The NRC Biotechnology Research Institute is known worldwide for its innovative research in Health, Bioprocess and Environment. The outstanding work of our researchers provides unique licensing opportunities for commercial partners.
| LOD File Number | Description |
|---|---|
| PL-11725 | Powerful Methylobacterium-based technology platform for the production of recombinant proteins and other bioproducts |
| PL-11565 | HEK293 mammalian cell platform for high yield production of recombinant proteins, vaccines, and viral vectors |
| PL-11404 | Protein expression technologies |
| L-12151 | High sensitivity, early detection tool for toxic cyanobacterial blooms |
| L-12143 | Electrolytically-enhanced anaerobic digestion (eAD) for high yield biogas production |
| L-12020 | Novel algorithm for finding robust cancer gene markers |
| L-11993 | A simple, scalable and high yield method for high level production of human recombinant interferon |
| L-11992 | A more efficient and productive method for large-scale transfection of CHO cells |
| L-11947 | Novel gene expression system for Escherichia coli |
| L-11927 | New thermostable and catalytically-enhanced pectate lyase |
| L-11887 | Muscle-mediated gene therapy |
| L-11885 | Potent VEGF antagonists as potential therapeutic agents |
| L-11864 | Eye drops for the delivery of an anti-glycation agent that prevents and treats diabetes- and age-related pathologies |
| L-11817 | TGF-ß biologic targeted therapy for oncology, cardiovascular disease and nephrology indications |
| L-11808 | Green process for the production of vinylguaiacol, a value-added product |
| L-11770 | Enhanced system for baculovirus-mediated transient transgene expression |
| L-11727 | Macrophage genes regulated by Ganoderma lucidum |
| L-11654 | A new enantioselective and thermostable esterase for racemic resolution |
| L-11648 | Cumate-inducible expression system in eukaryotic cells |
| L-11634 | Multi-wavelength fluorometric system for on-line monitoring of bioprocesses |
| L-11622 | A physical method for the quantification of viruses and viral particles |
| L-11615 | Retractable bivalent polypeptide inhibitors |
| L-11565 | Optimized large-scale transient gene expression with a serum-free suspension-growing HEK293 cell line |
| L-11498 | Generating re-targeted adenoviral vectors with altered tropism |
| L-11444 | A novel rapid and sensitive on/off switch regulated by coumarin for gene expression in mammalian cells |
| L-11434 | Nucleic acid arrays for microorganisms detection and characterization |
| L-11425 | Method for degradation of cyclic nitramines in contaminated soil, water or stockpiles |
| L-11391 | Novel carrier proteins derived from Staphylococcus nuclease for high yield peptide production |
| L-11390 | Versatile water electrolysis-based approach for integrated bioremediation of liquids contaminated with chlorinated and recalcitrant compounds |
| L-11388 | Potent anticoagulants based on peptide inhibitors of thrombin |
| L-11323 | Eye drops for the delivery of an anti-glycation agent that prevents and treats diabetes- and age-related pathologies |
| L-11320 | Versatile and sterilizable probe for the extraction and quantification of volatile compounds in liquids |
| L-11313 | Novel Baeyer-Villiger monooxygenases as useful biocatalysts |
| L-11266 | Fast and high yield recombinant proteins production by large-scale transfection of suspension-growing mammalian cells |
| L-11136 | Efficient method for the bioremediation of nitrate-contaminated groundwater |
| L-10894 | A HEK293 cell line for suspension culture and serum-free production of recombinant proteins and viral vectors |
| L-10890 | Efficient generation of adenovirus-based libraries by positive selection of adenoviral recombinants |
| L-10707 | Immobilization of microorganisms in chitosan for environmental applications |
| L-10624 | Simple and efficient method for the large-scale production of E1 deficient adenovirus |
| L-10344 | Anaerobic and aerobic integrated system for biotreatment of toxic wastes |
| L-10269 | Method for high-yield enzymatic synthesis of non-ionic biosurfactants |