| Nome |
# |
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Multiscale sensing of antibody-antigen interactions by organic transistors and single-molecule force spectroscopy, file e31e124b-4f1d-987f-e053-3705fe0a095a
|
479
|
|
Quantitative phase-mode electrostatic force microscopy on silicon oxide nanostructures, file e31e124e-ca47-987f-e053-3705fe0a095a
|
394
|
|
Charge density increase in submonolayer organic field-effect transistors, file e31e124c-a5d0-987f-e053-3705fe0a095a
|
303
|
|
Flattening mountains: Micro-fabrication of planar replicas for bullet lateral striae analysis, file e31e124b-4629-987f-e053-3705fe0a095a
|
285
|
|
Asymmetric Injection in Organic Transistors via Direct SAM Functionalization of Source and Drain Electrodes, file e31e124c-e07f-987f-e053-3705fe0a095a
|
272
|
|
Nanomaterials properties tuned by their environment: Integrating supramolecular concepts into sensing devices, file e31e124e-b3dd-987f-e053-3705fe0a095a
|
228
|
|
Whole organic electronic synapses for dopamine detection, file e31e124c-a671-987f-e053-3705fe0a095a
|
224
|
|
A Bacterial Photosynthetic Enzymatic Unit Modulating Organic Transistors with Light, file e31e124f-4ea9-987f-e053-3705fe0a095a
|
200
|
|
Retinoic acid/calcite micro-carriers inserted in fibrin scaffolds modulate neuronal cell differentiation, file e31e124f-1b2e-987f-e053-3705fe0a095a
|
198
|
|
Customizing Properties of β-Chitin in Squid Pen (Gladius) by Chemical Treatments, file e31e124a-c4bd-987f-e053-3705fe0a095a
|
196
|
|
Structure and dynamics of pentacene on SiO2: From monolayer to bulk structure, file e31e124e-0aa9-987f-e053-3705fe0a095a
|
190
|
|
Modulating the Faradic Operation of All-Printed Organic Electrochemical Transistors by Facile in Situ Modification of the Gate Electrode, file e31e124e-1049-987f-e053-3705fe0a095a
|
182
|
|
Selective Growth of α-Sexithiophene by Using Silicon Oxides Patterns, file e31e124e-0113-987f-e053-3705fe0a095a
|
178
|
|
Amphiphilic cationic cyclodextrin nanovesicles: A versatile cue for guiding cell adhesion, file e31e124f-01c9-987f-e053-3705fe0a095a
|
161
|
|
The pulsed electron deposition technique for biomedical applications: A review, file e31e124e-a567-987f-e053-3705fe0a095a
|
116
|
|
An electrical method to measure low-frequency collective and synchronized cell activity using extracellular electrodes, file e31e124c-a2eb-987f-e053-3705fe0a095a
|
112
|
|
Interface Engineering in Organic Devices, file e31e124e-b3db-987f-e053-3705fe0a095a
|
109
|
|
Surface nanostructures in manganite films, file e31e124e-1156-987f-e053-3705fe0a095a
|
103
|
|
Extracellular electrical recording of pH-triggered bursts in C6 glioma cell populations, file e31e124c-aa21-987f-e053-3705fe0a095a
|
101
|
|
Tunable Short-Term Plasticity Response in Three-Terminal Organic Neuromorphic Devices, file e31e124e-f2ca-987f-e053-3705fe0a095a
|
101
|
|
Laser Assisted Bioprinting of laminin on biodegradable PLGA substrates: Effect on neural stem cell adhesion and differentiation, file e31e1250-0990-987f-e053-3705fe0a095a
|
100
|
|
Electrochemical noise and impedance of Au electrode/electrolyte interfaces enabling extracellular detection of glioma cell populations, file e31e124c-a2de-987f-e053-3705fe0a095a
|
95
|
|
Anti-drug antibody detection with label-free electrolyte-gated organic field-effect transistors, file e31e124f-af57-987f-e053-3705fe0a095a
|
88
|
|
Sensing Inflammation Biomarkers with Electrolyte-Gated Organic Electronic Transistors, file e31e124f-ac4f-987f-e053-3705fe0a095a
|
84
|
|
Atomic Force Microscope nanolithography on chromosomes to genrate single-cell genetic probes, file e31e124e-2140-987f-e053-3705fe0a095a
|
82
|
|
A minimal model of hospital patients’ dynamics in COVID-19, file e31e124e-c887-987f-e053-3705fe0a095a
|
82
|
|
Label-free immunodetection of α-synuclein by using a microfluidics coplanar electrolyte-gated organic field-effect transistor, file e31e124f-92a6-987f-e053-3705fe0a095a
|
81
|
|
Ultra-low noise PEDOT:PSS electrodes on bacterial cellulose: A sensor to access bioelectrical signals in non-electrogenic cells, file e31e124e-c889-987f-e053-3705fe0a095a
|
76
|
|
Poly(3,4-ethylenedioxythiophene)-Based Neural Interfaces for Recording and Stimulation: Fundamental Aspects and In Vivo Applications, file e31e1250-571d-987f-e053-3705fe0a095a
|
70
|
|
Long-range selective transport of anions and cations in graphene oxide membranes, causing selective crystallization on the macroscale, file e31e124f-410a-987f-e053-3705fe0a095a
|
69
|
|
Harnessing Selectivity and Sensitivity in Electronic Biosensing: A Novel Lab-on-Chip Multigate Organic Transistor, file e31e124f-d7e1-987f-e053-3705fe0a095a
|
60
|
|
Label free detection of plant viruses with organic transistor biosensors, file e31e1250-19bf-987f-e053-3705fe0a095a
|
41
|
|
Monitoring DNA Hybridization with Organic Electrochemical Transistors Functionalized with Polydopamine, file e31e1250-7b6c-987f-e053-3705fe0a095a
|
24
|
|
Self-organisation of molecular nanostructures triggered by atomic force microscopy, file e31e124a-c4f2-987f-e053-3705fe0a095a
|
22
|
|
Biorecognition in Organic Field Effect Transistors Biosensors: The Role of the Density of States of the Organic Semiconductor, file e31e124f-bfe3-987f-e053-3705fe0a095a
|
19
|
|
Physical insights from the Frumkin isotherm applied to electrolyte gated organic transistors as protein biosensors, file e31e124f-d614-987f-e053-3705fe0a095a
|
14
|
|
EGOFET Gated by a Molecular Electronic Switch: A Single-Device Memory Cell, file e31e124f-e1e8-987f-e053-3705fe0a095a
|
10
|
|
Electrical release of dopamine and levodopa mediated by amphiphilic β-cyclodextrins immobilized on polycrystalline gold, file e31e124b-48c1-987f-e053-3705fe0a095a
|
7
|
|
Label-free immunodetection of α-synuclein by using a microfluidics coplanar electrolyte-gated organic field-effect transistor, file e31e124e-ca48-987f-e053-3705fe0a095a
|
6
|
|
Specific Dopamine Sensing Based on Short-Term Plasticity Behavior of a Whole Organic Artificial Synapse, file e31e124e-cdb7-987f-e053-3705fe0a095a
|
6
|
|
Detection of Neurofilament Light Chain with Label-Free Electrolyte-Gated Organic Field-Effect Transistors, file 4d79f419-3fae-4211-8283-fe848dd0742b
|
5
|
|
Flexible Printed Organic Electrochemical Transistors for the Detection of Uric Acid in Artificial Wound Exudate, file e31e124e-9dee-987f-e053-3705fe0a095a
|
5
|
|
Electrolyte-gated organic synapse transistor interfaced with neurons, file e31e1250-0f8d-987f-e053-3705fe0a095a
|
4
|
|
Electrodeposited PEDOT:Nafion Composite for Neural Recording and Stimulation, file e31e124f-8259-987f-e053-3705fe0a095a
|
3
|
|
Physical insights from the Frumkin isotherm applied to electrolyte gated organic transistors as protein biosensors, file c9629fa3-f911-4526-b232-e1a443b36ed2
|
2
|
|
Self-assembled monolayers in organic electronics, file e31e124c-a2d9-987f-e053-3705fe0a095a
|
2
|
|
Biorecognition in Organic Field Effect Transistors Biosensors: The Role of the Density of States of the Organic Semiconductor, file e31e124e-b39c-987f-e053-3705fe0a095a
|
1
|
|
EGOFET Gated by a Molecular Electronic Switch: A Single-Device Memory Cell, file e31e124f-8669-987f-e053-3705fe0a095a
|
1
|
|
Electrolyte-gated organic synapse transistor interfaced with neurons, file e31e124f-f2eb-987f-e053-3705fe0a095a
|
1
|
|
A Novel Biasing Scheme of Electrolyte-Gated Organic Transistors for Safe In Vivo Amplification of Electrophysiological Signals, file e31e1250-2c4e-987f-e053-3705fe0a095a
|
1
|
| Totale |
5193 |
