HOLTRA

Technology for the future of nanoparticle analysis

[HOLTRA @Holtra6]

What is DAISY?
DAISY is next generation nanoparticle tracking analysis!

[HOLTRA @Holtra6]

DAISY nanoparticle tracking analysis is a powerful method for refractive index determination of nanoparticles!
learn more here: https://t.co/FfT7mVN5o2

[HOLTRA @Holtra6]

Why should you consider adding refractive index measurements to your regular nanoparticle analysis?
#extracellularvesicles #nanomedicine #nanoparticle #EV

[HOLTRA @Holtra6]

Or between extracellular vesicles and lipoproteins!

[HOLTRA @Holtra6]

In summary, holographic microscopy offers label free, single shot, high resolution, high frame rate, 3D imaging! It sounds almost too good to be true, and that is why we are so convinced of it’s potential and excited to be developing microscopes around this technology!

[HOLTRA @Holtra6]

What is holographic microscopy?
And why are we so excited about it’s scientific potential?

[HOLTRA @Holtra6]

For holographic microscopy, instead of physically illuminating the interference patterns to reveal the hologram, the hologram is reconstructed computationally. With rapid advances in processing power, the potential of holographic microscopy is only growing!

[HOLTRA @Holtra6]

@drkarenforbes @AnalytikLtd @oniHQ @BCILifeSciences It looks like an impressive community you have assembled there! Is there somewhere I can follow for updates on future events?

[HOLTRA @Holtra6]

For this study DAISY was used to monitor the purity and consistency of cell culture-derived exosome preparations. Check out our application note on DAISY for extracellular vesicles to learn more.
https://t.co/M4hpWnCfhE

[HOLTRA @Holtra6]

Check out this pre-print from our collaborators, @Edgar_lab_UK, investigating the mechanistic basis of exosome tethering.

https://t.co/q7037O7wdW

[HOLTRA @Holtra6]

So, get in touch If you want to see how DAISY can revolutionize your nanoparticle characterization!
https://t.co/tIEYVhdkwu

[HOLTRA @Holtra6]

What is DAISY?
DAISY is next generation nanoparticle tracking analysis!

[HOLTRA @Holtra6]

To measure phase shift, DAISY employs digital holographic microscopy (DHM). DHM separates phase and intensity information to generate a 3D image of the light scattered by each particle from a single exposure.