Publishing Lab
Connecting lab teams with strategic literature and novel insight.
Information plays a structural role in scientific research. At kbDNA, we perceive information as the most valuable material any organization can offer. That is why we dedicate our efforts to continuously providing novel, relevant data and insight to all researchers. Our pieces present organizational theories via opinion-editorials and trend analysis white papers. Technical notes, protocols and figures are all generated straight from the lab team to support design of experiments and application technique. The kbDNA Publishing Lab is designed to bridge research labs with the often-unfamiliar knowledge of the manufacturing lab that could be a valuable resource.
This article explores the complexities of biosimilars, including their development process, regulatory challenges, economic impact, and future prospects. It highlights the potential of biosimilars to reduce healthcare costs and increase patient access to biologic therapies, providing valuable insights for biopharmaceutical and academic researchers.
Explore key insights and major trends from a decade of JPM Biotech conferences. Download our exclusive 2025 prospectus for the latest in biotech deals and innovations.
The FLAG tag (DYKDDDDK) is an epitope tag widely utilized in biopharmaceutical research for protein purification, detection, and functional analysis. This article provides an in-depth examination of FLAG tag technology, its advantages, limitations, and diverse applications. Additionally, it explores current research trends and future directions in FLAG tag technology, making it a pivotal tool in advancing drug discovery and development.
Discover the latest advancements in peptide synthesis at kbDNA. Learn about innovative techniques, optimized reagents, and cutting-edge technologies that enhance research efficiency and outcomes.
What are Polyclonal Antibodies? pAbs are diverse antibodies from various B-cell clones, binding multiple epitopes & enabling vast interaction with targets.
Discover the transformative impact of CRISPR-Cas9 in biomedical research and genetic engineering, covering its mechanism, applications, challenges, and ethical considerations. The article also highlights alternative CRISPR systems like Cas12 and Cas13.
"Explore the critical role of membrane proteins in medicine. Learn how understanding their structure informs drug development, shaping the future of healthcare."
Unlock the complexities of protein characterization in bio-pharmaceutical research. Explore methods, applications, and emerging trends.
Discover protein linkers' diverse roles: from structural stability to cell signaling in molecular engineering.
Discover how Fusion Proteins revolutionize gene editing, nanotechnology, and synthetic biology, driving breakthroughs in science and medicine.
