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Caliper analyze software

Manufactured by AnalyzeDirect
Sourced in United States

Caliper Analyze software provides a comprehensive platform for the analysis of caliper measurements. It offers tools for data visualization, statistical analysis, and reporting, enabling users to effectively interpret and communicate caliper-related information.

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4 protocols using caliper analyze software

1

Quantifying Arthritic Bone Damage in Mice

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Clinical arthritis was assessed daily, and the arthritic score was evaluated every 3 days from day 24 after primary immunization to the end of the experiment period according to a scoring system (Zhang et al., 2017 (link)). Mice were scanned and reconstructed into a three-dimensional (3D) structure via micro-CT imaging (Quantum GX, Perkin Elmer, Waltham, United States) to evaluate joint bone damages on day 40 after the initial collagen injection. The mean CT values of the hind paws were calculated with Caliper Analyze software (Analyze Direct, Kansas, United States) to assess bone loss (Wang et al., 2019 (link)).
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2

Evaluating Exosomes' Impact on Arthritis

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Clinical arthritis was assessed daily from Day 21 after primary immunization, and the arthritic score was evaluated every 3 days until the end of the experimental period according to a standard scoring system.4 (link) At the end of this study (Day 40 after the initial collagen injection), micro-CT imaging (Quantum GX, Perkin Elmer, Waltham, USA) was conducted to investigate the effects of exosomes on the three-dimensional (3D) bone structure. Mean CT values of hind paws and knee joints were calculated with Caliper Analyze software (Analyze Direct, Kansas, USA) to assess bone loss.
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3

Micro-CT Imaging of Aortic Tissues

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Aortas were immersed in corn oil and imaged (90 kV, 88 mAs, 18 × 18 voxel size, 0.2 mm Cu filter) using a Quantum GX Micro-CT Imaging System (PerkinElmer). All CT scans were visualized and reconstructed using Caliper Analyze software (Analyze Direct, Inc.). Prior to analysis, each scan underwent stoichiometric Hounsfield unit calibration using the air above the sample and the specimen stage to obtain accurate relationships between CT Hounsfield units and electron densities. Aortic tissues and gold nanoparticle signals were segmented separately and analyzed using the Caliper software volume-rendering feature.
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4

Evaluating 3D Bone Structure via Micro-CT Imaging

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To investigate the effects of ATO on the three-dimensional (3D) bone structure, we conducted an assay using microcomputed tomography (micro-CT) imaging (Quantum GX, Perkin Elmer, Waltham, USA). Mice were scanned and reconstructed into a 3D structure via micro-CT imaging 39 days after the initial collagen injection. The voxel size was 72 μm, the X-ray tube voltage was 90 KV, the current was 88 μA, and the exposure time was 4 min. Mean CT values of the hind paws were calculated with Caliper Analyze software (Analyze Direct, Kansas, USA) to assess bone loss.
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