Profili

Roger D. Kamm

Cecil and Ida Green Distinguished Professor of Biological and Mechanical Engineering

Email verificata su mit.edu

Citato da 58590

Microfluidics micro physiological systems metastatic cancer neurological disease discrete computational models

Madhuri Dey

Scientist, Translational Biology, Strand Therapeutics

Email verificata su strandtx.com

Citato da 3595

Biofabrication Tumor microenvironment Micro-physiological systems 3D cell culture Vascularized

JFM Oudenhoven

imec at Holst Centre

Email verificata su imec-nl.nl

Citato da 1735

Micro Physiological Systems (Electrochemical) Sensors Electrochemistry Batteries

Nayere Taebnia

Karolinska Institute | Previously Technical University of Denmark (DTU)

Email verificata su ki.se

Citato da 1241

Advanced Tissue Models Micro Physiological Systems Biomaterials Bioprinting Microfluidics

Sina Kheiri

Postdoctoral Associate, Massachusetts Institute of Technology

Email verificata su mit.edu

Citato da 894

Microfluidics Organ-on-a-chip micro physiological systems Computational Modelling

Roberta Visone

Politecnico di Milano

Email verificata su polimi.it

Citato da 789

Bioengineering Regenerative Medicine Cardiac in vitro models Otgans-on-Chip Micro Physiological Systems

Elisabeth Gill

Roche

Email verificata su roche.com

Citato da 345

3D Bioprinting electrospinning Micro-physiological Systems iPSCs Vascularization

Zhanhe Liu

Biomedical engineer @ Hesperos Inc., Clemson BioE Ph.D.

Email verificata su hesperosinc.com

Citato da 99

micro-physiological systems data science surgical simulation multi-scale modeling

Vishwa Vasani

Student, Georgia Institute of Technology

Email verificata su gatech.edu

Citato da 45

micro-physiological systems lab-on-a-chip microfluidics nonlinear dynamics

Ronak Ansaripour

Northeastern University

Email verificata su northeastern.edu

Citato da 6

Ophthalmology Micro-physiological systems Age-related diseases iPSC derived organoids