study of 235,826 UK Biobank participants maps disease modules associated with unfavorable sleep patterns—including snoring and insomnia—and identifies genetic determinants of disease susceptibility.
doi.org/10.1007/s436...
#Phenomics #Sleep
❤️ A Phenomics study links the PLN p.R14del variant in ARVC to left ventricular involvement, ventricular arrhythmias, and heart failure, highlighting its importance for clinical differentiation and risk assessment.
doi.org/10.1007/s436...
#Phenomics #ARVC
⚡ A Phenomics protocol standardizes whole-room indirect calorimetry for measuring resting energy expenditure, activity thermogenesis, and temperature-related metabolic responses—supporting more comparable metabolic phenotyping.
🧫 How can the skin microbiome support barrier repair? A Phenomics study shows that indole-3-ethanol, a tryptophan metabolite produced by C. acnes, promotes skin barrier repair through AHR signaling.