This New Algorithm Can Identify Disease Genes More Accurately
Researchers have developed a novel statistical algorithm that is capable of identifying potential disease genes in a more accurate and cost-effective way.
This algorithm is a new approach for identifying candidate disease genes
- Scientists develop new algorithm for more accurate diagnosis of diseases
- It is a new promising approach for identifying candidate disease genes
- It works effectively with less genomic data and takes only a minute or 2
Researchers have developed a novel statistical algorithm that is capable of identifying potential disease genes in a more accurate and cost-effective way. This algorithm has also been considered as a new promising approach for the identification of candidate disease genes, as it works effectively with less genomic data and takes only a minute or two to get results, the researchers said. In the study, published in the journal Nucleic Acids Research, the researchers presented the novel method and software GSA-SNP2 for pathway enrichment analysis of GWAS P-value data.
According to the team, GSA-SNP2 provides high power, decent type I error control and fast computation by incorporating the random set model and SNP-count adjusted gene score.
"GSA-SNP2 is a powerful and efficient tool for pathway enrichment and network analysis of genome-wide association study (GWAS) summary data," said Dougu Nam from the Ulsan National Institute of Science and Technology (UNIST) in South Korea.
"With this algorithm, we can easily identify new drug targets, thereby deepening our understanding of diseases and unlock new therapies to treat it," Nam added.
The researchers said that each individual's genome is a unique combination of DNA sequences that play major roles in determining who we are, accounting for all individual differences including susceptibility for disease and diverse phenotypes.
Such genetic variation among humans are known as single nucleotide polymorphisms (SNPs). SNPs that correlate with specific diseases could serve as predictive biomarkers to aid the development of new drugs.
Through the statistical analysis of GWAS summary data, it is possible to identify the disease-associated SNPs, the researchers said.
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