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duke oct retinal analysis program marking code baby version 2.0  (MathWorks Inc)


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    MathWorks Inc duke oct retinal analysis program marking code baby version 2.0
    Duke Oct Retinal Analysis Program Marking Code Baby Version 2.0, supplied by MathWorks 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/product/duke+oct+retinal+analysis+program+marking+code/pm33779799-33-23-33
    Average 90 stars, based on 1 article reviews
    duke oct retinal analysis program marking code baby version 2.0 - by Bioz Stars, 2026-10
    90/100 stars

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    Related Articles

    other:

    Article Title: Keypoint-based modeling reveals fine-grained body pose tuning in superior temporal sulcus neurons.
    Article Snippet: Data were analyzed using MATLAB R2017b, R2023b, and Python 3.9.7.

    Article Title: Intelligent design of high-performance fluids for thermal management: integrating response surface methodology, weighted Tchebycheff method, and strength Pareto evolutionary algorithm II.
    Article Snippet: All data analysis, modeling, and optimization calculations were conducted using the MATLAB R2017b environment.

    Article Title: Investigation of a 4.3 Gy × 10-Fraction Volumetric Modulated Arc Therapy Protocol for Canine Prostatic Carcinoma: A Normal Tissue Complication Probability Study.
    Article Snippet: The fraction size in canine pelvic tumours has traditionally been limited to minimisze radiation toxicity.. However, advancements in precision radiotherapy techniques have enabled the use of larger fraction sizes, thereby facilitating a reduction in the overall treatment course.. This study assessed the radiation toxicity risks of a 10fraction radiation protocol for canine prostatic carcinoma by calculating normal tissue complication probabilities (NTCPs).

    Article Title: Neural signatures of emotional intent and inference align during social consensus.
    Article Snippet: Stimuli were displayed using Psychtoolbox v3 via MATLAB R2017B.

    Article Title: Gait dynamics and brain function abnormalities in Parkinson’s disease with freezing of gait: a clinical study using resting-state fMRI and wearable devices
    Article Snippet: Resting-state fMRI data underwent pre- and post-processing using the Resting-State fMRI Data Analysis Toolkit Plus (RESTplus) v.1.27 ( ) in MATLAB R2017b (The MathWorks Inc., Natick, MA, United States).

    Software:

    Article Title: Packages for absorbent articles
    Article Snippet: The scanner is interfaced with a computer running color calibration software capable of calibrating the scanner against a color reflection IT8 target utilizing a corresponding reference file compliant with ANSI method IT8.7/2-1993 (suitable color calibration software is Monaco EZColor or i1Studio available from X-Rite Grand Rapids, MI, or equivalent). .. The color corrected image is then segmented via color thresholding using color analysis software (a suitable image color analysis software is MATLAB R2017b available from The Mathworks, Inc., Natick, MA). .. The color corrected image is then segmented via color thresholding using color analysis software (a suitable image color analysis software is MATLAB R2017b available from The Mathworks, Inc., Natick, MA).

    Nuclear Magnetic Resonance:

    Article Title: Differential effects of inulin and fructooligosaccharides on gut microbiota composition and glycemic metabolism in overweight/obese and healthy individuals: a randomized, double-blind clinical trial.
    Article Snippet: All spectra were manually phased, baseline corrected, and calibrated to the chemical shift of TSP using TopSpin (Bruker Biopsin, Germany). .. NMR spectroscopy data were digitalized by Matlab R2017b, and the area normalized by using Matlab R2017b normalization scripts. ..

    Spectroscopy:

    Article Title: Differential effects of inulin and fructooligosaccharides on gut microbiota composition and glycemic metabolism in overweight/obese and healthy individuals: a randomized, double-blind clinical trial.
    Article Snippet: All spectra were manually phased, baseline corrected, and calibrated to the chemical shift of TSP using TopSpin (Bruker Biopsin, Germany). .. NMR spectroscopy data were digitalized by Matlab R2017b, and the area normalized by using Matlab R2017b normalization scripts. ..



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    Representative foveal B-scans from macular volumes from swept-source <t>OCT</t> systems in infants with ( A , B , C ) no macular edema and ( D , E , F ) with macular edema. ( B , C , E , F ) Duke OCT Retinal Analysis Program Marking Code Baby version 2.0 semiautomated segmentation at the internal limiting membrane (white), outer borders of the nerve fiber layer (magenta), inner plexiform layer (aqua), inner nuclear layer (yellow), outer plexiform layer (green), ellipsoid zone (blue; not visualized in ( C ) and tapering at the foveal margin in ( F )), retinal pigment epithelium (inner, purple; outer, pink), and choroid (orange). Reproduced with permission from Mangalesh et al.
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    Representative foveal B-scans from macular volumes from swept-source <t>OCT</t> systems in infants with ( A , B , C ) no macular edema and ( D , E , F ) with macular edema. ( B , C , E , F ) Duke OCT Retinal Analysis Program Marking Code Baby version 2.0 semiautomated segmentation at the internal limiting membrane (white), outer borders of the nerve fiber layer (magenta), inner plexiform layer (aqua), inner nuclear layer (yellow), outer plexiform layer (green), ellipsoid zone (blue; not visualized in ( C ) and tapering at the foveal margin in ( F )), retinal pigment epithelium (inner, purple; outer, pink), and choroid (orange). Reproduced with permission from Mangalesh et al.
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    duke oct retinal analysis program marking code baby version 2.0  (MathWorks Inc)
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    Representative foveal B-scans from macular volumes from swept-source <t>OCT</t> systems in infants with ( A , B , C ) no macular edema and ( D , E , F ) with macular edema. ( B , C , E , F ) Duke OCT Retinal Analysis Program Marking Code Baby version 2.0 semiautomated segmentation at the internal limiting membrane (white), outer borders of the nerve fiber layer (magenta), inner plexiform layer (aqua), inner nuclear layer (yellow), outer plexiform layer (green), ellipsoid zone (blue; not visualized in ( C ) and tapering at the foveal margin in ( F )), retinal pigment epithelium (inner, purple; outer, pink), and choroid (orange). Reproduced with permission from Mangalesh et al.
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    duke oct retinal analysis program (doctrap) marking code version 61.4.2  (MathWorks Inc)
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    Representative foveal B-scans from macular volumes from swept-source <t>OCT</t> systems in infants with ( A , B , C ) no macular edema and ( D , E , F ) with macular edema. ( B , C , E , F ) Duke OCT Retinal Analysis Program Marking Code Baby version 2.0 semiautomated segmentation at the internal limiting membrane (white), outer borders of the nerve fiber layer (magenta), inner plexiform layer (aqua), inner nuclear layer (yellow), outer plexiform layer (green), ellipsoid zone (blue; not visualized in ( C ) and tapering at the foveal margin in ( F )), retinal pigment epithelium (inner, purple; outer, pink), and choroid (orange). Reproduced with permission from Mangalesh et al.
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    duke oct retinal analysis program marking code version 61.4.2  (MathWorks Inc)
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    MathWorks Inc duke oct retinal analysis program marking code version 61.4.2
    Representative foveal B-scans from macular volumes from swept-source <t>OCT</t> systems in infants with ( A , B , C ) no macular edema and ( D , E , F ) with macular edema. ( B , C , E , F ) Duke OCT Retinal Analysis Program Marking Code Baby version 2.0 semiautomated segmentation at the internal limiting membrane (white), outer borders of the nerve fiber layer (magenta), inner plexiform layer (aqua), inner nuclear layer (yellow), outer plexiform layer (green), ellipsoid zone (blue; not visualized in ( C ) and tapering at the foveal margin in ( F )), retinal pigment epithelium (inner, purple; outer, pink), and choroid (orange). Reproduced with permission from Mangalesh et al.
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    Representative foveal B-scans from macular volumes from swept-source OCT systems in infants with ( A , B , C ) no macular edema and ( D , E , F ) with macular edema. ( B , C , E , F ) Duke OCT Retinal Analysis Program Marking Code Baby version 2.0 semiautomated segmentation at the internal limiting membrane (white), outer borders of the nerve fiber layer (magenta), inner plexiform layer (aqua), inner nuclear layer (yellow), outer plexiform layer (green), ellipsoid zone (blue; not visualized in ( C ) and tapering at the foveal margin in ( F )), retinal pigment epithelium (inner, purple; outer, pink), and choroid (orange). Reproduced with permission from Mangalesh et al.

    Journal: Frontiers in Pediatrics

    Article Title: Preterm infant retinal OCT markers of perinatal health and retinopathy of prematurity

    doi: 10.3389/fped.2023.1238193

    Figure Lengend Snippet: Representative foveal B-scans from macular volumes from swept-source OCT systems in infants with ( A , B , C ) no macular edema and ( D , E , F ) with macular edema. ( B , C , E , F ) Duke OCT Retinal Analysis Program Marking Code Baby version 2.0 semiautomated segmentation at the internal limiting membrane (white), outer borders of the nerve fiber layer (magenta), inner plexiform layer (aqua), inner nuclear layer (yellow), outer plexiform layer (green), ellipsoid zone (blue; not visualized in ( C ) and tapering at the foveal margin in ( F )), retinal pigment epithelium (inner, purple; outer, pink), and choroid (orange). Reproduced with permission from Mangalesh et al.

    Article Snippet: While measurement calipers are available on most commercial OCT systems, we have developed a semiautomatic segmentation process for retinal layers to extract the desired retinal layer thickness customized for infants called the Duke OCT Retinal Analysis Program Marking Code (DOCTRAP) developed in MATLAB (Mathworks., Inc., Natick, MA) ( ) ( , ).

    Techniques: Membrane