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Provencher Inc lcmodel v 6.3
Top: Example spectrum from a representative migraine patient from the occipital voxel position. The red line is the <t>LCModel</t> fit of the data from this patient, the thin black line with the same shape as the red fit is the raw data. The baseline is the thin black line lowest in the spectrum. At the top of the plot is the residuals of the fitted raw data to the model, i.e. the raw data minus the fitted data. Quality data: for this spectrum: S/N 101 and a delta shift of 0.004 ppm, FWHM = 0.028 ppm. Bottom: The GABA fit from the same spectra
Lcmodel V 6.3, supplied by Provencher Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/lcmodel v 6.3/product/Provencher Inc
Average 90 stars, based on 1 article reviews
lcmodel v 6.3 - by Bioz Stars, 2026-05
90/100 stars

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1) Product Images from "Cortical GABA in migraine with aura -an ultrashort echo magnetic resonance spectroscopy study"

Article Title: Cortical GABA in migraine with aura -an ultrashort echo magnetic resonance spectroscopy study

Journal: The Journal of Headache and Pain

doi: 10.1186/s10194-019-1059-z

Top: Example spectrum from a representative migraine patient from the occipital voxel position. The red line is the LCModel fit of the data from this patient, the thin black line with the same shape as the red fit is the raw data. The baseline is the thin black line lowest in the spectrum. At the top of the plot is the residuals of the fitted raw data to the model, i.e. the raw data minus the fitted data. Quality data: for this spectrum: S/N 101 and a delta shift of 0.004 ppm, FWHM = 0.028 ppm. Bottom: The GABA fit from the same spectra
Figure Legend Snippet: Top: Example spectrum from a representative migraine patient from the occipital voxel position. The red line is the LCModel fit of the data from this patient, the thin black line with the same shape as the red fit is the raw data. The baseline is the thin black line lowest in the spectrum. At the top of the plot is the residuals of the fitted raw data to the model, i.e. the raw data minus the fitted data. Quality data: for this spectrum: S/N 101 and a delta shift of 0.004 ppm, FWHM = 0.028 ppm. Bottom: The GABA fit from the same spectra

Techniques Used:

Top: Example spectrum from a representative migraine patient from the somatosensory voxel position. The red line is the LCModel fit of the data from this patient, the thin black line with the same shape as the red fit is the raw data. The baseline is the thin black line lowest in the spectrum. At the top of the plot is the residuals of the fitted raw data to the model, i.e. the raw data minus the fitted data. Quality data: for this spectrum: S/N 83 and a delta shift of 0.016 ppm, FWHM = 0.020 ppm. Bottom: The GABA fit from the same spectra
Figure Legend Snippet: Top: Example spectrum from a representative migraine patient from the somatosensory voxel position. The red line is the LCModel fit of the data from this patient, the thin black line with the same shape as the red fit is the raw data. The baseline is the thin black line lowest in the spectrum. At the top of the plot is the residuals of the fitted raw data to the model, i.e. the raw data minus the fitted data. Quality data: for this spectrum: S/N 83 and a delta shift of 0.016 ppm, FWHM = 0.020 ppm. Bottom: The GABA fit from the same spectra

Techniques Used:



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Top: Example spectrum from a representative migraine patient from the occipital voxel position. The red line is the <t>LCModel</t> fit of the data from this patient, the thin black line with the same shape as the red fit is the raw data. The baseline is the thin black line lowest in the spectrum. At the top of the plot is the residuals of the fitted raw data to the model, i.e. the raw data minus the fitted data. Quality data: for this spectrum: S/N 101 and a delta shift of 0.004 ppm, FWHM = 0.028 ppm. Bottom: The GABA fit from the same spectra
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Top: Example spectrum from a representative migraine patient from the occipital voxel position. The red line is the <t>LCModel</t> fit of the data from this patient, the thin black line with the same shape as the red fit is the raw data. The baseline is the thin black line lowest in the spectrum. At the top of the plot is the residuals of the fitted raw data to the model, i.e. the raw data minus the fitted data. Quality data: for this spectrum: S/N 101 and a delta shift of 0.004 ppm, FWHM = 0.028 ppm. Bottom: The GABA fit from the same spectra
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Image Search Results


Top: Example spectrum from a representative migraine patient from the occipital voxel position. The red line is the LCModel fit of the data from this patient, the thin black line with the same shape as the red fit is the raw data. The baseline is the thin black line lowest in the spectrum. At the top of the plot is the residuals of the fitted raw data to the model, i.e. the raw data minus the fitted data. Quality data: for this spectrum: S/N 101 and a delta shift of 0.004 ppm, FWHM = 0.028 ppm. Bottom: The GABA fit from the same spectra

Journal: The Journal of Headache and Pain

Article Title: Cortical GABA in migraine with aura -an ultrashort echo magnetic resonance spectroscopy study

doi: 10.1186/s10194-019-1059-z

Figure Lengend Snippet: Top: Example spectrum from a representative migraine patient from the occipital voxel position. The red line is the LCModel fit of the data from this patient, the thin black line with the same shape as the red fit is the raw data. The baseline is the thin black line lowest in the spectrum. At the top of the plot is the residuals of the fitted raw data to the model, i.e. the raw data minus the fitted data. Quality data: for this spectrum: S/N 101 and a delta shift of 0.004 ppm, FWHM = 0.028 ppm. Bottom: The GABA fit from the same spectra

Article Snippet: LCModel (v 6.3, Provencher, 1993) was used to fit the data and to quantify metabolites.

Techniques:

Top: Example spectrum from a representative migraine patient from the somatosensory voxel position. The red line is the LCModel fit of the data from this patient, the thin black line with the same shape as the red fit is the raw data. The baseline is the thin black line lowest in the spectrum. At the top of the plot is the residuals of the fitted raw data to the model, i.e. the raw data minus the fitted data. Quality data: for this spectrum: S/N 83 and a delta shift of 0.016 ppm, FWHM = 0.020 ppm. Bottom: The GABA fit from the same spectra

Journal: The Journal of Headache and Pain

Article Title: Cortical GABA in migraine with aura -an ultrashort echo magnetic resonance spectroscopy study

doi: 10.1186/s10194-019-1059-z

Figure Lengend Snippet: Top: Example spectrum from a representative migraine patient from the somatosensory voxel position. The red line is the LCModel fit of the data from this patient, the thin black line with the same shape as the red fit is the raw data. The baseline is the thin black line lowest in the spectrum. At the top of the plot is the residuals of the fitted raw data to the model, i.e. the raw data minus the fitted data. Quality data: for this spectrum: S/N 83 and a delta shift of 0.016 ppm, FWHM = 0.020 ppm. Bottom: The GABA fit from the same spectra

Article Snippet: LCModel (v 6.3, Provencher, 1993) was used to fit the data and to quantify metabolites.

Techniques: