A enzyme for ligating both single-stranded adenylated DNA or RNA oligos to RNA targets for a variety of applications.
Dephosphorylate tri- and di-phosphorylated RNA molecules while avoiding 5'-capped and mono-phosphorylated RNAs.
A thermostable ligase that catalyses the intramolecular ligation (i.e. circularisation) of ssDNA and ssRNA templates.
An ATP-independent, non-catalytic thermostable ligase that catalyses the intramolecular ligation (i.e. circularisation) of ssDNA and ssRNA templates.
A workhorse, high quality DNA ligase for joining blunt or cohesive ends of dsDNA or dsRNA.
An enzyme for the phosphorylation 5' hydroxy ends of ssDNA and dsDNA, RNA, and nucleoside 3´ monophosphates.
Highly thermostable DNA ligase for applications where ligation at high temperature is beneficial or required.
DNA and RNA Modifying Enzymes
Rapidly clone DNA, perform RNA-to-RNA ligations, or analyse the 5’-end structure of RNA - we have the enzymes and in-house expertise you need to proceed with confidence.
LGC, Biosearch Technologies offers high-quality DNA and RNA modifying enzymes validated for a variety of applications. From preparing cDNA libraries for small-RNA transcriptome analysis to high-temperature ligation amplification to phosphorylating 5′ termini of DNA and RNA for blot-hybridisation, our ligases, kinases, and phosphatases are highly specific and reliable.
To ensure your project’s specific needs are met, we can customize the concentration, formulation, dispensing, packaging and labeling – including private labeling – of DNA and RNA modifying enzymes. And, we’ll also provide knowledgeable scientific support for your project from start to finish.
With Biosearch Technologies, you can catalyse your development with responsive manufacturing, rapid order turnaround, and on-time delivery.
- Use our in-house expertise in a broad array of enzyme classes, applications, and technologies
- Leverage our quality with our ISO 13485-certified quality system
- Proceed with confidence as our scientists support your project at every step
- Complete your workflow with our diverse offering of enzymes for molecular biology