Rheolution Article | June 2021 The Technology to create 3D printed organs is closer that you think by Dr. Dimitria Bonizol Camasao Senior Application Specialist, Rheolution Inc. From creating customized pieces to fix something at home to replacing defective...
Rheolution Article | January 2021 Methods to 3D print alginate-based scaffolds by Dr. Dimitria Bonizol Camasao Senior Application Specialist, Rheolution Inc. During the first month of 2022, we focused on alginate hydrogels used in tissue engineering and drug delivery...
Article of the month | May 2022 by Dr. Antoine FrayssinetSenior Application Specialist, Rheolution Inc. Despite the widespread use of 3D-bioprinting in tissue engineering and biomedical research, 3D-printed scaffolds still lack precision and biomimetism, as they are developed as static...
Testing the viscoelasticity of 3D printed hydrogels using ElastoSens™ Bio Application Note by Dr. Dimitria Bonizol Camasao Senior Application Specialist, Rheolution Inc. — The mechanical characterization of 3D printed scaffolds have been conventionally performed by destructive testing techniques....
Rheolution Article | April 2022 3D-Bioprinting: a promising technology for tissue engineering and regenerative medicine by Dr. Antoine FrayssinetSenior Application Specialist, Rheolution Inc. In March and April 2022, we focused our attention on 3D-Bioprinting: the ability to print a biomaterial...
Thermal degradation analysis of 3D printed scaffolds using ElastoSens™ Bio — The evaluation of the thermoreversible behavior of specific hydrogels is conventionally performed with in-contact and destructive techniques. — ElastoSens™ Bio characterizes thermoreversible properties through the measurement of the viscoelastic...
