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dr. R. Levato

dr. R. Levato

Associate Professor
dr. R. Levato
  • Department of Orthopaedics

Research Programs

Other research

Biography

Biography

Dr. Riccardo Levato is Associate Professor of Biofabrication and Regenerative Medicine at the Department of Orthopedics, University Medical Center Utrecht (UMCU) and at the Regenerative Medicine Center Utrecht. His main research focus are on the development of Biofabrication strategies to create bioprinted and lab-made tissue models, particularly for osteochondral regeneration. At UMCU, working at the frontier between engineering, biology and biomedical sciences,  he focuses especially on novel treatments for cartilage and osteochondral defects and their application in translational regenerative medicine. For his work on biofabrication, he was conferred the 2015 Julia Polak award by the European Society for Biomaterials and the 2016 Wake Forest Institute for Regenerative Medicine Young Investigator Award, the 2021 Jean Leray award from the European Society for Biomaterials, and the 2022 Robert Brown award from TERMIS-EU. In 2020, he also received a Starting Grant from the European Research Council, to develop novel volumetric bioprinting techniques to build models of the human bone marrow. Dr. Levato worked in several research groups across Europe: 3Bs, University of Minho, (Portugal); BioMatLab, Technical University of Milan (Italy), Institute for Bioengineering of Catalonia (IBEC, Spain), in the field of Biomaterials and Regenerative Medicine, and holds a cum laude PhD in Biomedical Engineering (obtained at the Technical University of Catalonia, Spain).

Side Activities

Scientific Advisor at Readily3D SA

Research Output (64)

Human adult, pediatric and microtia auricular cartilage harbor fibronectin-adhering progenitor cells with regenerative ear reconstruction potential

Otto Iris A., Bernal Paulina Nuñez, Rikkers Margot, van Rijen Mattie H.P., Mensinga Anneloes, Kon Moshe, Breugem Corstiaan C., Levato Riccardo, Malda Jos 16 Sep 2022, In: iScience. 25 , p. 1-21

Bioink with cartilage-derived extracellular matrix microfibers enables spatial control of vascular capillary formation in bioprinted constructs

Terpstra Margo L., Li Jinyu, Mensinga Anneloes, de Ruijter Mylène, van Rijen Mattie H.P., Androulidakis Charalampos, Galiotis Costas, Papantoniou Ioannis, Matsusaki Michiya, Malda Jos, Levato Riccardo Jul 2022, In: Biofabrication. 14 , p. 1-20

PROGENITOR CELLS DERIVED FROM HEALTHY AND OSTEOARTHRITIC HUMAN CARTILAGE SHOW POTENTIAL FOR CARTILAGE TISSUE ENGINEERING

Rikkers Margot, Korpershoek Jasmijn, Levato Riccardo, Malda Jos, Vonk Lucienne Apr 2022, In: Tissue Engineering. Part A. 28 , p. S104-S104

HIGH-SPEED VOLUMETRIC BIOPRINTING APPROACH FOR BIOFABRICATION OF COMPLEX LIVING TISSUE STRUCTURES

Bernal Paulina Nunez, Delrot Paul, Loterie Damien, Li Yang, Malda Jos, Moser Christophe, Levato Riccardo Apr 2022, In: Tissue Engineering. Part A. 28 , p. S150-S150

DUAL-FUNCTIONALIZED VISIBLE-LIGHT RESPONSIVE GELATIN BIOINK AS CARTILAGE BINDING GLUE AND MATRIX FOR 3D CHONDRAL REGENERATION

Abinzano Florencia, Lim Khoon, Bernal Paulina Nunez, Roca Pau Atienza, Sanchez Ane Albillos, Otto Iris, Matsusaki Michiya, Woodfield Tim, Malda Jos, Levato Riccardo Apr 2022, In: Tissue Engineering. Part A. 28 , p. S222-S223

EX VIVO MIGRATION OF CHONDROCYTES - CELL INVASION INTO ACELLULAR BIOMATERIALS FILLED IN A CARTILAGE RING MODEL IS DEPENDENT ON BIOMATERIAL COMPOSITION

Schwab Andrea, Wesdorp Marinus A., Loebel Claudia, Levato Riccardo, Burdick Jason A., Malda Jos, van Osch Gerjo J. V. M., Eglin David, D'Este Matteo Apr 2022, In: Tissue Engineering. Part A. 28 , p. S484-S484

ECM-MICROFIBER LADEN BIOINKS ENABLE SPATIAL CONTROL OF CAPILLARY FORMATION IN 3D BIOPRINTED CONSTRUCTS

Terpstra Margo, Li Jinyu, Mensinga Anneloes, de Ruijter Mylene, Matsusaki Michiya, Malda Jos, Levato Riccardo Apr 2022, In: Tissue Engineering. Part A. 28 , p. S316-S316

HOW BUILDING ON ESTABLISHED TECHNOLOGY CAN FAIL: THE PROBLEMS WITH AN OSTEOCHONDRAL IMPLANT BASED ON A PROVEN BONE COMPONENT EVALUATED IN VIVO

Abinzano Florencia, Diloksumpan Paweena, de Ruijter Mylene, Mensinga Anneloes, Plomp Saskia, Khan Ilyas, Brommer Harold, Smit Ineke, Castilho Miguel Dias, van Weeren Rene, Malda Jos, Levato Riccardo Apr 2022, In: Tissue Engineering. Part A. 28 , p. S272-S272

PIVOTAL IMPORTANCE OF REINFORCEMENT OF CARTILAGE IMPLANTS CONFIRMED IN CHALLENGING LARGE ANIMAL MODEL; PRESENCE OF TRANSPLANTED CELLS PROBABLY SECONDARY

de Ruijter Mylene, Diloksumpan Paweena, Dokter Inge, Brommer Harold, Smit Ineke H., Levato Riccardo, van Weeren Rene, Malda Jos, Castilho Miguel Apr 2022, In: Tissue Engineering. Part A. 28 , p. S289-S290

The clinical potential of articular cartilage-derived progenitor cells:a systematic review

Rikkers Margot, Korpershoek Jasmijn V, Levato Riccardo, Malda Jos, Vonk Lucienne A 10 Jan 2022, In: npj Regenerative Medicine. 7 , p. 1-20

All research output

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