Dream3D Lab

The Rios Dream3Dlab*Visualize the Unexpected
Together we advance 3D imaging & organoid technology to study cancer @IamAnnerios @Prinsesmaximac @oncodeinstitute

[Dream3D Lab @Dream3DLab]

Interested in getting the most out of cellular immunotherapy products? Did you see our work and thought you’d like to run BEHAV3D to analyze T-cell behavior? Then our latest publication on @NatureProtocols is for you! Packed with all you need to bring BEHAV3D to your lab.

[Cristian Ruiz Moreno @CristianCRuizM]

I’m excited to finally share our research on pediatric high-grade gliomas (pHGG), the result of years of effort integrating single-cell and spatial datasets to offer a fresh perspective on their organization and potential treatment strategies https://t.co/QpgqOo5k4V 🧵👇🏼 1/n

[ra.collot @ra_collot]

Very excited to share the main story of my PhD, now published in @Cancer_Cell, describing how the brain’s own immune cells can be harnessed to target Diffuse Midline Glioma (DMG).

https://t.co/s4XlymgY5b

[Leica Microsystems @LeicaMicro]

#Organoids are powerful models in #DrugDiscovery but need the right #Imaging tools. Our latest eBook w/ foreword by @Dream3DLab shares real-life case studies & practical tools to help tackle #OrganoidImaging challenges for more translational insights 👉️ https://t.co/k12mkMvoar

[Nils Bessler @flat_ape]

Super excited to represent the @Dream3DLab at #CSHL2024BRAIN with our work on #DMG ! Lots of inspiring talks on #organoids 🤩

[Ravian L. van Ineveld @rlvanine]

Join this webinar on AI-Powered 3D Organoid Analysis, where I will showcase how AIVIA’s AI tools enhance multicolor fluorescent microscopy and improve 3D organoid analysis. Learn how its Python-based workflows empower microscopists.
https://t.co/gB03uQgH8A

[Dream3D Lab @Dream3DLab]

Check out our comprehensive overview on breast tissue engineering in health and disease! Published recently in @EmboMolMed

https://t.co/NRQUeb8LVx

[Dream3D Lab @Dream3DLab]

Fantastic to see this new organoid screening application showcasing the power of multispectral imaging technology out now in @EmboMolMed

[EMBO Mol. Medicine @EmboMolMed]

📢Online today 👉A multispectral 3D live organoid imaging platform to screen probes for fluorescence guided surgery
#FluorescenceGuidedSurgery #LiveOrganoids

By B. Jeremiasse, @IamAnneRios & colleagues @prinsesmaximac

🗞️https://t.co/qgPQ4nMSUj

[Dream3D Lab @Dream3DLab]

WE ARE HIRING! 🤩🎉
We are looking for a skilled thechnican with a passion for organoid technology and high-troughput imaging. Check the link below if you are intrested!

https://t.co/AuW2ceDSnB

[Dream3D Lab @Dream3DLab]

@NatureProtocols @imaigenelab Thank you so much for putting a spotlight on our protocol! Hopefully many scientists will find their way to #BEHAV3D now.

[Nature Protocols @NatureProtocols]

#FeaturedProtocol this week is for #BEHAV3D, a 3D live #imaging platform for comprehensive analysis of engineered #Tcell behavior and tumor response https://t.co/uWpH61j9dc @Dream3Dlab @imAIgeneLab

[Nature Methods @naturemethods]

And @metricausa asked cancer researchers about what they find most useful about using cancer organoids in their research. https://t.co/LT0d3fP53k

[Dream3D Lab @Dream3DLab]

@naturemethods @metricausa Thank you so much for highlighting our work on cancer organoids and our technology platform BEHAV3D!

[Dream3D Lab @Dream3DLab]

Hats off to the organizers of the Utrecht BioImaging Spring Meeting at @prinsesmaximac! Enlightening talks by @rlvanine and @samvbeuningen gave us a glimpse into the exciting world of cutting-edge microscopy. Here's to driving innovation and collaboration!

[Dream3D Lab @Dream3DLab]

Now go forth and find your super engagers!

[Dream3D Lab @Dream3DLab]

Interested in getting the most out of cellular immunotherapy products? Did you see our work and thought you’d like to run BEHAV3D to analyze T-cell behavior? Then our latest publication on @NatureProtocols is for you! Packed with all you need to bring BEHAV3D to your lab.

[Dream3D Lab @Dream3DLab]

Additionally, you will get all the guidance you need to successfully analyze your live imaging data. From image processing to segmentation, tracking, and finally behavior clustering. Including organoid death dynamics and backprojection of classified behavior!

[Dream3D Lab @Dream3DLab]

We're so proud of our very own @Maj03801085 who wrote an amazing piece for #ScienceWorkingLife @ScienceMagazine on how important grassroots movements for sustainability (in science) can stem from unyielding ideals and a supportive community.

[Science Magazine @ScienceMagazine]

"I encourage scientists … to reduce the environmental impact of their own research."

In this week's #ScienceWorkingLife, #PhD student @Maj03801085 describes how she helped form a group dedicated to pushing for “greener” ways to operate. https://t.co/1PO7tp97xu

[Dream3D Lab @Dream3DLab]

Check out this amazing opportunity! If you have a passion for #imaging and image analysis and an affinity for technology, this is the spot for you! #Science #Jobs

[Ravian L. van Ineveld @rlvanine]

🔬We’re hiring! Exciting Opportunity in #Microscopy! The @prinsesmaximac Imaging Center is looking for a talented #CoreFacility #Technician. If you're passionate about microscopy, image analysis, and new technology, we want to hear from you! #Job #Science
https://t.co/Omz1aUWA8C