Company Filing History:
Years Active: 2001
Title: Innovations by Ching Long Hwong in Veterinary Medicine
Introduction: Ching Long Hwong is a notable inventor based in Taipei, Taiwan. He has made significant contributions to the field of veterinary medicine, particularly through his work on swine vesicular disease virus (SVDV). His dedication to research and development in this area has led to an important patent that holds promise for the health of swine populations.
Latest Patents: Ching Long Hwong holds a patent for "Swine vesicular disease virus and mutant strains and preparation process and use thereof." This invention pertains to a gene of the swine vesicular disease virus and its mutant strains, along with the expression plasmids and the preparation process involved. The patent also encompasses a vaccine aimed at preventing swine vesicular disease, which contains the mutant strains. Additionally, the invention provides a method for differentiating mutant strains of SVDV from wild-type strains and other related viruses, using polymerase chain reaction techniques.
Career Highlights: Ching Long Hwong is currently affiliated with the Development Center for Biotechnology, where he applies his expertise in molecular biology and virology to address significant challenges in animal health. His research focuses on innovative approaches to disease prevention in livestock, enhancing both animal well-being and agricultural productivity.
Collaborations: Throughout his career, Ching Long Hwong has worked alongside esteemed colleagues, including Cheng-Kai Lo and Ying-Chuan Yang. Their collaborative efforts in research have fostered advancements in understanding and combating viral diseases affecting swine, significantly impacting the veterinary field.
Conclusion: Ching Long Hwong exemplifies innovation in veterinary science through his groundbreaking work on swine vesicular disease virus and its mutant strains. His contributions through patenting valuable research highlight the importance of scientific endeavors in improving animal health and farming sustainability. As he continues to work at the Development Center for Biotechnology, his future innovations promise to further enhance disease control strategies in livestock.