Extracellular Vesicle lsolation kit (from media)
XENO-EVIMEDI Kit
Extracellular Vesicle lsolation kit (from media)
Figure 1. Short protocol of XENO-EVIMEDI
The whole process of XENO-EVIMEDI TM consists of 7 steps that takes around 3 hrs. Without a cumbersome ultracentrifugation step, the XENO-EVIMEDI TM method provides efficient, simple, and rapid outcomes to meet customers demands.
Figure 2. Analysis of exosome purity and yields
A and B. Exosomes were isolated from 1 ml of culture media using XENO-EVIDEMI TM and kits from company S and company I.
Nanoparticle tracking analysis (NTA) was performed to count the number of particles by using a TWIN ZetaView (PMX-230) system (Particle Metrix). Red circles indicate unfavorable fractions after exosome isolation. C. TEM analyses of exosomes from two different types of neuronal cells. Size bar indicates 100 nm.
Extracellular Vesicle lsolation kit (from media)
XENO-EVIMEDI Kit
Extracellular Vesicle lsolation kit (from media)
Figure 1. Short protocol of XENO-EVIMEDI
The whole process of XENO-EVIMEDI TM consists of 7 steps that takes around 3 hrs. Without a cumbersome ultracentrifugation step, the XENO-EVIMEDI TM method provides efficient, simple, and rapid outcomes to meet customers demands.
Figure 2. Analysis of exosome purity and yields
A and B. Exosomes were isolated from 1 ml of culture media using XENO-EVIDEMI TM and kits from company S and company I.
Nanoparticle tracking analysis (NTA) was performed to count the number of particles by using a TWIN ZetaView (PMX-230) system (Particle Metrix). Red circles indicate unfavorable fractions after exosome isolation. C. TEM analyses of exosomes from two different types of neuronal cells. Size bar indicates 100 nm.