3d.FAB platform in collaboration with the #startup 3Deus Dynamics, is hiring an intern.
For more information, please contact edwin.courtial@univ-lyon1.fr
#3dprinting #3dprinting #3dprint #impression3d #fabricationadditive #job #internship
Category: blog
New brand publications!
The publication “Integrated graphene quantum dot decorated functionalized nanosheet biosensor for mycotoxin detection” is available in Analytical and Bioanalytical Chemistry.
The publication “Gold nanobipyramids integrated ultrasensitive optical and electrochemical biosensor for Aflatoxin B1 detection” is now available in Elsevier.
These works were carried out in collaboration with Academy of Scientific and Innovative Research and National Physical Laboratory
Monitioring of 3D printed tissue metabolism in a perfused bioreactor by RAMAN spectroscopy
This bioprocess was developed by our team to cultivate 3D bioprinted tissue in a small scale perfused bioreactor.
Such system allows enables the monitoring and regulation of pH, temperature and dissolved oxygen partial pressure.
A new RAMAN probe from KAISER-ENDRESS company (RXN2) was recently graciously lend to 3d.FAB in order to reach on-line monitoring of tissue cell metabolism.
S3martMed – European Cluster Collaboration Platform
3d.FAB platform is participating today in the #S3martMed event with a conference on #3Dprinting, #bioprinting and #medicaldevices, by Edwin-Joffrey COURTIAL.
A great opportunity for medical technologies companies and RTOs to meet with future European partners.
Lyonbiopôle #lifesciences
Development of an analytical tool!
Congratulations to Hema Bhardwaj, Gajjala Suman and Christophe Marquette for this new scientific publication focus on the fabrication of surface plasmon resonance innovative biosensor using noble metal nanoparticles for Aflatoxin B1 detection.
sciences research lifesciences technology innovation research
Save the date: June 25 2020, S3MARTMED VIRTUAL BROKERAGE EVENT
Don’t forget to register for the S3martMed event organized by Lyonbiopôle. The 3d.FAB platform is partner and keynote speaker.
The objective of S3marMed is to set up joint activities and events for the emergence of interregional business / technological collaborations in the medical technologies with a specific attention on SMEs’ growth.
More information and free registration here.
! Take part in the FlowTips Adventure !
You work in bioprinting ? you are academic ? FlowTips is for you.
Together, let’s develop a unique predictive tool for cells viability in bioprinting.
cells Bioprint 3dbioprinting sciences bioink additivemanufacturing
New publication – go read it
The 3d.FAB platform participated in a publication on 3D printing of silicone by Liquid Deposition Modeling.
This work, carried out in collaboration with Laboratoire Ingénierie des matériaux polymères (UCBL), is published in Advanced Materials Technologies.
https://doi.org/10.1002/admt.201901080
If you want more information, it’s time to register for the 3d.FAB Academy LDM session
#Healthcare #polymers #silicone #3dprint #3dprinting #science #research #additivemanufacturing #rheology
! New Hosted Project !
Arthur Colly begins his PhD program at 3d.FAB platform in the partnership with Elkem Silicones and the financial support of ANRT-CIFRE. His research work will be focus on jammed envrionments for soft materials 3d printing.
Dear Arthur, welcome to the thesis adventure !
#Innovation #Elkem #3dprinting #science #polymers
How cells move in bioprinting?
Modeling of flow and cells tracking through the bioprinting setup using CFD (Computational Fluid Dynamics). Come and learn more at the 3d.FAB academy (23 to 27 November 2020).