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matlab-based program with a graphical user interface (gui)  (MathWorks Inc)


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    MathWorks Inc matlab-based program with a graphical user interface (gui)
    Matlab Based Program With A Graphical User Interface (Gui), 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/graphic+user+interface+(gui)+program/pm35888438-198-1-1
    Average 90 stars, based on 1 article reviews
    matlab-based program with a graphical user interface (gui) - by Bioz Stars, 2026-09
    90/100 stars

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    Article Title: SART1 uniquely localizes to spindle poles forming a SART1 cap and promotes spindle pole assembly.
    Article Snippet: After processing raw data with ImageJ, we used a MATLAB-based program to detect and track the tips of polymerizing MTs.

    Article Title: Making continental crust on water-bearing terrestrial planets
    Article Snippet: M. Guillong, D. L. Meier, M. M. Allan, C. A. Heinrich, B. W. Yardley, Appendix A6: SILLS: A MATLAB- based program for the reduction of laser ablation ICP- MS data of homogeneous materials and inclusions.

    Article Title: Polyelectrolyte nanofiltration membranes for base separation and recovery.
    Article Snippet: A MATLAB-based program was used to analyze the titration curve from the automatic titrator and calculated the carbonate and phosphate concentrations.

    Article Title: Ultra-light antennas via charge programmed deposition additive manufacturing.
    Article Snippet: The transmitarray antennas were designed using a MATLAB-based program, and the CAD model was generated in CST studio for full-wave analysis.

    Article Title: Green-synthesized silver nanoparticle-modulated polydiacetylene-based colorimetric pesticide sensor
    Article Snippet: To determine pesticide concentration from the colorimetric response, a MATLAB-based program was developed for analyzing the RGB values corresponding to colour changes before and after exposure.

    Article Title: Distorted body representation in adolescent girls with anorexia nervosa.
    Article Snippet: Background: A core symptom of anorexia nervosa (AN) is a distorted body representation.. AN often has an onset in puberty.. Therefore, it is pivotal to gain a better understanding of these distortions in adolescents with AN.

    Article Title: Numerical modeling of vessel’s wave-induced responses based on fast surface pressure method
    Article Snippet: Accurate calculation of a vessel’s wave-induced responses is critical for ensuring operational safety and efficiency.. Additionally, for shipboard systems involving control and human-in-the-loop scenarios, the real-time performance of the aforementioned response calculations is also crucial.. This study, based on rigorous kinematic and dynamic derivations, developed a vessel three-degree-of-freedom (3DOF) perturbation numerical model in waves driven by nonlinear Froude–Krylov forces (F–K forces), linear hydrodynamic forces, and weak nonlinear restoring forces.

    Software:

    Article Title: Status of macromolecular crystallography beamlines at SSRF
    Article Snippet: .. Additionally, a locally developed MATLAB-based program, known as Laueprocess , is utilized for analyzing the collected Laue diffraction patterns from protein crystals, based on the Lauegen software (Campbell, 1995 ; Campbell et al. , 1998 ; Hao et al. , 2021 ). ..



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    (A) Block diagram and (B) photograph of the portable DF-HRME imaging system. The distal tip of a thin, flexible fiber optic bundle is enclosed in a 3D-printed probe holder and placed in contact with the tissue epithelium. The probe relays the image to the portable optical system at the proximal end of the bundle. The system is controlled via a <t>GUI</t> on a laptop; high resolution video of microvasculature is displayed in real time without the need for an exogenous contrast agent. (C) Optical diagram of the DF-HRME. Scanning darkfield illumination is used to enable reflectance imaging of microvasculature through the fiber bundle. A DLP is used to project a scanning structured illumination pattern at the proximal face of the fiber bundle; synchronized detection is performed using a CMOS camera. An offset is introduced between the illumination and detection apertures to reduce internal reflection. Arrows indicate the directions of scanning at the probe surfaces, DLP and CMOS camera. DF-HRME: scanning darkfield high-resolution microendoscope; DLP: digital light projector; CMOS: complementary metal-oxide semiconductor camera; GUI: graphical user interface.
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    (A) Block diagram and (B) photograph of the portable DF-HRME imaging system. The distal tip of a thin, flexible fiber optic bundle is enclosed in a 3D-printed probe holder and placed in contact with the tissue epithelium. The probe relays the image to the portable optical system at the proximal end of the bundle. The system is controlled via a GUI on a laptop; high resolution video of microvasculature is displayed in real time without the need for an exogenous contrast agent. (C) Optical diagram of the DF-HRME. Scanning darkfield illumination is used to enable reflectance imaging of microvasculature through the fiber bundle. A DLP is used to project a scanning structured illumination pattern at the proximal face of the fiber bundle; synchronized detection is performed using a CMOS camera. An offset is introduced between the illumination and detection apertures to reduce internal reflection. Arrows indicate the directions of scanning at the probe surfaces, DLP and CMOS camera. DF-HRME: scanning darkfield high-resolution microendoscope; DLP: digital light projector; CMOS: complementary metal-oxide semiconductor camera; GUI: graphical user interface.

    Journal: Biomedical Optics Express

    Article Title: Scanning darkfield high-resolution microendoscope for label-free microvascular imaging

    doi: 10.1364/BOE.498584

    Figure Lengend Snippet: (A) Block diagram and (B) photograph of the portable DF-HRME imaging system. The distal tip of a thin, flexible fiber optic bundle is enclosed in a 3D-printed probe holder and placed in contact with the tissue epithelium. The probe relays the image to the portable optical system at the proximal end of the bundle. The system is controlled via a GUI on a laptop; high resolution video of microvasculature is displayed in real time without the need for an exogenous contrast agent. (C) Optical diagram of the DF-HRME. Scanning darkfield illumination is used to enable reflectance imaging of microvasculature through the fiber bundle. A DLP is used to project a scanning structured illumination pattern at the proximal face of the fiber bundle; synchronized detection is performed using a CMOS camera. An offset is introduced between the illumination and detection apertures to reduce internal reflection. Arrows indicate the directions of scanning at the probe surfaces, DLP and CMOS camera. DF-HRME: scanning darkfield high-resolution microendoscope; DLP: digital light projector; CMOS: complementary metal-oxide semiconductor camera; GUI: graphical user interface.

    Article Snippet: A graphical user interface (GUI) programmed in MATLAB (The MathWorks, Natick, Massachusetts) is implemented on a laptop to control the DF-HRME and display images in real-time.

    Techniques: Blocking Assay, Imaging