Technologies & Applications
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Magnetofection Technology
Magnetofection™ is a simple and highly efficient transfection method to transfect primary cells and hard to transfect cells. Inspired by the... -
Lipofection Technology
PRINCIPLE Lipofection is a lipid-based transfection technology which belongs to biochemical methods including also polymers, DEAE dextran and... -
Custom mRNA Synthesis Service
OZ Biosciences offers mRNAs that mimic fully processed mature mRNAs. These mRNAs are stabilized with 5’ Cap 1 structure and 3’ poly(A) tail and are... -
I-MICST Technology
PRINCIPLE i-MICST™ Technology (integrated Magnetic Immuno-Cell Sorting and Transfection/ Transduction) is a new platform that allows to genetically... -
CRISPR/Cas9 Genome Editing Transfection Reagents
“Genome editing” or “Genome engineering” gives the ability to introduce a variety of genetic alterations (deletion, insertion…) into mammalians... -
Magnetic plates & starting kits
The Magnetofection™ technology requires appropriate magnetic fields that magnetize nanoparticles in solution, forms a very strong gradient to... -
In vivo Magnetofection™
The main problems currently associated with systemic gene vector administration (gene therapy) include biodistribution of gene vector throughout... -
3D Transfection
PRINCIPLE Three-dimensional (3D) matrices, such as 3D-scaffolds and 3D-hydrogels, work as mechanical platforms for cell attachment and growth.... -
Virus concentration
PRINCIPLE Mag4C magnetic nanoparticles capture viruses in culture medium by electrostatic and hydrophobic interactions with 80-99 % efficiency.... -
Stem workflow
HOW DOES IT WORK? Stem cells are widely investigated due to their regenerative potential. In many cases, it would prove useful to enhance or... -
Neurosciences
Explore different solutions to improve your transfection for Neuroscience Applications. Microglial, neurons and brain transfection. -
Vaccine adjuvants
For Vaccination Research Immune responses are categorized into two types: innate and adaptive (Figure 1). Cells of the innate immune system... -
Bioproduction
Optimized transfection kits for large-scale bioproduction in CHO and HEK293 suspension cells. Produce recombinant proteins, antibodies and... -
NanOZ-LNP Lipid NanoParticles
Highly Potent Non-Viral Drug Delivery Nanosystems The Need of Advanced Delivery Systems Nevertheless, naked mRNA therapeutics are generally... -
Polyfection Technology
A New Transfection Reagent, not Just Another One After the development of Lipofection (lipid-based transfection method) and Magnetofection... -
Custom saRNA Synthesis Service
Self-amplifying RNAs (saRNAs) also called “Replicons” are the next generation of RNA vaccines. Their advantage over conventional mRNA vaccine... -
Targeted LNP Formulation
Functionalize LNP with antibodies, nanobodies, or peptides for cell-specific targeting. Maleimide and azide conjugation chemistries, built on our...
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Publications using our products
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Life sciences reagents developed
Popular Products
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LentiBlast Premium
Lentivirus / RetrovirusResearch Use Only Grade
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NeuroMag
Neurons -
ViroMag R/L
Lentivirus / Retrovirus -
Lullaby Transfection Reagent
Cell Lines -
DreamFect
DNA transfection reagents -
FluoMag
Fluorescent Magnetofection...
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DreamFect Stem
Stem Cells -
DreamFect Gold
DNA transfection reagents
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ETV2 functions as a pioneer factor to regulate and reprogram the endothelial lineage” by Gong, Wuming, et al. in Nature Cell Biology (2022) Cultured iHA-Etv2 MEFs were infected with lentiviruses using the LentiBlast Premium Trasduction Enhancer.
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News
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NGF cmRNA-engineered stem cells induce functional neurite outgrowth
Paper from Polain et al. showing NGF cmRNA-transfected hMSCs induce neurite outgrowth in vitro within the EU-funded cmRNAbone bone repair project. -
SINPAIN Concludes with New Insights into Osteoarthritis and Future Treatments
After four and a half years of collaborative research, the EU-funded SINPAIN project presents new insights into osteoarthritis,... -
TBK1 eliminates monomeric TDP-43 via an IFNβ-immunoproteasome pathway in ALS
Authors: Sakai, S. et al. Source: EMBO Reports. "They identified a TBK1-IFNβ-immunoproteasome axis as a novel autophagy-independent proteostatic pathway regulating TDP-43 clearance...