Who we are
Scientific Officer: Prof. Fulvio Barbaro fulvio.barbaro@unipr.it;
Technical Officer: Dr. Giusy Di Conza
Senior Founder Re.Mo.Bio.S, Past Scientific Director BIOMED Museum and Professor of Human Anatomy 2000-2023: Roberto Toni, MD PhD - https://www.issmc.cnr.it/en/?team=toni-roberto
Info and contact information: giusy.diconza@unipr.it; fulvio.barbaro@unipr.it; roberto.toni@unipr.it; tel 0521 033143
Structured afferent staff:
- Doc. Fulvio Barbaro, RTDA BIO16, BIOMED Museum Collections Manager - University Museum System, fulvio.barbaro@unipr.it;
- Dr. Giusy Di Conza, Biotechnologist, Technician category D, Re.Mo.Bio.S. Technical Manager, giusy.diconza@unipr.it
Unibo and UNIPR Graduate students in Biomedical Sciences or Molecular medicine and/or Doctor Europeus in Molecular Medicine XXVI, XXI and XXXII cycle:
- Valentina Strusi (Tecnopolo di Mirandola),
- Marco Alfieri (GSK Italia),
- Elia Consolini (GSK Italia)
Research Assistants, Research Fellows, Feliciani Ferretti Fellows: 2010 - 2019:
- Alessandra Zamparelli
- Elena Bassi
- Fulvio Barbaro
- Elia Consolini
Doctoral Fellows Drug sciences UNIPR 2020 - 2023:
Interns and Graduates in Pharmaceutical, Veterinary and Medical biotechnologies 2012-2021:
- Simone Mastrogiacomo
- Fulvio Barbaro
- Marco Alfieri
- Elia Consolini
- Leonardo Ceccotto
- Giorgio Gallo
- Sara Maioli
- Celeste Bruni
- Elena Caddeo
For info and contact: giusy.diconza@unipr.it; fulvio.barbaro@unipr.it; roberto.toni@unipr.it; tel 0521 033143
Where we are
Human Anatomy - SBIBIT Unit - DIMEC
What we do
Regenerative medicine and tissue engineering of endocrine glands and neuroendocrine structures, 3D reconstruction of bioartificial endocrine and neuroendocrine organ models, development of innovative endocrine and neuroendocrine organ-on-a-chip technologies; engineering of endocrine and neuroendocrine cell models for development of molecular tests on endocrine disruptors and innovative drugs with endocrine-metabolic action, development of computer programs for analysis in clinical anthropometry
Main lines of research:
Techniques in use
Basic analytical, morphological, molecular and microsurgical biological techniques, adult stem cell cultures, use of bioreactors, synthesis and development of innovative biomaterials, 3D bioprinting
Main instrumentation in equipment
Scanning electron microscopy
Keywords
Bioartificial organs, organ-on-chip, regenerative medicine, endocrine structures, endocrine disruptors
