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Por favor ler a secção em Inglês.
Attachments
- project 1_cell-cell communication.pdf
- project 2_graphene resonators.pdf
- project 3_DNA chips light-directed synthesis.pdf
- project 4_impedance and photodiode array.pdf
- project 5_MEMS Si-polymer bridges.pdf
- project 6_cell deposition on chip.pdf
- project 7_organic electronic memories.pdf
- project 8_displays based on organic transistors.pdf
- project 9_MEMS resonance in liquids.pdf
- project 10_electroporation chip.pdf
- project 11_high aspect ratio microfluidics.pdf
- project 12_MEMS resonance in liquids.pdf
- project 13_surface charge controlled microfluidics.pdf
- project 14_nanofluidic transistor.pdf
- project 15_electrowetting.pdf
- project 16_cell-cell communication.pdf
- project 17_capillary pumping.pdf
- project 18_micromosaic immunoessays.pdf
- project 19_microfluidics with tunable topographies.pdf
- project 20_cell microbioreactor array.pdf
- project 21_cell culture in microfluidics.pdf
- project 22_SPM with integrated biosensors.pdf
- project 23_cantilever resonators for DNA.pdf
- project 24_MEMS interference sensor.pdf
- project 25_suspended microchannels.pdf
- project 26_ion transport through nanoslits.pdf
- project 27_scanning probe potentiometer.pdf
- project 28_cell tissues in microfluidics.pdf
- project 29_single cell trapping.pdf
- project 30_ integrated optical biosensor.pdf
- project 31_integrated optical biosensor.pdf
- project 32_field effect control of electroosmosis.pdf
- project 33_nanowire biosensor.pdf
- project 34_cantilever biosensors.pdf
- project 35_cantilever detection of bacteria.pdf
- project 36_printing of TFTs.pdf
- project 37_microfluorimeter on a chip.pdf
- project 38_Human gut-on-a-chip.pdf
- project 39_miniaturized parallel immunoassay.pdf
- project 40_capillary system on a chip.pdf
- project 43_neural implants.pdf
- project 41_liver on a chip.pdf
- project 42_microfluidic bacterial microreactor.pdf
- project 44_protein MEMS sensor.pdf
- project 45_DEP in microfluidics.pdf
- project 46_NEMS and plasmonics.pdf
- project 47_silicon nanowire biosensors.pdf
- project 48_cell-chips using microfluidics.pdf
- project 49_neuronal studies using microfluidics.pdf
- project 50_cell arrays.pdf
- project 51_NEMS for biosensors.pdf
- project 52_chemical gradient generation in microfluidics.pdf
- project 53_nanocantilever biosensors.pdf
- project 54_nanofluidic mass sensor.pdf
- project 55_cell array.pdf
- project 56_ immunoassay on a chip.pdf
- project 57_metabolites and citotoxicity.pdf
- project 58_fluorescence on chip.pdf
- project 59_photoTFT cell detection.pdf
- project 60_cantilever in fluidics.pdf
- project 61_biosensor for whole blood.pdf
- project 62_nanoelectromechanical switches.pdf
- project 63_neural stimulation in microfluidics.pdf
- project 64_neuron glia chip.pdf
- project 65_electrophoretic bacteria concentration.pdf
- project 66_immunoassays with button valves.pdf
- project 67_NEMS gas sensors.pdf
- project 68_plasmonic nanoantennas for PL enhancement.pdf
- project 69_chip for production of monoclonal antibodies.pdf
- project 70_nanocrystalline diamond MEMS.pdf
- project 71_high sensitivity NEMS sensor.pdf
- project 72_paper capillarity.pdf
- project 73_digital microfluidics.pdf
- project 74_blood analysis from skin.pdf
- project 75_cantilever in blood.pdf
- project 76_metal lines on PDMS.pdf
- project 77_mass sensors in gas.pdf
- project 78_chip to capture exosomes.pdf
- project 79_microfluidic HTS for biotechnology.pdf
- project 80_lung on a chip.pdf
- project 81_microfluidic model of breast cancer.pdf
- project 82_imaging with nanocapacitor array.pdf
- project 83_cantilever detection optical and mechanical.pdf
- project 84_nano temperature sensor.pdf
- project 85_organ on a chip.pdf
- project 86_microflluidics for diabetes.pdf
- project 87_microbial bioreactor.pdf
- project 88_purification on a chip.pdf
- P1_presentation schedule.pdf
- P1_projects chosen.pdf