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Publication : journal of mathematical chemistry

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Academic Journal

In vitro proton magnetic resonance spectroscopy at 14T for benign and malignant ovary: Part II, Signal processing by the parametric fast Padé transform.

Authors : Belkić, Dževad^1,2 (AUTHOR) ; Belkić, Karen^1,2,3,4 (AUTHOR)

Source: Journal of Mathematical Chemistry. Aug2022, Vol. 60 Issue 7, p1200-1271. 72p.

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Academic Journal

In vitro proton magnetic resonance spectroscopy at 14T for benign and malignant ovary: Part I, signal processing by the nonparametric fast Padé transform.

Authors : Belkić, Dževad^1,2 (AUTHOR) ; Belkić, Karen^1,2,3,4 (AUTHOR)

Source: Journal of Mathematical Chemistry. Feb2022, Vol. 60 Issue 2, p373-416. 44p.

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Academic Journal

In vivo brain MRS at a 1.5T clinical scanner: Optimized derivative fast Fourier transform for high-resolution spectra from time signals encoded with and without water suppression.

Authors : Belkić, Dževad^1,2 (AUTHOR) ; Belkić, Karen^1,2,3,4 (AUTHOR)

Source: Journal of Mathematical Chemistry. Jul2024, Vol. 62 Issue 6, p1251-1286. 36p.

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Encoded in vivo time signals from the ovary in magnetic resonance spectroscopy: poles and zeros as the cornerstone for stability of response functions of systems to external perturbations.

Authors : Belkić, Dževad¹ ; Belkić, Karen

Source: Journal of Mathematical Chemistry. May2017, Vol. 55 Issue 5, p1110-1157. 48p.

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Academic Journal

Review of recent applications of the conventional and derivative fast Padé transform for magnetic resonance spectroscopy.

Authors : Belkić, Dževad^1,2 ; Belkić, Karen^1,2,3,4

Source: Journal of Mathematical Chemistry. Feb2019, Vol. 57 Issue 2, p385-464. 80p.

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Academic Journal

Optimized derivative fast Fourier transform with high resolution and low noise from encoded time signals: Ovarian NMR spectroscopy.

Authors : Belkić, Dževad^1,2 (AUTHOR) ; Belkić, Karen^1,2,3,4 (AUTHOR)

Source: Journal of Mathematical Chemistry. Mar2024, Vol. 62 Issue 3, p535-554. 20p.

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Derivative shape estimations with resolved overlapped peaks and reduced noise for time signals encoded by NMR spectroscopy with and without water suppression.

Authors : Belkić, Dževad^1,2 (AUTHOR) ; Belkić, Karen^1,2,3,4 (AUTHOR)

Source: Journal of Mathematical Chemistry. Oct2023, Vol. 61 Issue 9, p1936-1966. 31p.

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Visualizing hidden components of envelopes non-parametrically in magnetic resonance spectroscopy: Phosphocholine, a breast cancer biomarker.

Authors : Belkić, Dževad ; Belkić, Karen

Source: Journal of Mathematical Chemistry. Sep2017, Vol. 55 Issue 8, p1698-1723. 26p.

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Automatic self-correcting in signal processing for magnetic resonance spectroscopy: noise reduction, resolution improvement and splitting overlapped peaks.

Authors : Belkić, Dževad^1,2 (AUTHOR) ; Belkić, Karen^1,2,3,4 (AUTHOR)

Source: Journal of Mathematical Chemistry. Oct2019, Vol. 57 Issue 9, p2082-2109. 28p.

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Resolution enhancement as a key step towards clinical implementation of Padé-optimized magnetic resonance spectroscopy for diagnostic oncology.

Authors : Belkić, Dževad¹ ; Belkić, Karen

Source: Journal of Mathematical Chemistry. Oct2013, Vol. 51 Issue 9, p2608-2637. 30p.

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فلترة النتائج

In vitro proton magnetic resonance spectroscopy at 14T for benign and malignant ovary: Part II, Signal processing by the parametric fast Padé transform.

In vitro proton magnetic resonance spectroscopy at 14T for benign and malignant ovary: Part I, signal processing by the nonparametric fast Padé transform.

In vivo brain MRS at a 1.5T clinical scanner: Optimized derivative fast Fourier transform for high-resolution spectra from time signals encoded with and without water suppression.

Encoded in vivo time signals from the ovary in magnetic resonance spectroscopy: poles and zeros as the cornerstone for stability of response functions of systems to external perturbations.

Review of recent applications of the conventional and derivative fast Padé transform for magnetic resonance spectroscopy.

Optimized derivative fast Fourier transform with high resolution and low noise from encoded time signals: Ovarian NMR spectroscopy.

Derivative shape estimations with resolved overlapped peaks and reduced noise for time signals encoded by NMR spectroscopy with and without water suppression.

Visualizing hidden components of envelopes non-parametrically in magnetic resonance spectroscopy: Phosphocholine, a breast cancer biomarker.

Automatic self-correcting in signal processing for magnetic resonance spectroscopy: noise reduction, resolution improvement and splitting overlapped peaks.

Resolution enhancement as a key step towards clinical implementation of Padé-optimized magnetic resonance spectroscopy for diagnostic oncology.

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