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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
    Duke Oct Retinal Analysis Program Marking Code Version 61.4.2, 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/pm31047330-71-15-24
    Average 90 stars, based on 1 article reviews
    duke oct retinal analysis program marking code version 61.4.2 - by Bioz Stars, 2026-10
    90/100 stars

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    Article Title: Spatial selectivity in visual detection suffers when attention is divided
    Article Snippet: Stimuli were displayed using Psychophysics Toolbox 3.0.11 for Matlab R2012a (Brainard, ).

    Article Title: Maladaptive Compensatory Neural Mechanisms Associated with Activity-Related Osteoarthritis Pain: Dissociation of Psychological and Activity-Related Neural Mechanisms of WOMAC Pain and VAS Pain.
    Article Snippet: We exported the data for offline analysis with EEGLab [47] and MATLAB (MATLAB R2012a, The MathWorks Inc., Natick, MA, USA, 2000).

    Article Title: Spatial selectivity in visual detection suffers when attention is divided.
    Article Snippet: Stimuli were displayed using Psychophysics Toolbox 3.0.11 for Matlab R2012a (Brainard, 1997).

    Article Title: Modulation of auditory peripersonal space by approaching and receding sources moving in discrete trajectories.
    Article Snippet: The region of space immediately surrounding the body, where we can interact with the outside world using our limbs, is commonly known as the peripersonal space (PPS).. The representation of this region in the brain is dynamic and can be influenced by kinematic properties of the stimulus such as speed and direction.. It has been shown that visual or auditory approaching objects expand the observer’s PPS, supporting the hypothesis of an anticipation mechanism that prioritizes approaching stimuli to better react to potential threats.

    Software:

    Article Title: Multi-Level Thresholding Based on Composite Local Contour Shannon Entropy Under Multiscale Multiplication Transform.
    Article Snippet: .. The main software and hardware parameters used for testing are as follows: Intel Core i7-7700HQ CPU (2.80 GHz) (Intel Corporation, Santa Clara, CA, USA), 8 GB DDR4 memory (Samsung Electronics Co., Suwon, Republic of Korea), 64-bit Windows 10 operating system, and MATLAB R2012a as the integrated development environment. ..

    Article Title: Striatal cue-reactivity and neurotransmitter function in gambling disorder.
    Article Snippet: .. Briefly, image realignment and coregistration were performed using SPM8 software in MATLAB R2012a. ..

    Selection:

    Article Title: Fourier transformed near-infrared combined with chemometric analysis: Sustainable quantification of natural laxatives in Cassia plants.
    Article Snippet: • Sennoside A and B in leaves, flowers, and pods were predicted by FT-NIR

    Analysis:

    Article Title: Molecular-level insights into dissolved organic matter during Ulva prolifera degradation and its regulation on the environmental behaviour of the organic pollutant tributyl phosphate.
    Article Snippet: Macroalgal blooms have frequently occurred in coastal waters, and a large amount of algogenic dissolved organic matter (DOM) is input into seawater as macroalgae degraded.. It undergoes continuous changes under microbial degradation; however, the impact of microbially-modified marine DOM on the environmental behaviour of organic pollutants remains underexplored.. This study focused on Ulva prolifera, the dominant species in green tides, and investigated the molecular diversity of DOM from U. prolifera degradation over a 100-day period and the role of DOM at different time points in the adsorption of organophosphate flame retardants onto goethite.



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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 (doctrap) marking code version 61.4.2 - by Bioz Stars, 2026-10
    90/100 stars
    		  Buy from Supplier
    duke oct retinal analysis program marking code version 61.4.2  (MathWorks Inc)
    90
    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.
    Duke Oct Retinal Analysis Program Marking Code Version 61.4.2, 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/pm31047330-71-15-24
    Average 90 stars, based on 1 article reviews
    duke oct retinal analysis program marking code version 61.4.2 - by Bioz Stars, 2026-10
    90/100 stars
    		  Buy from Supplier

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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