Ontology highlight
ABSTRACT: Background
Heterozygous CWH43 loss-of-function (LOF) variants have been identified as iNPH risk factors, with 10-15% of iNPH patients carrying these variants in cohorts from the US. Mouse model harboring CWH43 LOF variants display a hydrocephalic phenotype with ventricular cilia alterations. Our aim was to study the effect of CWH43 variants on disease risk and clinical phenotype in Finnish and Norwegian iNPH cohorts.Methods
We analyzed CWH43 LOF frameshift deletions (4:49032652 CA/C, Leu533Ter and 4:49061875 CA/C, Lys696AsnfsTer23) in Finnish iNPH patients from the Kuopio NPH registry (n = 630) and FinnGen (iNPH n = 1 131, controls n = 495 400), and Norwegian iNPH patients from EADB (n = 306). The Kuopio and Norwegian cohorts included possible and probable iNPH patients bas
SUBMITTER: Rasanen J
PROVIDER: S-EPMC11827454 | biostudies-literature | 2025 Feb
REPOSITORIES: biostudies-literature