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custom image analysis software  (Oxford Instruments)


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    Structured Review

    Oxford Instruments custom image analysis software
    Custom Image Analysis Software, supplied by Oxford Instruments, used in various techniques. Bioz Stars score: 99/100, based on 44064 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/custom+image+analysis+software/Imaris/pmc12932962-11-112-116
    Average 99 stars, based on 44064 article reviews
    custom image analysis software - by Bioz Stars, 2026-09
    99/100 stars

    Images

    Related Articles

    Activation Assay:

    Article Title: Blood Mechanical Intelligence: From Force Sensing to Precision Mechanomedicine
    Article Snippet: Leukocyte , ~0.01–0.15 dynˑcm −2 ; , 100 dynˑcm −2 deadhesion. , B lymphocytes: resting, 104.28 ± 21.77 pN; T lymphocytes: naïve CD4 + T cells, 4–6-fold stiffer than effector CD4 + T cells; effector CD4 + T cells, softer, lower modulus , B lymphocytes: pokeweed-mitogen-activated, 304.16 ± 60.30 pN; Staphylococcus aureus cowan strain I-activated, 249.63 ± 58.03 pN , Activation: 24 h (B cells), 1–5 d (T cell); single-cell interaction, ~12.8-min dwell time (T cell–dendritic cell under flow); AFM, minutes per cell; confocal imaging, 5–20 min , AFM: topography, adhesion force and nanoindentation; laser scanning confocal microscopy: 3D synapse imaging and Ca 2+ flux; finite-element simulation: shear stress profiles in microchannels; custom image-analysis software (Fiji, Imaris, and R) , Lymph-node-mimetic microchannel (e.g., 100 μm in height) with fibronectin-coated dendritic cell monolayer; parallel laminar streams for different T cell populations; precise shear stress control (0.01–100 dynˑcm −2 ); real-time analysis of antigen-specific adhesion and detachment , [ – ] .

    Single Cell:

    Article Title: Blood Mechanical Intelligence: From Force Sensing to Precision Mechanomedicine
    Article Snippet: Leukocyte , ~0.01–0.15 dynˑcm −2 ; , 100 dynˑcm −2 deadhesion. , B lymphocytes: resting, 104.28 ± 21.77 pN; T lymphocytes: naïve CD4 + T cells, 4–6-fold stiffer than effector CD4 + T cells; effector CD4 + T cells, softer, lower modulus , B lymphocytes: pokeweed-mitogen-activated, 304.16 ± 60.30 pN; Staphylococcus aureus cowan strain I-activated, 249.63 ± 58.03 pN , Activation: 24 h (B cells), 1–5 d (T cell); single-cell interaction, ~12.8-min dwell time (T cell–dendritic cell under flow); AFM, minutes per cell; confocal imaging, 5–20 min , AFM: topography, adhesion force and nanoindentation; laser scanning confocal microscopy: 3D synapse imaging and Ca 2+ flux; finite-element simulation: shear stress profiles in microchannels; custom image-analysis software (Fiji, Imaris, and R) , Lymph-node-mimetic microchannel (e.g., 100 μm in height) with fibronectin-coated dendritic cell monolayer; parallel laminar streams for different T cell populations; precise shear stress control (0.01–100 dynˑcm −2 ); real-time analysis of antigen-specific adhesion and detachment , [ – ] .

    Imaging:

    Article Title: Blood Mechanical Intelligence: From Force Sensing to Precision Mechanomedicine
    Article Snippet: Leukocyte , ~0.01–0.15 dynˑcm −2 ; , 100 dynˑcm −2 deadhesion. , B lymphocytes: resting, 104.28 ± 21.77 pN; T lymphocytes: naïve CD4 + T cells, 4–6-fold stiffer than effector CD4 + T cells; effector CD4 + T cells, softer, lower modulus , B lymphocytes: pokeweed-mitogen-activated, 304.16 ± 60.30 pN; Staphylococcus aureus cowan strain I-activated, 249.63 ± 58.03 pN , Activation: 24 h (B cells), 1–5 d (T cell); single-cell interaction, ~12.8-min dwell time (T cell–dendritic cell under flow); AFM, minutes per cell; confocal imaging, 5–20 min , AFM: topography, adhesion force and nanoindentation; laser scanning confocal microscopy: 3D synapse imaging and Ca 2+ flux; finite-element simulation: shear stress profiles in microchannels; custom image-analysis software (Fiji, Imaris, and R) , Lymph-node-mimetic microchannel (e.g., 100 μm in height) with fibronectin-coated dendritic cell monolayer; parallel laminar streams for different T cell populations; precise shear stress control (0.01–100 dynˑcm −2 ); real-time analysis of antigen-specific adhesion and detachment , [ – ] .

    Confocal Microscopy:

    Article Title: Blood Mechanical Intelligence: From Force Sensing to Precision Mechanomedicine
    Article Snippet: Leukocyte , ~0.01–0.15 dynˑcm −2 ; , 100 dynˑcm −2 deadhesion. , B lymphocytes: resting, 104.28 ± 21.77 pN; T lymphocytes: naïve CD4 + T cells, 4–6-fold stiffer than effector CD4 + T cells; effector CD4 + T cells, softer, lower modulus , B lymphocytes: pokeweed-mitogen-activated, 304.16 ± 60.30 pN; Staphylococcus aureus cowan strain I-activated, 249.63 ± 58.03 pN , Activation: 24 h (B cells), 1–5 d (T cell); single-cell interaction, ~12.8-min dwell time (T cell–dendritic cell under flow); AFM, minutes per cell; confocal imaging, 5–20 min , AFM: topography, adhesion force and nanoindentation; laser scanning confocal microscopy: 3D synapse imaging and Ca 2+ flux; finite-element simulation: shear stress profiles in microchannels; custom image-analysis software (Fiji, Imaris, and R) , Lymph-node-mimetic microchannel (e.g., 100 μm in height) with fibronectin-coated dendritic cell monolayer; parallel laminar streams for different T cell populations; precise shear stress control (0.01–100 dynˑcm −2 ); real-time analysis of antigen-specific adhesion and detachment , [ – ] .

    Shear:

    Article Title: Blood Mechanical Intelligence: From Force Sensing to Precision Mechanomedicine
    Article Snippet: Leukocyte , ~0.01–0.15 dynˑcm −2 ; , 100 dynˑcm −2 deadhesion. , B lymphocytes: resting, 104.28 ± 21.77 pN; T lymphocytes: naïve CD4 + T cells, 4–6-fold stiffer than effector CD4 + T cells; effector CD4 + T cells, softer, lower modulus , B lymphocytes: pokeweed-mitogen-activated, 304.16 ± 60.30 pN; Staphylococcus aureus cowan strain I-activated, 249.63 ± 58.03 pN , Activation: 24 h (B cells), 1–5 d (T cell); single-cell interaction, ~12.8-min dwell time (T cell–dendritic cell under flow); AFM, minutes per cell; confocal imaging, 5–20 min , AFM: topography, adhesion force and nanoindentation; laser scanning confocal microscopy: 3D synapse imaging and Ca 2+ flux; finite-element simulation: shear stress profiles in microchannels; custom image-analysis software (Fiji, Imaris, and R) , Lymph-node-mimetic microchannel (e.g., 100 μm in height) with fibronectin-coated dendritic cell monolayer; parallel laminar streams for different T cell populations; precise shear stress control (0.01–100 dynˑcm −2 ); real-time analysis of antigen-specific adhesion and detachment , [ – ] .

    Software:

    Article Title: Blood Mechanical Intelligence: From Force Sensing to Precision Mechanomedicine
    Article Snippet: Leukocyte , ~0.01–0.15 dynˑcm −2 ; , 100 dynˑcm −2 deadhesion. , B lymphocytes: resting, 104.28 ± 21.77 pN; T lymphocytes: naïve CD4 + T cells, 4–6-fold stiffer than effector CD4 + T cells; effector CD4 + T cells, softer, lower modulus , B lymphocytes: pokeweed-mitogen-activated, 304.16 ± 60.30 pN; Staphylococcus aureus cowan strain I-activated, 249.63 ± 58.03 pN , Activation: 24 h (B cells), 1–5 d (T cell); single-cell interaction, ~12.8-min dwell time (T cell–dendritic cell under flow); AFM, minutes per cell; confocal imaging, 5–20 min , AFM: topography, adhesion force and nanoindentation; laser scanning confocal microscopy: 3D synapse imaging and Ca 2+ flux; finite-element simulation: shear stress profiles in microchannels; custom image-analysis software (Fiji, Imaris, and R) , Lymph-node-mimetic microchannel (e.g., 100 μm in height) with fibronectin-coated dendritic cell monolayer; parallel laminar streams for different T cell populations; precise shear stress control (0.01–100 dynˑcm −2 ); real-time analysis of antigen-specific adhesion and detachment , [ – ] .

    Control:

    Article Title: Blood Mechanical Intelligence: From Force Sensing to Precision Mechanomedicine
    Article Snippet: Leukocyte , ~0.01–0.15 dynˑcm −2 ; , 100 dynˑcm −2 deadhesion. , B lymphocytes: resting, 104.28 ± 21.77 pN; T lymphocytes: naïve CD4 + T cells, 4–6-fold stiffer than effector CD4 + T cells; effector CD4 + T cells, softer, lower modulus , B lymphocytes: pokeweed-mitogen-activated, 304.16 ± 60.30 pN; Staphylococcus aureus cowan strain I-activated, 249.63 ± 58.03 pN , Activation: 24 h (B cells), 1–5 d (T cell); single-cell interaction, ~12.8-min dwell time (T cell–dendritic cell under flow); AFM, minutes per cell; confocal imaging, 5–20 min , AFM: topography, adhesion force and nanoindentation; laser scanning confocal microscopy: 3D synapse imaging and Ca 2+ flux; finite-element simulation: shear stress profiles in microchannels; custom image-analysis software (Fiji, Imaris, and R) , Lymph-node-mimetic microchannel (e.g., 100 μm in height) with fibronectin-coated dendritic cell monolayer; parallel laminar streams for different T cell populations; precise shear stress control (0.01–100 dynˑcm −2 ); real-time analysis of antigen-specific adhesion and detachment , [ – ] .



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