Thanin Sitthiwirattham, Anwar Zeb, Saowaluck Chasreechai, Zohreh Eskandari, Mouhcine Tilioua, Salih Djilali
Analysis of a discrete mathematical COVID-19 model
Results in physics
previous studies suggested experimental pain sensitivity associated cognitive function aim study assess relationship large populationbased sample included 5753 participants aged 4084 years seventh wave populationbased troms study examined cognitive tests experimental pain assessments information covariates available cox regression models fitted using standardized scores cognitive tests 12word immediate recall test digit symbol coding test minimental state examination mmse independent variable cold pressor cuff pressure pain tolerance dependent variables statistical adjustment made putative confounders namely age sex education smoking exercise systolic blood pressure body mass index symptoms indicating anxiety depression analgesic use chronic pain multivariate analysis cold pressor tolerance time significantly associated test scores 12word immediate recall test hazard ratio hr 093 95 confidence interval ci 090097 p 0001 digit symbol coding test hr 094 95 ci 089098 p 0004 mmse hr 093 95 ci 090096 p 0001 tolerance cuff pressure algometry significantly associated 12word immediate recall hr 094097 p 0001 digit symbol coding test scores hr 093 95 ci 089096 p 0001 significant association mini mental state examination test score hr 098 95 ci 095100 p 0082 lower pain tolerance associated poorer performance cognitive tests