LOVD - Variant listings for RPS19

About this overview [Show]

Patient data (#0000031)
Patient ID pat1rps1900011
Gender m
Malformations None
Growth Retardation no
Steroid Response na
Complications -
Variant Origin familial
Reference Draptchinskaia et al (1999) Nat Genet 21, 169-75
Template DNA
Technique SEQ
Remarks -
# Reported 1

Variant data
Allele Unknown
Reported pathogenicity Pathogenic
Concluded pathogenicity Pathogenic
Exon 02
DNA change c.1A>G   (View in UCSC Genome Browser, Ensembl)
RNA change -
Protein p.Met1Val
Frequency -
DB-ID RPS19_00011
Location -
Remarks Missense mutation
Molecula Mechanisms transition
Functional_Classific Reduces RPS19 mRNA levels
mRNA_Expression Reduced to 70-80% of controls in lymphoblastoid cell lines [1]. Part of the mutated mRNA could use a downstream in-frame AUG, the other is degraded through NMD.
Protein_Expression Skewed SSU/LSU protein ratio[2]
Protein_Localization -
rRNA_Metabolism -
Protein_Synthesis -
Cell_Growth -
Functional_Remarks -
Functional_Reference [1] Chatr-Aryamontri et al (2004) Hum Mutat 24, 526-33; [2]Badhai et al (2009) FEBS Lett 583(12), 2049-53

1 entry in RPS19

Path.
Allele Descending
Ascending
Exon Descending
Ascending
DNA change Descending
Ascending
RNA change Descending
Ascending
Protein Descending
Ascending
Frequency Descending
Ascending
DB-ID Descending
Ascending
Location Descending
Ascending
Remarks Descending
Ascending
Molecula Mechanisms Descending
Ascending
Functional_Classific Descending
Ascending
mRNA_Expression Descending
Ascending
Protein_Expression Descending
Ascending
Protein_Localization Descending
Ascending
rRNA_Metabolism Descending
Ascending
Protein_Synthesis Descending
Ascending
Cell_Growth Descending
Ascending
Functional_Remarks Descending
Ascending
Functional_Reference Descending
Ascending
+/+ Unknown 02 c.1A>G - p.Met1Val - RPS19_00011 - Missense mutation transition Reduces RPS19 mRNA levels Reduced to 70-80% of controls in lymphoblastoid cell lines [1]. Part of the mutated mRNA could use a downstream in-frame AUG, the other is degraded through NMD. Skewed SSU/LSU protein ratio[2] - - - - - [1] Chatr-Aryamontri et al (2004) Hum Mutat 24, 526-33; [2]Badhai et al (2009) FEBS Lett 583(12), 2049-53