Sughrue Proudly Announces the Election of Alan Craig Townsley to the Partnership


Sughrue Mion, PLLC is proud to announce the election of Alan Craig Townsley, Ph.D. to the firm Partnership effective January 1, 2017. Alan Townsley is part of the firm's Biotech practice. Prior to entering the field of patent law, Dr. Townsley was a post-doctoral research fellow at the National Institutes of Health, Bethesda, MD, within the laboratory of Dr. Bernard Moss in the National Institute of Allergy and Infectious Diseases (NIAID), wherein Dr. Townsley’s post-doctoral research focused on poxvirus cell-entry mechanisms. He received his undergraduate degree in medical microbiology from The University of Edinburgh, United Kingdom, and his Ph.D. degree in molecular virology and immunology from The University of Edinburgh, for the study of gamma-herpesvirus-mediated immunoregulation. ‎With almost 10 years of experience in the laboratory setting before entering the field of patent law, ‎including research in genetics, virology, immunology and cell biology, ‎Dr. Townsley applies his considerable technical experience to the procurement of patents, both ‎foreign and domestic, and to assist in client counseling and patent portfolio management. Additionally, Dr. Townsley’s practice involves substantial due diligence and opinion work, including the drafting of patentability, freedom-to-operate, and invalidity opinions.

Dr. Townsley has nine years of experience in the field of patent law, and his practice focuses chiefly on complex biotechnology issues arising in the fields of genetics, molecular biology, and immunology. In particular, Dr. Townsley has considerable prosecution experience, and experience in preparing patentability-, freedom-to-operate-, and invalidity opinions, in areas such as therapeutic proteins, regulation of gene expression, genetically-modified organisms, and biological assays. More specifically, Dr. Townsley’s experience in this respect has involved technologies such as therapeutic antibodies, post-translational modifications, siRNAs and microRNAs, and transgenic animals.