Nanoparticle tracking analysis
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- Using scattering instead of fluorescence
- Limitations of Nanoparticle Tracking Analysis (NTA)
- Quantifying the concentration of evs in urine or plasma through confocal microscopy
- Hollow core fibers can increase the throughput of analyzed particles
- Increase the number of frames for tracking by confining the movement of a nanpoarticle
- Fluorescent Labeling of Extracellular Vesicles
- Difference between detection and tracking of nanoparticles
- Content centric model of marketing
- Applications of tracking colloids
- There is a discrepancy in the reported concentration between nta and evquant
- Stokes-einstein relationship
- Sources of error in measuring diffusion coefficient through nanoparticle tracking analysis
- Video drop
- Walker algorithm
- Optimal track length for msd measurements
- Mitovesicles
- Brownian Diffusion
- Calculating diffusion coefficient from mean squared displacement data
- Linking particle positions to form trajectories
- Locating particles for nanoparticle tracking
- Optimal number of fitting points for msd measurements
- Essays/exciting vesicles - the field where biology meets technology
- Literature/202111302113 quantifying sources of error in nanoparticle tracking analysis
- Literature/202212091127 iscat for refractive index of evs