| Abstract: | An increasing number of mutations have been identified in genes involved in cardiac disorders which has led to novel insights in the pathophysiology of inherited cardiac diseases. As a result of these findings, techniques specialised in automated high-throughput analysis are implemented to handle the increasing number of diagnostic genetic requests. Denaturing high-performance liquid chromatography (DHPLC) is one such novel technique that fulfils the criteria of speed, sensitivity and accuracy. This issue focuses on the basic principle of the technique and illustrates how genetic alterations can be identified. |
