Venor®GeM Advance Reference: 11-7048 Ready-to-use mycoplasma detection kit for conventional PCR including loading buffer, marker and polymerase.
DIVERSA FluoGreen Small Molecule Delivery Nanoparticles Reference: DIV010F1 The Fluorescent Nanoparticle Reagent for Small Molecule Delivery is a groundbreaking tool in molecular biology and pharmacology. Its utilization of lipid nanoemulsions allows for high fluorescence and non-toxic cellular uptake, enabling precise tracking of drug internalization. In addition to its pharmaceutical nanotechnology applications, this reagent provides essential insights into drug-cell interactions, making it invaluable for targeted therapy, drug development, and bioimaging. These fluorescent nanoparticles are specially designed for in vitro studies, and can also be of application for cell tracking, DIVERSA can customized them with alternative fluorophores as Cy3, Cy5, Cy7, This can make possible to label specific cell populations and understand cell to cell interactions, the relation with the immune system, and in vivo fate, among other applications.
Venor®GeM Advance Reference: 11-7096 Ready-to-use mycoplasma detection kit for conventional PCR including loading buffer, marker and polymerase.
DIVERSA Anionic Peptide Delivery Nanoparticles Reference: DIV042 Our Nanoparticle Reagent for Peptide Delivery, based on biocompatible lipids that ensure an efficient interaction with anionic peptides, is essential for advanced peptide therapeutics and for the development of targeted therapies and advanced therapies. It's optimized for peptides with a negative net charge, playing a crucial role in research areas like proteomics, peptide drug development, and targeted therapy. This reagent supports efficient cellular delivery, maintaining peptide integrity and activity, ideal for innovative peptide-based treatments. These lipid nanoparticle formulations can be adapted to various administration routes, facilitating seamless translation from in vitro to in vivo settings, achieved through the development of customized solutions. Nanoparticle reagents for cationic peptides and hydrohobic peptides can be requested as a customized solution.
Immuno Automation Buffer™ (10X) Reference: GTX30931 This buffer is supplied as 10X solution. It is used as 1X in all immunoassays (Immunofluorescence, IHC, ELISA, WB etc).as a washing buffer and can be used as dilution buffer for antibodies; however it does not contain any carrier proteins. This buffer does not contain any phosphate, sodium azide or mercury preservative and can be used for dilution of all antibodies, including peroxidase, and antibodies to phosphoproteins. Not suitable for dilution of antibodies to S100 proteins. This buffer does not contain any proteins.
Venor®GeM Advance Reference: 11-7240 Ready-to-use mycoplasma detection kit for conventional PCR including loading buffer, marker and polymerase.
DIVERSA FluoGreen Anionic Peptide Delivery Nanoparticles Reference: DIV042F1 The Fluorescent Nanoparticle Reagent for Peptide Delivery (anionic and negatively charged) utilizing lipid nanoemulsions, emerges as a key asset in biomolecular engineering and peptide therapeutics. With its high fluorescence and non-toxic cellular uptake, it facilitates real-time tracking of peptide-loaded nanoparticles in live cells, providing critical insights into cellular dynamics, drug delivery, and therapeutic peptides. Researchers in fields like oncology, immunotherapy, and personalized medicine rely on this reagent for precision and efficiency. If other fluorescent labels were of preference, please ask DIVERSA for a customized solution. Fluorescent reagents for cationic peptides and hydrohobic peptides can be requested as a customized solution.
Venor® GeM qEP Reference: 11-9025 qPCR detection kit including polymerase - EP 2.6.7/ JP, 17st edition, chapter G3 compliant
DIVERSA Protein Delivery Nanoparticles Reference: DIV031 Our Nanoparticle Reagent for Protein Targeted Delivery, leveraging lipid nanoemulsions, is a cornerstone in protein cell internalization. Designed for precision biomedicine and therapeutic evaluation, it facilitates protein delivery with minimal cytotoxicity, ensuring the preservation of protein structure and function. Researchers in protein engineering, targeted therapies, and regenerative medicine benefit from this reagent's efficiency in cellular and molecular biology. DIVERSA’S lipid nanoparticles can avoid tedious cell transfection experiments, ensuring constant intracellular levels of the associated and delivered proteins upon simply addition of the formulation into the cell culture medium. DIVERSA can offer customized solutions with a bioluminescent luciferase for cell tracking. DIVERSA’s lipid nanoparticles can be adapted to various administration routes, facilitating seamless translation from in vitro to in vivo settings, achieved through the development of customized solutions.