Name: Dr. Behnam Noorani Occupation: Biomedical Researcher Institution: Texas Tech University   What are you currently using CELLINK technology for? I am working at the Blood-Brain Barrier (BBB) laboratory (Ulrich Bickel MD)  in which our research area encompasses pharmacokinetic studies to characterize drug transport at the blood-brain barrier level, and the development of novel drug […]

Name: Dr. Mohammad Sadegh Azimi Occupation: Research Associate, Vascular & Tissue Systems Engineering Lab Institution: University of Virginia   What are you currently using CELLINK technology for? We are currently using CELLINK supplies such as high-precision needles and syringes along with consumables. The image below depicts a three-layered jelly donut design structure with mesenchymal cells in red […]

  Learn how accurate models can lead to better drugs for patients, and hopefully tide some transplant patients over until organs can be printed to scale. While complex organs are still working on scaling to create perfect matches to eliminate the organ transplant list and tissue rejection, bioprinting is still finding ways into the medical […]

Name: Robert Lyle Hood Occupation: Assistant Professor at UTSA Department of Mechanical Engineering   What are you currently using CELLINK technology for? (Please specify what you are using) We are currently using the Inkredible+ CELLINK Bioprinter to print minimally-invasive and biodegradable polymeric implants for localized drug delivery customizable to each patient. Beyond this application, this […]

Name: Dr. David Mills Occupation: Professor of Biological Sciences Institution: Louisana Tech University   1.What are you currently using CELLINK technology for? We are focused towards the on-demand production of anti-infective, chemotherapeutic and regenerative tissue systems using 3D bioprinting. Our design emphasizes three parameters: 1) sustained drug release, 2) optimized release time, and 3) an […]

CELLINK continues to develop a platform for channeled bioprints suitable for dynamic culture conditions and thereby capable to more closely mimick invivo conditions. This aim involves introducing new 3DBioprinting methods, new printing wells and an inducing Bioink.

  My name is Julie Paris, I’m from France and I’m studying general engineering at Centrale Nantes. I’m passionate about 3D Printing and everything that has to do with it. I’m always eager to learn and discover new things, and 3D Bioprinting is combining my engineering knowledge with biology and health for which I am […]