Resources covering key applications and consumables used across biotech and life sciences research.
CRISPR and gene editing resources on tools, reagents, and more.
DNA and protein electrophoresis resources on tools and more.
Resources on DNA modification reagents, tools, and more.
Resources on ELISA reagents, tools, and more.
Resources on PCR, DNA amplification tools, reagents, and more.
Resources on protein purification tools, reagents, and more.
Resources on Western blotting reagents, consumables, and more.
Explore CRISPR delivery methods and the applications of CRISPR-Cas9 gene editing to maximize its potential in genetic research.
Learn how prime editing and CRISPR-Cas9 are advancing the field of gene editing and improving patient health and well-being.
Explore the biological significance of DNA methylation, its mechanisms, and its role in gene expression and regulation in this post.
Learn how PCR plates are crucial for detecting bacterial infections and how they enhance diagnostics and molecular research.
An in-depth look at acid phosphatase, discussing its functions, significance in biological processes, and applications in medical research.
Curious about the five types of western blotting methods? Explore this key immunoassay used in life sciences labs.
Explore protein phosphatases, their isoforms, structure, and functions in this insightful article on enzyme activity.
Learn how Cas9, an RNA-guided endonuclease, targets and cuts DNA strands with precision using guide RNA.
Discover how Cas9 antibodies assess Cas9 protein expression levels in samples and their role in research applications.
What makes DNA gel electrophoresis an essential technique? Explore its principles and significance in molecular biology research.
What is polyacrylamide gel electrophoresis and how is it used in labs? Learn about its principle and applications in this post.
What makes sandwich ELISA unique? Dive into this technique that employs two antibodies to detect target antigens and its applications.