Company Filing History:
Years Active: 2007-2010
Title: The Innovative Contributions of Susan S. Wigdal in Genetic Mutation Detection
Introduction: Susan S. Wigdal, based in Madison, WI, is an accomplished inventor with a strong focus on the field of genetic mutation detection. She holds two patents that showcase her commitment to improving the understanding and diagnosis of hearing impairments and cystic fibrosis through innovative methodologies.
Latest Patents: Susan’s most recent patents include the Connexin allele detection assays and CFTR allele detection assays. The Connexin allele detection assay provides compositions and methods for detecting and characterizing mutations associated with non-syndromic hearing impairment. This invention notably employs invasive cleavage structure assays, such as the INVADER assay, to screen nucleic acid samples from patients for mutations in the Connexin 26 gene, which are linked to non-syndromic hearing loss. Similarly, her CFTR allele detection assay focuses on the detection of mutations related to cystic fibrosis, offering methods and kits that allow for the screening of CFTR gene mutations using the same advanced invasive cleavage structure assay technology.
Career Highlights: Susan S. Wigdal currently works with Third Wave Technologies, Inc., where she continues to advance her work in genetic assays. Her dedication to innovation in the field has not only expanded the available methodologies for mutation detection but also contributed significantly to medical diagnostics.
Collaborations: In her professional journey, Susan collaborates with talented coworkers like Molly Accola and Andrea L. Mast. These collaborations foster an environment of creativity and innovation, enabling the development of groundbreaking assays that have the potential to change lives through improved diagnostic capabilities.
Conclusion: Susan S. Wigdal's innovative spirit and her contributions to genetic mutation detection reflect her commitment to enhancing medical diagnostics. Through her patents, she serves as an inspiring figure for aspiring inventors and a strong advocate for the advancement of genetic research.