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force displacement curves  (Oxford Instruments)


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    Structured Review

    Oxford Instruments force displacement curves
    Force Displacement Curves, supplied by Oxford Instruments, used in various techniques. Bioz Stars score: 98/100, based on 2253 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/displacement/MFP-3D-BIO/10__1016_slash_j__biomaterials__2026__124345-206-0-20
    Average 98 stars, based on 2253 article reviews
    force displacement curves - by Bioz Stars, 2026-09
    98/100 stars

    Images

    Related Articles

    Software:

    Article Title: Live longitudinal imaging of meningeal cerebrovascular injury and its sequelae in adult zebrafish
    Article Snippet: .. Computation of track speed and displacement was done by the Imaris distance-detection Matlab algorithms within the software. .. The color mapping of speed on Imaris tracks was done in the “color” tab, setting the color type to “statistics coded” for speed, and applying it to the tracks.

    Inhibition:

    Article Title: IL-7 promotes naïve T cell motility to enable T cell scanning of dendritic cells in the LN
    Article Snippet: .. T cells in videos were tracked with semi-automated tracking with manual editing, with no filtering for minimum displacement (Imaris; Bitplane, Inc.). (A) T cell track speeds before and after addition of Jak inhibitor Ruxolitinib (1 μM; A), Tofacitinib (1 μM; B), or STAT5 inhibition (50 μM; C). (A) Before Rux addition, median track speed mean = 8.9 μm min-1 (n = 408 tracks). ..

    Article Title: IL-7 promotes naïve T cell motility to enable T cell scanning of dendritic cells in the LN.
    Article Snippet: .. Each time-lapse z-stack was acquired for 15–45 min. T cells in videos were tracked with semi-automated tracking with manual editing, with no filtering for minimum displacement (Imaris; Bitplane, Inc.). (A) T cell track speeds before and after addition of Jak inhibitor Ruxolitinib (1 μM; A), Tofacitinib (1 μM, B), or STAT5 inhibition (50 μM, C). (A) Before Rux addition, median track speed mean = 8.9 μm min-1 (n = 408 tracks). ..

    other:

    Article Title: IL-7R and CCR7 Regulate Distinct Metabolic Pathways in Naïve T Cells to Promote T Cell Motility
    Article Snippet: T cells in videos were tracked with semi-automated tracking with manual editing, with no ltering for minimum displacement (Imaris; Bitplane, Inc.).

    Article Title: IL-7 promotes naïve T cell motility to enable T cell scanning of dendritic cells in the LN
    Article Snippet: T cells in videos were tracked with semi-automated tracking with manual editing, with no filtering for minimum displacement (Imaris; Bitplane, Inc.).



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    ( A ) Schematic illustration of the magnetic actuation mechanism and locomotion principle. ( B ) Simulated magnetic field distribution map and magnetic force analysis. ( C ) Comparison of the measured and simulated pulling force ( F x ) and lifting force ( F z ) at a 15-mm vertical distance. ( D ) Assessment of SeroTab’s head-lifting <t>displacement.</t> ( E ) Demonstration of SeroTab’ ability to overcome small obstacles and ( F ) big obstacles (movie S2). ( G ) Maneuverability tests of sliding motion on tissue surface (movie S3) and ( H ) a tubular organ ex vivo (movie S4). ( I ) Targeted motion and liquid sampling on an opened porcine stomach (movie S5). ( J ) Schematic representation of in vivo testing setups. ( K ) Endoscopic observation (movie S8) of SeroTab’s movement to assist with ( L ) visualization using a US imaging system (movie S9) (for comparative purposes, endoscopy is used exclusively in this phase of the experiment alongside US imaging). Illustrations created by the authors using Adobe Illustrator.
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    ( A ) Schematic illustration of the magnetic actuation mechanism and locomotion principle. ( B ) Simulated magnetic field distribution map and magnetic force analysis. ( C ) Comparison of the measured and simulated pulling force ( F x ) and lifting force ( F z ) at a 15-mm vertical distance. ( D ) Assessment of SeroTab’s head-lifting <t>displacement.</t> ( E ) Demonstration of SeroTab’ ability to overcome small obstacles and ( F ) big obstacles (movie S2). ( G ) Maneuverability tests of sliding motion on tissue surface (movie S3) and ( H ) a tubular organ ex vivo (movie S4). ( I ) Targeted motion and liquid sampling on an opened porcine stomach (movie S5). ( J ) Schematic representation of in vivo testing setups. ( K ) Endoscopic observation (movie S8) of SeroTab’s movement to assist with ( L ) visualization using a US imaging system (movie S9) (for comparative purposes, endoscopy is used exclusively in this phase of the experiment alongside US imaging). Illustrations created by the authors using Adobe Illustrator.
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    ( A ) Schematic illustration of the magnetic actuation mechanism and locomotion principle. ( B ) Simulated magnetic field distribution map and magnetic force analysis. ( C ) Comparison of the measured and simulated pulling force ( F x ) and lifting force ( F z ) at a 15-mm vertical distance. ( D ) Assessment of SeroTab’s head-lifting <t>displacement.</t> ( E ) Demonstration of SeroTab’ ability to overcome small obstacles and ( F ) big obstacles (movie S2). ( G ) Maneuverability tests of sliding motion on tissue surface (movie S3) and ( H ) a tubular organ ex vivo (movie S4). ( I ) Targeted motion and liquid sampling on an opened porcine stomach (movie S5). ( J ) Schematic representation of in vivo testing setups. ( K ) Endoscopic observation (movie S8) of SeroTab’s movement to assist with ( L ) visualization using a US imaging system (movie S9) (for comparative purposes, endoscopy is used exclusively in this phase of the experiment alongside US imaging). Illustrations created by the authors using Adobe Illustrator.
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    Image Search Results


    ( A ) Schematic illustration of the magnetic actuation mechanism and locomotion principle. ( B ) Simulated magnetic field distribution map and magnetic force analysis. ( C ) Comparison of the measured and simulated pulling force ( F x ) and lifting force ( F z ) at a 15-mm vertical distance. ( D ) Assessment of SeroTab’s head-lifting displacement. ( E ) Demonstration of SeroTab’ ability to overcome small obstacles and ( F ) big obstacles (movie S2). ( G ) Maneuverability tests of sliding motion on tissue surface (movie S3) and ( H ) a tubular organ ex vivo (movie S4). ( I ) Targeted motion and liquid sampling on an opened porcine stomach (movie S5). ( J ) Schematic representation of in vivo testing setups. ( K ) Endoscopic observation (movie S8) of SeroTab’s movement to assist with ( L ) visualization using a US imaging system (movie S9) (for comparative purposes, endoscopy is used exclusively in this phase of the experiment alongside US imaging). Illustrations created by the authors using Adobe Illustrator.

    Journal: Science Advances

    Article Title: Electronics-free soft robotic minitablet for on-demand gastric molecular sensing and diagnostics in vivo

    doi: 10.1126/sciadv.aea3309

    Figure Lengend Snippet: ( A ) Schematic illustration of the magnetic actuation mechanism and locomotion principle. ( B ) Simulated magnetic field distribution map and magnetic force analysis. ( C ) Comparison of the measured and simulated pulling force ( F x ) and lifting force ( F z ) at a 15-mm vertical distance. ( D ) Assessment of SeroTab’s head-lifting displacement. ( E ) Demonstration of SeroTab’ ability to overcome small obstacles and ( F ) big obstacles (movie S2). ( G ) Maneuverability tests of sliding motion on tissue surface (movie S3) and ( H ) a tubular organ ex vivo (movie S4). ( I ) Targeted motion and liquid sampling on an opened porcine stomach (movie S5). ( J ) Schematic representation of in vivo testing setups. ( K ) Endoscopic observation (movie S8) of SeroTab’s movement to assist with ( L ) visualization using a US imaging system (movie S9) (for comparative purposes, endoscopy is used exclusively in this phase of the experiment alongside US imaging). Illustrations created by the authors using Adobe Illustrator.

    Article Snippet: US imaging (EPIQ7c, Philips, The Netherlands) was subsequently used to visualize the device in situ and monitor pH-responsive deformation through the displacement of embedded metal markers.

    Techniques: Comparison, Ex Vivo, Sampling, In Vivo, Imaging