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  • Degree Programmes
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  • Research and Services
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  • About FHNW
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Locations and ContactFHNW LibraryMedia Relations

Dr. Maurizio Gullo

Maurizio Gullo

Activities at the FHNW

Lableader 3D bioprinting and biohybrid microsystems

Research

The vision the 3D Bioprinting Group is to build cell-based biohybrid systems aimed for organs-on-chips as well as for implants aimed to enable personalized therapies/drugs and promote preventive healthcare respectively.  With this goal in mind, the 3D Bioprinting Group was able to strengthen and prove its competences in the following fields:

3D Bioprinting

  • Bioprinting of vascularized and innervated thick tissues.
  • Toxicological assays (body on chip, 3R Animal Free Research).
  • Cell and extracellular matrix based functional micro implants.
  • Cell-laden hydrogels, single and multicellular.
  • Bioinert support materials.
  • Ceramics for dental implants.
  • Modelling, simulation and validation of 3D printing processes.

Biohybrid Microsystems

  • Cell based micro robotics.
  • Bioengineered neuromuscular junctions.

Use biological cells to build implants! | TEDxFreiburg

Profile

Reviews & Awards

Journal reviewer

  • Nanotechnology (IOP)
  • Advanced Biosystems (Wiley)
  • Sensors and Actuators (IEEE)

 International conferences member

  • IEEE NEMS TCP Member
  • EURAXESS EU researcher meeting Tokyo (Co-Chair)

Awards

  • FP7 Marie-Curie IOF Award
  • EPFL Best Material Science Master Thesis Award (as supervisor)
  • TEDxFreiburg Fellow
CV
  • LinkedIn
Publications
  • Research Gate

Dr. Maurizio Gullo

Dr. Maurizio Gullo

Lableader 3D bioprinting and biohybrid microsystems

Telephone

+41 61 228 53 31

E-mail

maurizio.gullo@fhnw.ch

Address

School of Life Sciences FHNW Institute for Medical Engineering and Medical Informatics Hofackerstrasse 30 4132 Muttenz

BiofabricationMinimalinvasive Systememitarbeitende

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