Final project season is here! 🎉 Here's a sneak peek at mine.
Only true @PolyBioTech students will recognize the meaning behind every one of these images. 😉
Huge thanks to @Stikov, @cboudoux, and @houmansaboji for inspiring us with groundbreaking #biomedical technologies! 🙌
Just borrowed an Intel RealSense camera and got to work with depth technologies for the first time today!!
I’ll be using this in my new 'non-intrusive' project on sleep apnea detection with @polymtl.
Let’s get to it🌙
#DepthCamera#SleepApnea
🎧 Check out Episode 2 of the Emerging Biomedical Technologies podcast! 🎙️✨ Join @ThomasDagonneau and me as we dive into @DrKenWeber's work on muscle MRI and the Muscle Map Toolbox 🛠️. Don’t miss the full interview in the next episode! 👉 open.spotify.com/episode/7vY…
Here's the intro of my new case study!
It will explores the essential biotech innovations we must master before embarking on a long-duration mission to Mars
#SpaceMedicine@PolyBioTech
Fascinating shift in innovation trends! This graph shows how patent applications evolved from mostly solo inventors to mostly being filed by research groups and companies over time📈💡Just one of the interesting insight from this paper on amateur science: agah.dev/amateur-science/
Last year, guest speaker Evelyn Mclean shared her paper on amateur science.
Over the year, we (@janeabdoo@Stikov@BlosteinNadia ) collaborated to refine it!
Today, we’re excited to discuss the final interactive article!! ⬇️⬇️⬇️
Big fan of clear, hand-drawn videos like this! @AnaxorSwonk explains how researchers test treatments on tumors. Favorite part: watching a bad cell lose its aggressiveness in space... and boom💥
More here: gbm6330.edublogs.org/2024/11…
Study by @giulia_silvani#Bioprinting
Starting a project with a vision and nailing it in one take sounds amazing... but let’s be real, that’s rare !
Tonight, and after 6 restarts, I’m finally done with my latest @PolyBioTech case study on #bioprinting 🎉
Here's a little sneak peek
Researching for my 3rd case study with @PolyBioTech led me to this jaw-dropping technology: light, vibration and air-liquid interfaces now speed up #3Dprinting by 350x!
This 15mm heart came to life in less than a minute😎
Paper by @callum_vidler et al. : nature.com/articles/s41586-0…
It's incredible how straightforward @HoumanSavoji makes bioprinting sound: imagine a regular printer, but instead of ink, it's filled with 'bioink'! 🤯
Currently attending his special lecture on this topic in the @PolyBioTech class
#Bioprinting#Innovation#EmergentTech