Overview
Computational biology is an interdisciplinary field of research that uses computational techniques to study biological systems. Alternative splicing is a type of gene regulation in which multiple versions of the same gene can be produced from a single RNA transcript. Computational biology is used to study the computational properties of alternative splicing and develop computational tools to predict and analyze alternative splicing patterns. The importance of alternative splicing lies in the fact that it increases the diversity of proteins produced from a single gene, and thus plays an important role in regulating gene expression and understanding the complexity of biological systems. Computational analysis of alternative splicing also provides important insights into diseases such as cancer, which can be used in medical research and drug development.