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fiberoptic temperature probe model 3100 sensors  (Luxtron Corporation)

 
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    Structured Review

    Luxtron Corporation fiberoptic temperature probe model 3100 sensors
    Representative dataset for the mock hyperthermia treatment. a) T2-weighted image of RBM sample. The ROI used to calculate temperature is outlined in red. b) the <t>fiberoptic</t> and MSE-HOT temperature measurements obtained during heating and cooling of the RBM sample. c) temperature maps overlaid on T2-weighted images during heating and cooling of RBM sample.
    Fiberoptic Temperature Probe Model 3100 Sensors, supplied by Luxtron Corporation, 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/fiberoptic+temperature+probe+3100/fluoroptic+thermometry+system+model+3100/pmc04681701-155-1-7
    Average 90 stars, based on 1 article reviews
    fiberoptic temperature probe model 3100 sensors - by Bioz Stars, 2026-09
    90/100 stars

    Images

    1) Product Images from "Multi-spin-echo spatial encoding provides three-fold improvement of temperature precision during intermolecular zero quantum thermometry"

    Article Title: Multi-spin-echo spatial encoding provides three-fold improvement of temperature precision during intermolecular zero quantum thermometry

    Journal: Magnetic resonance in medicine

    doi: 10.1002/mrm.25789

    Representative dataset for the mock hyperthermia treatment. a) T2-weighted image of RBM sample. The ROI used to calculate temperature is outlined in red. b) the fiberoptic and MSE-HOT temperature measurements obtained during heating and cooling of the RBM sample. c) temperature maps overlaid on T2-weighted images during heating and cooling of RBM sample.
    Figure Legend Snippet: Representative dataset for the mock hyperthermia treatment. a) T2-weighted image of RBM sample. The ROI used to calculate temperature is outlined in red. b) the fiberoptic and MSE-HOT temperature measurements obtained during heating and cooling of the RBM sample. c) temperature maps overlaid on T2-weighted images during heating and cooling of RBM sample.

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    Representative dataset for the mock hyperthermia treatment. a) T2-weighted image of RBM sample. The ROI used to calculate temperature is outlined in red. b) the <t>fiberoptic</t> and MSE-HOT temperature measurements obtained during heating and cooling of the RBM sample. c) temperature maps overlaid on T2-weighted images during heating and cooling of RBM sample.
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    Representative dataset for the mock hyperthermia treatment. a) T2-weighted image of RBM sample. The ROI used to calculate temperature is outlined in red. b) the <t>fiberoptic</t> and MSE-HOT temperature measurements obtained during heating and cooling of the RBM sample. c) temperature maps overlaid on T2-weighted images during heating and cooling of RBM sample.
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    Representative dataset for the mock hyperthermia treatment. a) T2-weighted image of RBM sample. The ROI used to calculate temperature is outlined in red. b) the <t>fiberoptic</t> and MSE-HOT temperature measurements obtained during heating and cooling of the RBM sample. c) temperature maps overlaid on T2-weighted images during heating and cooling of RBM sample.
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    Image Search Results


    Representative dataset for the mock hyperthermia treatment. a) T2-weighted image of RBM sample. The ROI used to calculate temperature is outlined in red. b) the fiberoptic and MSE-HOT temperature measurements obtained during heating and cooling of the RBM sample. c) temperature maps overlaid on T2-weighted images during heating and cooling of RBM sample.

    Journal: Magnetic resonance in medicine

    Article Title: Multi-spin-echo spatial encoding provides three-fold improvement of temperature precision during intermolecular zero quantum thermometry

    doi: 10.1002/mrm.25789

    Figure Lengend Snippet: Representative dataset for the mock hyperthermia treatment. a) T2-weighted image of RBM sample. The ROI used to calculate temperature is outlined in red. b) the fiberoptic and MSE-HOT temperature measurements obtained during heating and cooling of the RBM sample. c) temperature maps overlaid on T2-weighted images during heating and cooling of RBM sample.

    Article Snippet: A fiberoptic temperature probe (model 3100 sensors, Luxtron Corp., Santa Clara, California, USA) was placed in a hole drilled in the red marrow.

    Techniques: