Michal Marek Mielnik
Forskningsleder
Michal Marek Mielnik
Forskningsleder
Publikasjoner og ansvarsområder
COBIOPHAD: AN INNOVATIVE IN-VITRO DEVICE FOR IMMEDIATE DRUG ALLERGY DIAGNOSIS
A tunable, microfluidic filter for clog‑free concentration and separation of complex algal cells
Lab-on-a-chip platform for early detection of disease biomarkers
Silicon fabrication technology for Organ-on-Chip: opportunities and limitations
Simultaneous improvement of surface finish and bonding of centrifugal microfluidic devices in cyclo-olefin polymers
Two key issues in the manufacturing of microfluidic devices are to obtain low surface roughness, i.e. in the range of nanometers (to facilitate optical detection and controlled flow through microfluidic networks), and to achieve robust bonding. Here we report that a chemical polishing step, used for...
Separation and Concentration without Clogging Using a High-Throughput Tunable Filter
We present a detailed experimental study of a hydrodynamic filtration microchip and show how chip performance can be tuned and clogging avoided by adjusting the flow rates. We demonstrate concentration and separation of microspheres at throughputs as high as 29 ml/min and with 96% pureness. Results...
På sporet av Alzheimer-gåten med nanoteknologi?
I det nystartete prosjektet EXIT (EXosomes Isolation Tool) skal SINTEF, som en del av en flerfaglig gruppe, utvikle et miniatyrisert analyseverktøy for å undersøke eksosomer i prøver fra pasienter med Alzheimers sykdom. Eksosomer «bærer» ulike molekyler som proteiner, microRNA og metabolitter, og...
Simultaneous improvement of surface finish and bonding of centrifugal microfluidic devices in cyclo-olefin polymers
Two key issues in the manufacturing of microfluidic devices are to obtain low surface roughness, i.e. in the range of nanometers (to facilitate optical detection and controlled flow through microfluidic networks), and to achieve robust bonding. Here we report that a chemical polishing step, used for...