98:
The measured full SPR curves (x-axis: angle, y-axis: reflected light intensity) can be transcribed into sensograms (x-axis: time, y-axis: selected parameter such as peak minimum, light intensity, peak width). The sensograms can be fitted using binding models to obtain kinetic parameters including on-
781:
Vuoriluoto, Maija; Orelma, Hannes; Johansson, Leena-Sisko; Zhu, Baolei; Poutanen, Mikko; Walther, Andreas; Laine, Janne; Rojas, Orlando J. (10 December 2015). "Effect of
Molecular Architecture of PDMAEMAâPOEGMA Random and Block Copolymers on Their Adsorption on Regenerated and Anionic Nanocelluloses
524:
Souto, DĂȘnio E.P.; Fonseca, Aliani M.; Barragan, JosĂ© T.C.; Luz, Rita de C.S.; Andrade, HĂ©lida M.; Damos, FlĂĄvio S.; Kubota, Lauro T. (August 2015). "SPR analysis of the interaction between a recombinant protein of unknown function in
Leishmania infantum immobilised on dendrimers and antibodies of
85:
The MP-SPR optical setup measures at multiple wavelengths simultaneously (similarly to spectroscopic SPR), but instead of measuring at a fixed angle, it rather scans across a wide range of Ξ angles (for instance 40 degrees). This results in measurements of full SPR curves at multiple wavelengths
655:
Taverne, S.; Caron, B.; GĂ©tin, S.; Lartigue, O.; Lopez, C.; Meunier-Della-Gatta, S.; Gorge, V.; Reymermier, M.; Racine, B.; Maindron, T.; Quesnel, E. (2018-01-12). "Multispectral surface plasmon resonance approach for ultra-thin silver layer characterization: Application to top-emitting OLED
817:
Granqvist, Niko; Liang, Huamin; Laurila, Terhi; Sadowski, Janusz; Yliperttula, Marjo; Viitala, Tapani (9 July 2013). "Characterizing
Ultrathin and Thick Organic Layers by Surface Plasmon Resonance Three-Wavelength and Waveguide Mode Analysis".
103:
to obtain thickness and refractive index of the layers. Also due to the ability of scanning the whole SPR curve, MP-SPR is able to separate bulk effect and analyte binding from each other using parameters of the curve.
38:(SPR), an established real-time label-free method for biomolecular interaction analysis, but it uses a different optical setup, a goniometric SPR configuration. While MP-SPR provides same kinetic information as SPR (
603:
Ihalainen, Petri; Majumdar, Himadri; Viitala, Tapani; Törngren, Björn; NĂ€rjeoja, Tuomas; MÀÀttĂ€nen, Anni; Sarfraz, Jawad; HĂ€rmĂ€, Harri; Yliperttula, Marjo; Ăsterbacka, Ronald; Peltonen, Jouko (27 December 2012).
307:
Korhonen, Kristiina; Granqvist, Niko; Ketolainen, Jarkko; Laitinen, Riikka (October 2015). "Monitoring of drug release kinetics from thin polymer films by multi-parametric surface plasmon resonance".
426:"Elucidating the Signal Responses of Multi-Parametric Surface Plasmon Resonance Living Cell Sensing: A Comparison between Optical Modeling and DrugâMDCKII Cell Interaction Measurements"
66:
since 1980s by Dr. Janusz
Sadowski. The goniometric SPR optics was commercialized by Biofons Oy for use in point-of-care applications. Introduction of additional measurement
405:
903:
560:
Sonny, Susanna; Virtanen, Vesa; Sesay, Adama M. (2010). "Development of diagnostic SPR based biosensor for the detection of pharmaceutical compounds in saliva".
255:, MP-SPR is used for optimization of thin solid films from Ă
ngströms to 100 nanometers (graphene, metals, oxides), soft materials up to microns (nanocellulose,
342:
Sadowski, J. W.; Korhonen, I.; Peltonen, J. (1995). "Characterization of thin films and their structures in surface plasmon resonance measurements".
483:
Garcia-Linares, Sara; Palacios-Ortega, Juan; Yasuda, Tomokazu; Ă
strand, Mia; Gavilanes, Jose G.; Martinez-del-Pozo, Alvaro; Slotte, J.Peter (2016).
63:
873:
389:
203:
The method has been used in life sciences, material sciences and biosensor development. In life sciences, the main applications focus on
248:
87:
863:
424:
Viitala, Tapani; Granqvist, Niko; Hallila, Susanna; Raviña, Manuela; Yliperttula, Marjo; van Raaij, Mark J. (27 August 2013).
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Emilsson, Gustav; Schoch, Rafael L.; Feuz, Laurent; Höök, Fredrik; Lim, Roderick Y. H.; Dahlin, Andreas B. (15 April 2015).
888:
868:
280:
898:
239:
development, MP-SPR is used for assay development for point-of-care applications. Typical developed biosensors include
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measures wet mass, MP-SPR and other optical methods measure dry mass, which enables analysis of water content of
35:
858:
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17:
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47:
43:
485:"Toxin-induced pore formation is hindered by intermolecular hydrogen bonding in sphingomyelin bilayers"
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665:
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351:
260:
39:
913:
893:
272:
220:
606:"Application of Paper-Supported Printed Gold Electrodes for Impedimetric Immunosensor Development"
585:
399:
62:
The goniometric SPR method was researched alongside focused beam SPR and Otto configurations at
54:, layer thickness). Hence, MP-SPR measures both surface interactions and nanolayer properties.
835:
799:
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681:
637:
542:
506:
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742:"Strongly Stretched Protein Resistant Poly(ethylene glycol) Brushes Prepared by Grafting-To"
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701:"Surface plasmon resonance for characterization of large-area atomic-layer graphene film"
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355:
632:
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460:
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or with a living cell monolayer. As first in the world, MP-SPR is able to separate
212:
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70:
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Jussila, Henri; Yang, He; Granqvist, Niko; Sun, Zhipei (5 February 2016).
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188:
67:
525:
the visceral leishmaniasis: A potential use in immunodiagnosis".
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and off-rates and affinity. The full SPR curves are used to fit
382:
NanoBiosensing : principles, development, and application
77:
analyses were performed in 2011 giving way to MP-SPR method.
86:
providing additional information about structure and
259:) including nanoparticles. Applications including
380:Wang, Huangxian Ju, Xueji Zhang, Joseph (2011).
375:
373:
782:and Evidence of Interfacial Water Expulsion".
8:
404:: CS1 maint: multiple names: authors list (
231:drug uptake in real-time and label-free for
50:), it provides also structural information (
28:Multi-parametric surface plasmon resonance
18:Multi-Parametric Surface Plasmon Resonance
757:
724:
631:
621:
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459:
449:
384:. New York: Springer. p. chapter 4.
562:SPIE Laser Applications in Life Sciences
106:
64:VTT Technical Research Centre of Finland
299:
746:ACS Applied Materials & Interfaces
419:
417:
415:
397:
309:International Journal of Pharmaceutics
7:
784:The Journal of Physical Chemistry B
904:Proteinâprotein interaction assays
25:
178:Electrochemistry (E, I, omega)
1:
527:Biosensors and Bioelectronics
321:10.1016/j.ijpharm.2015.08.071
263:, barrier coatings including
874:Molecular biology techniques
502:10.1016/j.bbamem.2016.03.013
451:10.1371/journal.pone.0072192
149:Extinction coefficient (k)
930:
658:Journal of Applied Physics
539:10.1016/j.bios.2015.03.034
281:electro-switching surfaces
205:pharmaceutical development
181:Optical dispersion (n(λ))
118:Kinetics, PureKinetics (k
36:surface plasmon resonance
796:10.1021/acs.jpcb.5b07628
265:anti-reflective coatings
726:10.1364/OPTICA.3.000151
285:layer-by-layer assembly
277:plasmonic metamaterials
864:Scientific instruments
759:10.1021/acsami.5b01590
269:antimicrobial surfaces
233:targeted drug delivery
110:Molecular interactions
261:thin film solar cells
165:Surface coverage (Î)
154:Adsorption/Absorption
129:Refractive index (n)
44:dissociation constant
889:Biochemistry methods
869:Scientific equipment
243:printed biosensors,
88:dynamic conformation
48:association constant
40:equilibrium constant
899:Forensic techniques
790:(49): 15275â15286.
717:2016Optic...3..151J
670:2018JAP...123b3108T
623:10.3390/bios3010001
574:2010SPIE.7376E..05S
442:2013PLoSO...872192V
356:1995OptEn..34.2581S
344:Optical Engineering
273:self-cleaning glass
215:interactions with
909:Optical metrology
832:10.1021/la401084w
826:(27): 8561â8571.
752:(14): 7505â7515.
678:10.1063/1.5003869
582:10.1117/12.871116
391:978-1-4419-9621-3
364:10.1117/12.208083
253:material sciences
185:
184:
146:Concentration (c)
113:Layer properties
101:Fresnel equations
16:(Redirected from
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229:paracellular
213:nanoparticle
202:
199:Applications
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157:Density (Ï)
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61:
31:
27:
26:
616:(1): 1â17.
533:: 275â281.
221:biomembrane
134:Affinity (K
71:wavelengths
914:Plasmonics
894:Biophysics
853:Categories
711:(2): 151.
656:cathode".
610:Biosensors
295:References
207:including
162:Desorption
73:and first
686:0021-8979
400:cite book
237:biosensor
81:Principle
75:thin film
840:23758623
820:Langmuir
804:26560798
768:25812004
642:25587396
590:95200834
547:25829285
511:26975250
470:24015218
430:PLOS ONE
329:26319634
289:graphene
170:Adhesion
713:Bibcode
666:Bibcode
633:4263588
570:Bibcode
461:3754984
438:Bibcode
352:Bibcode
219:with a
195:films.
58:History
838:
802:
766:
705:Optica
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588:
545:
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468:
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388:
327:
287:, and
217:target
187:While
32:MP-SPR
586:S2CID
251:. In
245:ELISA
235:. In
189:QCM-D
68:laser
836:PMID
800:PMID
764:PMID
682:ISSN
638:PMID
566:7376
543:PMID
507:PMID
493:1858
466:PMID
406:link
386:ISBN
325:PMID
249:SERS
247:and
227:and
828:doi
792:doi
788:119
754:doi
721:doi
674:doi
662:123
628:PMC
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456:PMC
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360:doi
317:doi
313:494
124:off
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