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Nanobiosensors for health, environment, safety and security applications
Published on Jan 06, 202027 Views
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Chapter list
Nanobiosensors for health, environment, safety and security applications 00:00
ICN200:55
BIST01:17
Map01:34
Geographical Distribution of Centres01:38
Strategic Location01:59
Clean Room Facility 02:24
ICN2 Introduction 02:36
ICN2 Frontier research 03:05
Nanodevices for Social Challenges03:29
Impact on all aspects of Life Sciences in general and health care particularly03:39
Disruptive forces shaping healthcare03:54
Traditional laboratory techniques04:29
Biosensors05:04
Biosensors: Capable to fulfil POC and ASSURED05:46
Nanotechnology06:54
Plenty of possibilities for nanobiosensors 07:45
Biosensors can be everywhere 08:05
Smart phons controlling health 08:41
Integration of biosensors with real world applications08:57
Biosensors as important part of smart cities 09:51
Our challenges 10:35
NanoBiosensors and the key factors for their commercialisations10:43
Objectives11:05
NanoBioelectronics and Biosensors Group11:26
NanoBioelectronics and Biosensors Group - 211:37
Our nanobiosensing technologies and their integration11:55
Our motivation12:31
Our motivation - 213:28
NPs for cell analysis - fixed cancer cells14:07
NPs for cell analysis - Circulating cancer cells (CTC)15:24
Au-NP-based detection of bacteria16:58
Magnetic Bead/Gold Nanoparticle Double-Labeled Primers for Electrochemical Detection of Isothermal Amplified Leishmania DNA17:26
In situ plant virus nucleic acid isothermal amplification detection on gold nanoparticle-modified electrodes 18:13
Our motivation - 318:50
Chip fabrication and electrode integration19:03
Chip fabrication and electrode integration - 219:39
Electrode fabrication20:06
Inkjet-printed sensing platforms using nanomaterial-based inks and other materials20:32
Novel strategies to obtain electrochemical LOCs with enhanced sensitivity21:18
Quantum dots as electrochemical reporters22:14
CNT / LOC and capillary electrophoresis-based analysis22:55
Phenol detection and removal23:52
Towards Integrated Detection and Graphenebased Removal of Contaminants in Lab-on-achip Platform25:02
Graphene Oxide−Poly(dimethylsiloxane)-Based Lab-on-a-Chip Platform for Heavy-Metals Preconcentration and Electrochemical Detection25:49
Nanochannels for ON-OFF biosensing26:12
Nanochannels for ON-OFF biosensing - 226:46
Nanochannels for ON-OFF biosensing - 327:45
Nanochannels for in-situ monitoring of cancer cells28:50
Nanochannels for in-situ monitoring of cancer cells - 229:01
Our motivation - 429:08
Paper-based biosensors29:20
Paper-based biosensors - 230:06
NP-based lateral flow immunoassay 30:44
Paper-based biosensors - 333:14
Paper-based biosensors - 434:00
Paper-based biosensors - 534:47
LF for isothermal amplified Leishmania DNA35:12
Detection of Parathyroid Hormone–Related Protein35:34
Vertical Flow / Lab-in-a-syringe35:47
LFIA (Cadmium determination in drinking water)36:54
Uranium (VI) detection in groundwater using a gold nanoparticle/paper-based lateral flow device38:10
Electrochemical lab-on-paper for heavy metal detection38:30
Paper-based sensors39:16
Paper-based sensors - 239:32
Paper-based sensors - 339:37
BacterialcCellulose Nanopaper 39:42
Nanopaper as an Optical Sensing Platform 40:17
Nanopaper as an Optical Sensing Platform - 240:31
Nanopaper as an Optical Sensing Platform - 340:40
Nanopaper as an Optical Sensing Platform - 440:56
Straightforward Immunosensing Platform based on Graphene Oxide-Decorated Nanopaper (GONAP)41:50
Straightforward Immunosensing Platform based on Graphene Oxide-Decorated Nanopaper (GONAP) - 242:03
Visual detection of volatile compounds in a piece of AgNP-based plasmonic nanopaper42:24
Bioluminescent Nanopaper43:10
Our motivation - 544:09
Nano/micromotors 45:42
Bacterial Isolation by lectin-modified microengines46:06
Microengines47:00
Microengines - 247:42
Pt Janus Micromotors 47:45
Our motivation - 648:15
Video48:36
Properties with interest in Biosensing51:21
Properties with interest in Biosensing - 251:29
Properties with interest in Biosensing - 351:46
Graphene-Based Biosensors: Going Simple51:59
Properties with interest in Biosensing - 452:12
Graphene Oxide in FRET (solid phase)52:48
GO as a pathogen-revealing agent52:54
GO as a pathogen-revealing agent - 253:35
Applications in diagnostics – future perspectives55:23
Applications in environmental monitoring 55:31
Research for SMEs FP7-SME-2012-155:33
Innovative monitoring tools55:36
HER based biosensing55:44
Conclusions55:49
Conclusions - 256:08
Conclusions - 3 56:18