Abstract
Primary Angle Closure Glaucoma (PACG) is a potentially devastating disease that causes optic nerve injury globally. The enrollment of patients with PACG and healthy controls came from ophthalmology health centers in different hospitals in Punjab (n = 96 cases and n = 102 controls). PLEKHA7 rs216489 and rs11024102 alleles were genotyped by Tetra ARMS PCR. Binary Logistic Regression was applied to discover the relationship amid risk alleles with PLEKHA7. Genetic models were used to identify the risk of links among a specific inheritance pattern's genotype and phenotype. In silico analysis was performed to analyze the functional consequences and regulatory elements of both these polymorphisms. This study investigated that the patients affected with PACG have IOP and C/D ratio (17.43 ± 9.40 and 0.565 ± 0.5994 respectively) along with other clinical characteristics than healthy controls. The genotype distribution for PLEKHA7 rs216489 revealed no association with PACG. In contrast, in SNP rs11024102, the frequency of genotype AA is noticeably higher in PACG patients compared to controls. For genetic models, the dominant model of rs11024102 (P < 0.02) (OR = 2.335, 95% CI = 1.135-4.804) was discovered to be strongly associated to rise the pathogenicity of PACG. In silico examination predicted that both of the SNPs of the PLEKHA7 gene are causing benign mutations in nature and are less and more likely to be predicted as regulatory variants. This is the first study on PACG genotypes from Pakistan, and results suggest that PLEKHA7 (rs11024102) polymorphism is significantly associated with susceptibility to PACG in Punjab, Pakistan.
Published Version
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