MiMicLab

Official account of the Microfluidics and Biomimetic Microsystems Laboratory, Dept. of Electronics, Information and Bioengineering, Politecnico di Milano

[MiMicLab @RasponiMarco]

SAVE THE DATE!

Come to meet us on the 27th and 28th September!
#MMT19 @polimi

[MEETmeTONIGHT @meetme2night]

SAVE THE DATE!
Mancano solo due settimane all'inizio di MEETmeTONIGHT!
Incontra la ricerca, sperimenta e divertiti!
#MMT19

[MiMicLab @RasponiMarco]

Glad to participate in the exhibition of future of medicine @meetme2night in Notte dei Ricercatori @polimi together with Biomechanics Group. 27-28 Sept 2019 #MMT2019 #Milano #biomechanics #microfluidics #OrganOnChip #Science #ResearcherNight

[Open Innovation @LombardiaInnova]

Organi su #chip, enzimi sviluppati con algoritmi, chirurgia in #3D: le frontiere dell’Ingegneria biomedica in mostra a @meetme2night a #Milano il 27-28/9 con i prof. Gautieri, Rasponi e Redalelli del Biomechanics Group del @polimi
Scopri di più: https://t.co/OSMTaz5yZw
#MMT19

[MiMicLab @RasponiMarco]

Very pleased with this Nature Reviews Rheumatology piece highlighting our #uKnee https://t.co/JbHIB3TYCp.
@polimi @UniBasel @natBME #microfluidics #OrgansOnChip #biomechanics https://t.co/JbHIB3TYCp

[MiMicLab @RasponiMarco]

Today is the day! The research project #uKNEEque financed by @FondCariplo has officially started. @polimi together with the partner @UniBasel_en will work jointly in the next 3 years on osteoarthritis.

[MiMicLab @RasponiMarco]

Behind the #uKnee paper! Check out @natBME to know more about the backstage of our recently published project! Great work, great team! @polimi @UniBasel #CartilageOnChip #microfluidics #biomechanics #OrgansOnChip

[Nature Biomedical Engineering @natBME]

A microphysiological cartilage-on-a-chip that enables the application of strain-controlled compression recapitulates the mechanical factors involved in the pathogenesis of osteoarthritis.
#InTranslation
https://t.co/Ldea9DjWUX
https://t.co/53LHEfkGQy [Paper]

[MiMicLab @RasponiMarco]

Very happy to announce that our #SINERGIA project was recently financed by #MSCA. #SINERGIA consortium consists of 10 partners from 5 #EU countries. @polimi @UniBasel_en @MaastrichtU @FNUSA_ICRC @RWTH @EnteOspedaliero Accelera Srl @LifeTecGroup @BiomimX MTTLab Srl

[MiMicLab @RasponiMarco]

Novel #knee_on_chip platform triggers #osteoarthritis through hyperphysiological compression.Check out our recent work by Paola Occhetta and Andrea Mainardi on Nature @natBME.Joint effort by @polimi and @UniBasel.#microfluifics #OrganOnChip #LabOnChip #DrugScreening #biomechanics

[Nature Biomedical Engineering @natBME]

Hyperphysiological compression of articular cartilage induces an osteoarthritic phenotype in a cartilage-on-a-chip model
https://t.co/W4aUmb0bDE

[MiMicLab @RasponiMarco]

The project uKNEEque was recently financed by @FondCariplo. Check out here https://t.co/CZ40VQxKBW #conFondazioneCariplo #ricercascientifica

[MiMicLab @RasponiMarco]

Scalability in #OrgansOnChip: Up to 96 independent culture chambers engineered to enhance the #throughput of #microfluidic systems and #3D cell culture. Check our recent work here: https://t.co/HKG2A3421M @Roberta__Visone @Marco_Rasponi @ForteGiancarlo @polimi

[MiMicLab @RasponiMarco]

Electric field and its effects on beating #HeartOnChip: Check out our new paper on #APLBioengineering! https://t.co/O1cSXDzApZ @Roberta__Visone @Marco_Rasponi @DCruzMoreira

[MiMicLab @RasponiMarco]

Check out our chapter in #MethodsCellBiol about generating #cardiac microtissues in beating #HeartOnChip: https://t.co/sPrWp39oOV
#microfluidics @polimi #OrganOnChip StefanoUgolini @Roberta06427700 @DCruzMoreira AndreaMainardi MarcoRasponi