Intellectual Property Strategy is an endeavor that lies at the center of Cells for Cells. We have applied for a great number of patents across the five continents, aiming to build and enhance the value of our company. We work hard to continue expanding our diverse patent portfolio by studying new and existing business areas that may benefit from our science.
Patents
18
Patent Families
82
Patent Applications
41
Countries Covered by Patent Applications
7
Granted patents
All the technologies on our website are linked to intellectual property that protects their novelty. While some are following a spin-off pathway, many are posed to be offered to the right partner. These ready-to-license platforms have undergone an extensive derisking process in which their business and technical/scientific potential were confirmed. If you are interested in a particular Cells for Cells innovation and want to learn more, we encourage you to contact our team.
Granted Patents
Patent Title | Earliest Priority Date | Owner(s) | Granted by | Link to patent |
Composition Comprising A Substantially Pure Population Of Multipotent Stromal Cells Encapsulated In Platelet-poor Plasma (ppp) | 16-Jan-2017 | Universidad de Los Andes (CL), Cells for Cells | United States of America | |
Gelatin Polymer Derived From Natural Sources Of Cold-adapted Marine Species And Uses Thereof | 17-Jun-2016 | Universidad de Los Andes (CL), Cells for Cells | European Union | |
Automated Fabrication Of Layer-by-layer Tissue Engineered Complex Tubes | 14-Oct-2015 | Universidad de Los Andes (CL), Cells for Cells | United States of America | |
Automated Fabrication Of Layer-by-layer Tissue Engineered Complex Tubes | 14-Oct-2015 | Universidad de Los Andes (CL), Cells for Cells | European Union | |
Anti-angiogenic Therapy Based On Exosomes Derived From Menstrual Stem Cells | 13-Oct-2015 | Cells for Cells | United States of America | |
Device, Platform, And Assay For Assessing Cells | 20-Feb-2015 | Cells for Cells | United States of America | |
Menstrual Stems Cells For The Efficient Support And Expansion Of Cd34+ Cd133+ Hematopoietic Stem Cells In Vitro | 8-Mar-2013 | Cells for Cells | European Union |
