Hooded my first PhD student at @Stanford today! Congratulations to @NetraUnni from the Bioengineering Department! “High-Resolution 3D Printing of Microarray Patches for Transdermal Vaccine / Drug Delivery and Interstitial Fluid Sampling”. Bravo!
This February, I defended my PhD in Bioengineering! Couldn't think of a better way to celebrate than to share my work with friends, family and amazing faculty from @bioe_stanford & @StanfordEng! Extremely grateful to my advisor, @Joseph_DeSimone, the @DeSimoneLab, and my family!
Excited to share our recent work in Advanced Materials! This work introduces the platform-nature of our L-MAP technology and wouldn't have been possible without the amazing co-authors from @DeSimoneLab@StanfordEng!
https://t.co/DOKNNIhrXg
Great to have our @DeSimoneLab Annual Retreat out on the San Francisco Bay! Always a good time!! And this year, they helped celebrate my 60th Birthday!! What a way to do it! And joining my team from @Stanford were our collaborators, Jillian Perry and Shaomin Tian who travelled in from @UNC!! Thank you team!
We are very excited to share a new paper out of the lab, led by @StanfordUChem PhD student, Jason Kronenfeld, in @Nature ! This work introduces Roll-to-roll CLIP, a new technique for large scale, high resolution production of shape-specific particles!
https://t.co/B424ggJWlw
In 2023, my work on 3D-printed micro-array patches in the @DeSimoneLab was featured in the "Vaccines without needles" exhibit at @OntScienceCtr ! Truly one of the highlights of my #phd thus far - I used to volunteer at the science center and it feels surreal to be in an exhibit!
Excited to share the first microarray microneedle patches (MAPs) designed at @Stanford and printed on @Carbon’s first high resolution “S2 Printer” that was recently installed in the @DeSimoneLab! This printer has a projected Pixel Size of 5.4 microns and a Build Area of 15.3 mm x 9.5 mm, with a Build Height >100 mm! It runs all of Carbon’s advanced software found on the M3 (it’s built on the M3 chassis) and all of the Carbon and third party resins. Reliability and reproducibility, here we come…!
We have a BME/MASE #PhD position open in the lab for Sept 2023! Come join us if you're interested in engineering tools to study nano-bio interactions for nanoparticle-based drug delivery systems! 🔬⚗️🧬💉💊 Deadline for application is July 1st! #newPI
It was an amazing experience to share my work with 300+ experts on microneedle delivery platforms in the "Innovative Formulations" session of the conference. Thank you all for the incredibly positive feedback on our work!
PhD candidates, Madison Driskill and @NetraUnni, represented the lab well at #microneedlesconference 2023 in Seattle! Madison presented a poster on solid state formulations and MAP delivery, while Netra gave a talk on our #3dprinted L-MAP technology. Way to go!
It was surreal to see my PhD work in the @DeSimoneLab featured in the Art of Science Exhibition by @StanfordEng MRS! This work depicts the scale of our 3D-printed patches while my nail art shows the complex, lattice geometries of needles on the patch! #sciart#STEAM#scicomm
Kicking off the new year with a #CoffeewithChris session catching up with our very own @uoftengineering Dean ! Thinking back to all the helpful advice Dean Yip gave me throughout my undergrad... so grateful for your mentorship!
Won the @DeSimoneLab ugly holiday sweater contest with this beauty featuring one of our earliest L-MAP prints! Can't believe how far we've come since then and excited to see where 2023 will take us @StanfordEng@Joseph_DeSimone !
Happy holidays 🎄