<p>The component peaks were obtained from the second derivatives (not shown) and result from a Gaussian curve fitting. The dashed lines are the experimental FTIR spectra (averaged over 20 scans) after the 13-data point Savitzky-Golay smoothing. The colored lines correspond to the sum of the components. The grey lines represent the deconvolution of the spectra in the different wave numbers. Spectra were acquired at 1 mM Polydim-I, at 25<sup>°</sup>C.</p
a<p>Peak position of the amide I band components, as deduced by the second derivative spectra.</p>b<...
<p>Infrared spectra from 1780 to 1600<sup>−1</sup> of different LDL samples recorded in D<sub>2</sub...
<p>The second derivative of the infrared spectrum (A) and the absorption profile of the amide I' ban...
A-C: Rhodopsin in H20, D-F: Rhodopsin in D20: A, D: WT; B, E: N15S; and C, F: P23H. Bands assigned t...
<p>Protein fibrils obtained after one month of incubation were dissolved in 20 mM Tris·DCl, 150 mM N...
<p>Secondary structure elements (%) of Polydim-I as determined by the deconvolution of CD and FTIR s...
<p>A) FTIR spectrum of rArom obtained by depositing 20 µl of rArom (135 µM in 100 mM KPi pH 7.4 + 20...
Author Institution:In high-resolution molecular spectroscopy, the Doppler line width often poses a l...
<p>The component peaks are the result of curve-fitting using a Gaussian shape. The solid lines repre...
The challenge of deriving quantitative information from the infrared spectra of proteins arises from...
The application of infrared spectroscopy to biological samples has been made possible largely by the...
<p>The spectra were recorded of “Ca-P particles” (upper panel) and “Ca-polyP-MP” (lower panel) withi...
<p>A) Spectra recorded as a function of time after connecting the sample cell with a <sup>2</sup>H<s...
<p>PDI was placed at 10°C in sodium borate buffer (pH 7.0) containing <sup>13</sup>C-labeled CTA1 an...
<p>FTIR spectra in the region of 3300-2800 cm<sup>−1</sup> of hydrated films (pH 7.4) for free mPEG-...
a<p>Peak position of the amide I band components, as deduced by the second derivative spectra.</p>b<...
<p>Infrared spectra from 1780 to 1600<sup>−1</sup> of different LDL samples recorded in D<sub>2</sub...
<p>The second derivative of the infrared spectrum (A) and the absorption profile of the amide I' ban...
A-C: Rhodopsin in H20, D-F: Rhodopsin in D20: A, D: WT; B, E: N15S; and C, F: P23H. Bands assigned t...
<p>Protein fibrils obtained after one month of incubation were dissolved in 20 mM Tris·DCl, 150 mM N...
<p>Secondary structure elements (%) of Polydim-I as determined by the deconvolution of CD and FTIR s...
<p>A) FTIR spectrum of rArom obtained by depositing 20 µl of rArom (135 µM in 100 mM KPi pH 7.4 + 20...
Author Institution:In high-resolution molecular spectroscopy, the Doppler line width often poses a l...
<p>The component peaks are the result of curve-fitting using a Gaussian shape. The solid lines repre...
The challenge of deriving quantitative information from the infrared spectra of proteins arises from...
The application of infrared spectroscopy to biological samples has been made possible largely by the...
<p>The spectra were recorded of “Ca-P particles” (upper panel) and “Ca-polyP-MP” (lower panel) withi...
<p>A) Spectra recorded as a function of time after connecting the sample cell with a <sup>2</sup>H<s...
<p>PDI was placed at 10°C in sodium borate buffer (pH 7.0) containing <sup>13</sup>C-labeled CTA1 an...
<p>FTIR spectra in the region of 3300-2800 cm<sup>−1</sup> of hydrated films (pH 7.4) for free mPEG-...
a<p>Peak position of the amide I band components, as deduced by the second derivative spectra.</p>b<...
<p>Infrared spectra from 1780 to 1600<sup>−1</sup> of different LDL samples recorded in D<sub>2</sub...
<p>The second derivative of the infrared spectrum (A) and the absorption profile of the amide I' ban...