John N. Bradsher is a seasoned expert in the field of Medical Device Regulatory Affairs, currently leveraging his extensive experience as the Group Founder specializing in Nucleic Acids Manipulation. With over 20 years in Biotechnology and Regulatory Affairs, John has honed his skills in navigating...
John N. Bradsher is a seasoned expert in the field of Medical Device Regulatory Affairs, currently leveraging his extensive experience as the Group Founder specializing in Nucleic Acids Manipulation. With over 20 years in Biotechnology and Regulatory Affairs, John has honed his skills in navigating complex regulatory landscapes, successfully authoring, submitting, and securing clearances for multiple 510(k) applications and EU CE marks across various risk classes. His deep understanding of regulatory compliance is complemented by his strategic project management capabilities, particularly in the implementation of the EU Medical Device Regulation 2017/745 (MDR).
In his current role, John is dedicated to advancing the field of nucleic acid manipulation. He creates and manages content that delves into essential techniques such as cloning, sequencing, transcribing, recombining, and repairing DNA in vitro. By curating informative resources and moderating discussions, he fosters a collaborative environment for professionals to explore the intricate technical aspects of nucleic acid manipulation. His expertise in protein chemistry, bioinformatics, and proteomics further enriches the dialogue, enabling peers to stay abreast of the latest advancements and methodologies.
John’s proficiency in tools like confocal and fluorescence microscopy, combined with his background in biochemistry and biotechnology, positions him as a thought leader in the industry. His commitment to education and knowledge sharing not only enhances the professional community but also drives innovation in the rapidly evolving landscape of medical devices and biotechnology. Through his leadership, John is paving the way for future breakthroughs in nucleic acid research and its applications in medical devices.
