Affiliations: Nanyang Centre for Supercomputing and Visualization,
MAE, Nanyang Technological University, Singapore | National University Medical Institute, National
University of Singapore, Singapore
Abstract: Protein lengths vary considerably from a few to thousands of amino
acids and length variations are documented to have multiple effects. A
computational approach to investigate the functional impact of protein length
variation in genetic disorders is presented. The genes for huge proteins are
found to have more introns. Our analysis also shows greater involvement of huge
proteins in hereditary diseases.
Keywords: Huge proteins, protein length, human, disease, OMIM