APExBIO Technology

APExBIO. As a premier provider of small molecule inhibitors/activators, compound libraries, peptides, assay kits, fluorescent labels, enzymes, modified nucleotides, and various tools for molecular biology, APExBIO empowers researchers to achieve perfection and explore the unknown. Here are some highlights:

  • Product Range: APExBIO offers a wide range of featured products, including compound libraries, fluorescent labels, enzymes, and modified nucleotides. They cover over 1,000 inhibitors/activators across 23 signaling pathways from various research areas.

  • Signaling Pathways: Detailed signaling pathway maps highlight the latest research progress, making it easier for scientists to navigate their offerings.

 


Website: www.apexbt.com

 
Related reagents - Detection of cell contamination

Related reagents - Detection of cell contamination


Mycoplasma and bacterial contamination is a major concern for research laboratories (e.g. in cell biology) or biopharmaceutical laboratories (production of vaccines, monoclonal antibodies, etc.).

Mycoplasmas are the smallest self-producing microorganisms and can reproduce in extracellular space. Although they are mostly harmless to humans, other host animals and plants, some species can cause disease in humans. In particular, 6 species are a frequent cause of contamination in continuous cell lines and primary cells. Because of their size, mycoplasma are not detectable (e.g. under the microscope) and yet they profoundly alter cell cultures (metabolism, cell growth, pH, viability, membrane transport).
The main source of mycoplasma contamination is other infected cell cultures as well as culture media, reagents (fetal bovine serum, trypsin, etc.) and laboratory personnel.
Mycoplasma contaminations can cost money, time and reputation, compromise research results or impact the safety of biologic therapies. Effective strategies against mycoplasma contaminations are prevention, early detection, removal of infected material, or disposal of mycoplasma.

Early detection of bacteria in cell cultures is the only reasonable solution and the only control measure against a common problem for life science laboratories: bacterial contaminations in cell cultures.
Up to 5% of all cell cultures are contaminated with bacteria but show no visual signs of bacterial contamination, such as turbidity, sudden change in the colour of the medium (phenol red) or microscopic particles. In addition, bacteria may show resistance or lack of sensitivity to standard antibiotics (e.g. penicillin/streptomycin) and have a direct impact on cell metabolism, growth and differentiation.

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Cat#
Description
Cond.
Price Bef. VAT
K1037-1ml
 1ml 
K1037-5ml
 5ml