Hu_2016_Mol.Cell.Endocrinol_423_60

Reference

Title : Thyroglobulin gene mutations in Chinese patients with congenital hypothyroidism - Hu_2016_Mol.Cell.Endocrinol_423_60
Author(s) : Hu X , Chen R , Fu C , Fan X , Wang J , Qian J , Yi S , Li C , Luo J , Su J , Zhang S , Xie B , Zheng H , Lai Y , Chen Y , Li H , Gu X , Chen S , Shen Y
Ref : Mol Cell Endocrinol , 423 :60 , 2016
Abstract :

Mutations in Thyroglobulin (TG) are common genetic causes of congenital hypothyroidism (CH). But the TG mutation spectrum and its frequency in Chinese CH patients have not been investigated. Here we conducted a genetic screening of TG gene in a cohort of 382 Chinese CH patients. We identified 22 rare non-polymorphic variants including six truncating variants and 16 missense variants of unknown significance (VUS). Seven patients carried homozygous pathogenic variants, and three patients carried homozygous or compound heterozygous VUS. 48 out of 382 patients carried one of 18 heterozygous VUS which is significantly more often than their occurrences in control cohort (P < 0.0001). Unique to Asian population, the c.274+2T>G variant is the most common pathogenic variant with an allele frequency of 0.021. The prevalence of CH due to TG gene defect in Chinese population was estimated to be approximately 1/101,000. Our study uncovered ethnicity specific TG mutation spectrum and frequency.

PubMedSearch : Hu_2016_Mol.Cell.Endocrinol_423_60
PubMedID: 26777470
Gene_locus related to this paper: human-TG

Related information

Mutation IVS39+1delG_human-TG    L2131fsX21_human-TG    Y1922X_human-TG    L1726F_human-TG    T1111R_human-TG    C1051X_human-TG    T461I_human-TG    L267F_human-TG    R2707X_human-TG    R2585W_human-TG    C1904G_human-TG    A1773D_human-TG    D1535G_human-TG    Q1525H_human-TG    R1270C_human-TG    T741M_human-TG    T309A_human-TG    I1931V_human-TG    P1012L_human-TG    R88W_human-TG    R38K_human-TG    IVS3+2T>G_human-TG
Gene_locus IVS39+1delG_human-TG    L2131fsX21_human-TG    Y1922X_human-TG    L1726F_human-TG    T1111R_human-TG    C1051X_human-TG    T461I_human-TG    L267F_human-TG    R2707X_human-TG    R2585W_human-TG    C1904G_human-TG    A1773D_human-TG    D1535G_human-TG    Q1525H_human-TG    R1270C_human-TG    T741M_human-TG    T309A_human-TG    I1931V_human-TG    P1012L_human-TG    R88W_human-TG    R38K_human-TG    IVS3+2T>G_human-TG    human-TG
Disease IVS39+1delG_human-TG    L2131fsX21_human-TG    Y1922X_human-TG    L1726F_human-TG    T1111R_human-TG    C1051X_human-TG    T461I_human-TG    L267F_human-TG    R2707X_human-TG    R2585W_human-TG    C1904G_human-TG    A1773D_human-TG    D1535G_human-TG    Q1525H_human-TG    R1270C_human-TG    T741M_human-TG    T309A_human-TG    I1931V_human-TG    P1012L_human-TG    R88W_human-TG    R38K_human-TG    IVS3+2T>G_human-TG    human-TG    Goiter, familial with hypothyroidism, autosomal recessive

Citations formats

Hu X, Chen R, Fu C, Fan X, Wang J, Qian J, Yi S, Li C, Luo J, Su J, Zhang S, Xie B, Zheng H, Lai Y, Chen Y, Li H, Gu X, Chen S, Shen Y (2016)
Thyroglobulin gene mutations in Chinese patients with congenital hypothyroidism
Mol Cell Endocrinol 423 :60

Hu X, Chen R, Fu C, Fan X, Wang J, Qian J, Yi S, Li C, Luo J, Su J, Zhang S, Xie B, Zheng H, Lai Y, Chen Y, Li H, Gu X, Chen S, Shen Y (2016)
Mol Cell Endocrinol 423 :60