Biofabrication 2024 has been great so far, and we have enjoyed catching up with valued customers and partners, as well as making new connections. If you’re here, stop by booth #1 and catch our 3D bioprinters in action.
#Bioprinting#Biofabrication#TissueEngineering
On november 21, we will host an online panel with four experts from the bioprinting and tissue engineering fields to explore the status of clinical applications of bioprinting.
📅 Date & Time: November 21, 2:00 pm CET, 8 am EST, 6:30 pm IST, 9 pm SGT
https://t.co/TrhKqk7HSF
Droplet-in-Droplet (DiD) models are valuable for various applications, including cell migration and cell invasion studies. In this technical note, we showcase the reproducible biodispensing of TeloCol-10 DiD models using the BIO ONE.
Download here: https://t.co/LYiofD7F7q
In our latest blog, we dive deeper into what bioelectronics are and how bioprinting can be used to move this important research area further—through the personalization of bioelectronic devices.
https://t.co/H9cotRTqhg
Happy Halloween! Watch us stack up some spooky fun with a twist—3D-printed pumpkins topped with a curious cat! 🎃🐈⬛
May your Halloween be filled with some purrrrrfect treats!
#HappyHalloween#3DBioprinting#LUMENX
Model by victorscu11022 on Thingiverse
#BIOMED2024 in Turkey is around the corner, and we look forward to showcasing the power of 3D bioprinting together with our partners, TerraLab.
Visit us at our booth between 1-3 november, listen to our presentation, and get hands-on with the BIO X in the workshop. See you there!
We're exhibiting at #MERLN10 - celebrating the 10th anniversary of Maastricht University's Institute for Technology-Inspired Regenerative Medicine, from 16 - 18 October!
Come by our booth to see the BIO X and BIONOVA X in action. We look forward to seeing you there!
#MicroTAS2024 is underway in Montreal, Canada! We're excited to connect with researchers and demonstrate how our technology can elevate their work to the next level. Come visit our bioprinting experts Anthon Shamapto Guha and William Bradford in Booth #55.
Mark your calendar for an exciting webinar! Featuring Professor Zaozao Chen from Southeast University, who will present his insightful work on organ-on-a-chip models.
📆 Date: 23 October
🕑 Time: 2:00 pm CST, 3:00 pm JST, 8 am CEST
Register here: https://t.co/csxZ74zISa
It has been a busy first day so far at #ELRIGDrugDiscovery 2024, and we have enjoyed sharing how bioprinting and 3D cell culture plays an important role in the future of drug discovery workflows.
Are you here? Come by Booth B7 to learn more about what bioprinting can do for you.
Bioprinting Ignited x Greece will soon kick off! Our list of talented speakers will provide valuable bioprinting insights regardless if you're an experienced pro, just getting started, or curiously looking through the window.
https://t.co/YX6lOePQ3q
As 3D cell culture is becoming easier to use, more and more researchers are seeking to take advantage of the benefits. Learn more in our blog: https://t.co/PuZbnYbj03
#3DCellCulture#CellCulture#Biology#CELLINK
Creating in vitro tissue models of skin cancers can lead to better drug therapies and drug screening. Maryke de Villiers et al (2024) set out to develop a simple highly reproducible approach to developing a A375 melanoma 3D cell culture model. Read more: https://t.co/8hqZSLk9MJ
In a recent paper from Shah et al., at @MercerYou, the researchers presented a novel method for a pain-free, topical, delivery of a vaccine against Zika Virus, which they printed with an INKREDIBLE+.
Read the publication: https://t.co/5wDArJU0GP
We’re thrilled to announce that Bioprinting Ignited x Greece Conference and Workshop is now taking registrations! In collaboration with @ApelLaser, we look forward to welcoming you to Thessaloniki from 15-16 October 2024 for an exceptional experience. https://t.co/2RSrpKhTaZ
The BIO ONE empowers researchers to create reproducible 3D cell models that recapitulate in vivo environments. Whether developing new materials or looking for enhanced insights – we have designed the BIO ONE to facilitate a seamless entrance to the world of 3D cell culture.
Researchers from Weisman Center recently published a paper in Cell Stem Cell. The research team used CELLINK's INKREDIBLE+ and BIO X to develop a 3D bioprinting platform for engineering reliable human neural tissue.
Read the publication: https://t.co/cQI5nFou41