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• W2026968105 abstract "The existence of surface guided electromagnetic waves has been theoretically predicted from Maxwell's equations and investigated during the first decades of the 20th century. However, it is only since the late 1960's that they have attracted the interest of surface physicists and earned the moniker of surface plasmon. With the advent of commercially available instruments and well established theories, the technique has been used to study a wide variety of biochemical and biotechnological phenomena. Spectral response of the resonance condition serves as a sensitive indicator of the optical properties of thin films immobilized within a wavelength of the surface. This enhanced surface sensitivity has provided a boon to the surface sciences, and fosters collaboration between surface chemistry, physics and the ongoing biological and biotechnological revolution. Since then, techniques based on surface plasmons such as Surface Plasmon Resonance (SPR), SPR Imaging, Plasmon Waveguide Resonance (PWR) and others, have been increasingly used to determine the affinity and kinetics of a wide variety of real time molecular interactions such as protein-protein, lipid-protein and ligand-protein, without the need for a molecular tag or label. The physical-chemical methodologies used to immobilize membranes at the surface of these optical devices are reviewed, pointing out advantages and limitations of each method. The paper serves to summarize both historical and more recent developments of these technologies for investigating structure-function aspects of these molecular interactions, and regulation of specific events in signal transduction by G-protein coupled receptors (GPCRs)." @default.
• W2026968105 created "2016-06-24" @default.
• W2026968105 creator A5014002723 @default.
• W2026968105 creator A5021234375 @default.
• W2026968105 creator A5076760321 @default.
• W2026968105 date "2005-08-01" @default.
• W2026968105 modified "2023-09-23" @default.
• W2026968105 title "Plasmon Resonance Methods in GPCR Signaling and Other Membrane Events" @default.
• W2026968105 cites W1497866459 @default.
• W2026968105 cites W1564861448 @default.
• W2026968105 cites W1594214770 @default.
• W2026968105 cites W1678350171 @default.
• W2026968105 cites W1963671583 @default.
• W2026968105 cites W1963792323 @default.
• W2026968105 cites W1966995488 @default.
• W2026968105 cites W1968297070 @default.
• W2026968105 cites W1969442216 @default.
• W2026968105 cites W1970621515 @default.
• W2026968105 cites W1973197717 @default.
• W2026968105 cites W1974387855 @default.
• W2026968105 cites W1974468389 @default.
• W2026968105 cites W1975420360 @default.
• W2026968105 cites W1976088758 @default.
• W2026968105 cites W1976705206 @default.
• W2026968105 cites W1981952296 @default.
• W2026968105 cites W1986493103 @default.
• W2026968105 cites W1986880305 @default.
• W2026968105 cites W1989518145 @default.
• W2026968105 cites W1989941417 @default.
• W2026968105 cites W1991355897 @default.
• W2026968105 cites W1992235391 @default.
• W2026968105 cites W1992812582 @default.
• W2026968105 cites W1995995834 @default.
• W2026968105 cites W1996568268 @default.
• W2026968105 cites W1997085448 @default.
• W2026968105 cites W1998531611 @default.
• W2026968105 cites W2000837190 @default.
• W2026968105 cites W2002778537 @default.
• W2026968105 cites W2003594549 @default.
• W2026968105 cites W2005654950 @default.
• W2026968105 cites W2005926648 @default.
• W2026968105 cites W2009682872 @default.
• W2026968105 cites W2009768558 @default.
• W2026968105 cites W2010823293 @default.
• W2026968105 cites W2011903250 @default.
• W2026968105 cites W2014438788 @default.
• W2026968105 cites W2016619768 @default.
• W2026968105 cites W2017362198 @default.
• W2026968105 cites W2018064413 @default.
• W2026968105 cites W2020622118 @default.
• W2026968105 cites W2020792265 @default.
• W2026968105 cites W2021928695 @default.
• W2026968105 cites W2027951755 @default.
• W2026968105 cites W2032300143 @default.
• W2026968105 cites W2035488630 @default.
• W2026968105 cites W2037319814 @default.
• W2026968105 cites W2038537866 @default.
• W2026968105 cites W2039017328 @default.
• W2026968105 cites W2039696862 @default.
• W2026968105 cites W2040785851 @default.
• W2026968105 cites W2042383380 @default.
• W2026968105 cites W2046231111 @default.
• W2026968105 cites W2046292720 @default.
• W2026968105 cites W2047311751 @default.
• W2026968105 cites W2047555928 @default.
• W2026968105 cites W2047663089 @default.
• W2026968105 cites W2047917567 @default.
• W2026968105 cites W2048362048 @default.
• W2026968105 cites W2048545149 @default.
• W2026968105 cites W2049007155 @default.
• W2026968105 cites W2049932110 @default.
• W2026968105 cites W2050546635 @default.
• W2026968105 cites W2053295094 @default.
• W2026968105 cites W2055791011 @default.
• W2026968105 cites W2057463481 @default.
• W2026968105 cites W2061133720 @default.
• W2026968105 cites W2062067536 @default.
• W2026968105 cites W2063008235 @default.
• W2026968105 cites W2063998199 @default.
• W2026968105 cites W2064258616 @default.
• W2026968105 cites W2064775549 @default.
• W2026968105 cites W2067193961 @default.
• W2026968105 cites W2068376018 @default.
• W2026968105 cites W2074329789 @default.
• W2026968105 cites W2075580491 @default.
• W2026968105 cites W2076927552 @default.
• W2026968105 cites W2085381747 @default.
• W2026968105 cites W2087299517 @default.
• W2026968105 cites W2087326100 @default.
• W2026968105 cites W2088106519 @default.
• W2026968105 cites W2088224373 @default.
• W2026968105 cites W2088245392 @default.
• W2026968105 cites W2090545415 @default.
• W2026968105 cites W2091506484 @default.
• W2026968105 cites W2095118520 @default.
• W2026968105 cites W2099202583 @default.
• W2026968105 cites W2103413880 @default.
• W2026968105 cites W2124215031 @default.

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