Innova Biosciences (Innova), a specialist provider of bioconjugation products and services, today announced the launch of Thunder-Link® PLUS, a new and improved version of the original Thunder-Link kit, enabling even faster and more efficient oligonucleotide conjugation.
The new kit offers all of the advantages of the original Thunder-Link technology, but now also works with antibody fragments and small proteins. Thunder-Link PLUS provides antibody and oligo activation in just 30 minutes, and oligo conjugation in only 1 hour, with no lengthy protocols. The kit enables excellent antibody and oligo recovery, with a robust and flexible clean-up procedure.
Fast, easy and efficient conjugation of oligonucleotides and antibodies has traditionally been a major obstacle when developing assays such as immuno-PCR, proximity extension assays, proximity ligation assays, and electrochemical proximity assays. Thunder-Link and now Thunder-Link PLUS are the easiest to use, fastest, most efficient and most effective oligonucleotide conjugation kits of their kind on...
Dr Nick Gee, CEO of Innova Biosciences, commented: “Thunder-Link PLUS has been developed in response to discussions with Innova’s customer base, and represents a continuation of the Company’s drive to be at the forefront of bioconjugation technology and innovation.”
About Innova Biosciences Limited
Innova Biosciences are world leading experts in easy-to-use, cutting-edge bioconjugation technologies and services. The Company has the flexibility to support scientists from academia through to commercial manufacturing, developing and supplying reagent products to make science easier, both off-the shelf and to customer specification. Innova’s products are based on its antibody and protein labeling, nanoparticle, oligonucleotide labeling, and phosphate detection enzyme assay technologies.
All of Innova Biosciences’ product ranges are of the highest quality and are designed to streamline R&D and manufacturing processes, whilst also reducing overall project costs by cutting costs associated with e.g. material waste, in-house equipment, and staff time, providing increased return on investment compared to traditional methods.
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