Bahram G. Kermani

Papers

Total Citations

435

H-Index

About

Bahram G. Kermani is a leading figure in computational genomics and high-throughput molecular biology, best known for pioneering the algorithmic foundations of large-scale genotyping technologies. His most influential work, the 2005 paper "High-throughput SNP genotyping on universal bead arrays," has garnered over 435 citations, establishing a gold standard for scalable, cost-effective single nucleotide polymorphism (SNP) analysis. Kermani’s key contributions lie in developing robust statistical methods and data-processing pipelines that enable the accurate, simultaneous genotyping of hundreds of thousands of SNPs across diverse populations—a breakthrough that accelerated genome-wide association studies and personalized medicine. His innovations in bead array technology and signal processing have been instrumental in translating complex genomic data into actionable insights, directly impacting fields from population genetics to clinical diagnostics. Beyond this landmark paper, Kermani’s work continues to shape the design of next-generation sequencing assays and multiplexed assays, cementing his reputation as a transformative engineer of modern genomics. His research remains a cornerstone for students and scientists seeking to understand the computational underpinnings of high-throughput biology.