UGOLINI, GIOVANNI STEFANO

UGOLINI, GIOVANNI STEFANO  

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Titolo Data di pubblicazione Autori File
A microbioreactor for uniaxial mechanical stretch of cardiac stem cells monolayers 1-gen-2014 UGOLINI, GIOVANNI STEFANOSONCINI, MONICAFIORE, GIANFRANCO BENIAMINORASPONI, MARCO +
A microfluidic device for studying drug transport through endothelial Blood Brain Barrier cells monolayers 1-gen-2016 Giovanni Stefano UgoliniMarco RasponiAlberto Redaelli
A microfluidic model to study the interaction between cardiomyocytes and fibroblast in cardiac scar formation 1-gen-2019 Carminati, FDiaz, DROcchetta, PMainardi, AUgolini, SRasponi, M +
Application of uniaxial mechanical stretch to cardiac cells with a novel microbioreactor 1-gen-2014 UGOLINI, GIOVANNI STEFANOSONCINI, MONICAFIORE, GIANFRANCO BENIAMINORASPONI, MARCO +
Combined oxygen level and mechanical stimulation in a microfluidic system for modelling pathological myocardial tissue condition 1-gen-2017 Giovanni Stefano UgoliniMarco RasponiGianfranco Beniamino FioreMonica Soncini +
Differential proliferative responses of human cardiac fibroblasts to cyclic strain in a microdevice 1-gen-2015 UGOLINI, GIOVANNI STEFANORASPONI, MARCOFIORE, GIANFRANCO BENIAMINOSONCINI, MONICA +
Engineered 3D vascularized skeletal muscle environment inducing the muscle-specificity of the endothelium 1-gen-2017 Stefano UgoliniMonica Soncini +
Engineering an environment for the study of fibrosis: A 3D human muscle model with endothelium-specificity and endomysium 1-gen-2019 Ugolini G. S.Soncini M. +
Evaluation of cardiac stem cells response to uniaxial mechanical stretch with the use of a novel microbioreactor 1-gen-2014 UGOLINI, GIOVANNI STEFANO
Microbioreactor for cell cultures under uniaxial cyclic strain 1-gen-2015 UGOLINI, GIOVANNI STEFANORASPONI, MARCOFIORE, GIANFRANCO BENIAMINOSONCINI, MONICA +
Modelling cardiac fibrosis through a mechanically active multi-chamber organ on chip device 1-gen-2020 Andrea MainardiPaola OcchettaStefano UgoliniRoberta VisoneFrancesca CarminatiMarco Rasponi +
Novel microfluidic protein patterning method for human-organs-on-chip: liver-tumor application 1-gen-2019 E. FerrariGS. UgoliniM. Rasponi
Towards the joint on a chip: A microfluidic osteochondral model 1-gen-2019 A. MainardiP. OcchettaG. S. UgoliniM. Rasponi +
Towards the joint on a chip: double layered directly interfaced tissues to mimic the Osteoarthritic cartilage-subchondral interface 1-gen-2020 Andrea MainardiPaola OcchettaStefano UgoliniMarco Rasponi +
uHeart platform: direct on-chip culture and electrophysiology investigation of functional 3D cardiac microtissues 1-gen-2020 R. VisoneG. S. UgoliniS. PiazzaA. RedaelliP. OcchettaM. Rasponi +