Category: Cell Culture

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  • Categories: Buffers
  • Categories: Fetal Bovine Serum
  • Categories: Mycoplasma
  • Categories: Special Media
  • Categories: Transfection
Reference: 11-7024

Ready-to-use mycoplasma detection kit for conventional PCR including loading buffer, marker and polymerase.

Reference: DIV010

Our Nanoparticle Reagent for Small Molecule Delivery revolutionizes drug delivery systems, increasing solubility of hydrophobic compounds and catering amphiphilic and hydrophilic drugs.  This lipid nanoparticles ensure protection against degradation and can enhance biodistribution, crucial for improved pharmacokinetics and drug efficacy. Its application spans across therapeutic fields, with precise in vivo and in vitro uses, including oncology, neurology, and personalized medicine, offering an efficient pathway for intracellular delivery with minimal cytotoxicity. For surface-decorated nanoparticles with specific ligands against biomarkers and targeted delivery, please ask for a customized solution. DIVERSA’s nanoparticles are highly biocompatible and can transport a higher amount of cargo in comparison to liposomes and polymeric nanoparticles.

Reference: 11-7048

Ready-to-use mycoplasma detection kit for conventional PCR including loading buffer, marker and polymerase.

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.