Enzyme

Catalytic RNA, also known as ribozymes, are RNA molecules capable of catalyzing chemical reactions, making them invaluable tools in scientific research.
These unique biomolecules have found widespread applications in areas such as gene regulation, biosensing, and synthetic biology, where they can be leveraged to modulate gene expression, detect specific targets, and engineer complex cellular systems.
Researchers widely employ catalytic RNA in various experimental protocols, from studying RNA-mediated regulation mechanisms to developing innovative RNA-based technologies for biotechnology and medical applications.

Nanoluc, a small and highly luminescent reporter protein, has emerged as a versatile tool in scientific research.
Derived from a deep-sea shrimp, Nanoluc's bright and stable bioluminescence makes it an ideal reporter for a wide range of applications, including cell-based assays, protein-protein interactions, and in vivo imaging.
Researchers often utilize Nanoluc's unique properties to monitor gene expression, track cellular processes, and develop sensitive detection methods, showcasing its valuable contribution to modern experimental protocols.