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cool-b65 coil  (MagVenture inc)

 
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    Structured Review

    MagVenture inc cool-b65 coil
    Cool B65 Coil, supplied by MagVenture 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/magventure_cool-b65+coil/cool+b65+coil/nct06422559-0-23-17
    Average 90 stars, based on 1 article reviews
    cool-b65 coil - by Bioz Stars, 2026-10
    90/100 stars

    Images

    Related Articles

    Transformation Assay:

    Article Title: Reduced auditory perception and brain response with quiet TMS coil
    Article Snippet: The Cool-B65 coil (MagVenture, Denmark) served as a benchmark for the evaluation of the qTMS-DCC.

    Article Title: Personalized electric field simulations of deformable large TMS coils based on automatic position and shape optimization
    Article Snippet: E-field optimization of the MagVenture Cool-B65 coil: As the Cool-B65 coil is used for focal stimulation, we defined the hand knob area of the left precentral gyrus as an example target ROI ( ).

    Article Title: Reduced auditory perception and brain response with quiet TMS coil
    Article Snippet: In this within-subject study in healthy human volunteers, we quantified the performance of qTMS-DCC and compared it to the standard MagVenture Cool-B65 coil.

    Article Title: Accelerated Intermittent Theta Burst Stimulation in Unipolar Versus Bipolar Depression
    Article Snippet: We will apply stimulatory TMS protocol for participants with Unipolar depression and participants with bipolar depression using MagVenture MagPro R30 stimulator with the Cool-B65 coil

    Article Title: Personalized electric field simulations of deformable large TMS coils based on automatic position and shape optimization
    Article Snippet: We additionally compared our approach to a previously published grid search approach, with the aim to maximize the E-field strength induced by a flat and rigid coil (Magventure Cool-B65) in a small target ROI.

    Article Title: Personalized electric field simulations of deformable large TMS coils based on automatic position and shape optimization
    Article Snippet: To evaluate the general performance of our approach, we compared our e-field optimization results for the non-flexible MagVenture Cool-B65 coil to a standard grid search approach [ ].

    Article Title: Personalized electric field simulations of deformable large TMS coils based on automatic position and shape optimization
    Article Snippet: The E-field strength induced by a Magventure Cool-B65 coil in a left precentral gyrus ROI covering the primary motor hand area (handknob) was additionally optimized using only the local L-BFGS-B search and compared to the results of naïve grid searches. shows the differences of the achieved E-field strength in the ROI when compared to a lower-resolution grid search for all 1100 head models. shows the corresponding results compared to a high-resolution grid search for a sub-group of 48 head models.

    Article Title: Personalized electric field simulations of deformable large TMS coils based on automatic position and shape optimization
    Article Snippet: Overall, the results for the Magventure Cool-B65 coil suggest that the new optimization approach can serve as a general approach for all coil types including standard flat and rigid coils.

    Comparison:

    Article Title: Reduced auditory perception and brain response with quiet TMS coil
    Article Snippet: The Cool-B65 coil (MagVenture, Denmark) served as a benchmark for the evaluation of the qTMS-DCC.

    Article Title: Personalized electric field simulations of deformable large TMS coils based on automatic position and shape optimization
    Article Snippet: E-field optimization of the MagVenture Cool-B65 coil: As the Cool-B65 coil is used for focal stimulation, we defined the hand knob area of the left precentral gyrus as an example target ROI ( ).

    Article Title: Reduced auditory perception and brain response with quiet TMS coil
    Article Snippet: In this within-subject study in healthy human volunteers, we quantified the performance of qTMS-DCC and compared it to the standard MagVenture Cool-B65 coil.

    Article Title: Accelerated Intermittent Theta Burst Stimulation in Unipolar Versus Bipolar Depression
    Article Snippet: We will apply stimulatory TMS protocol for participants with Unipolar depression and participants with bipolar depression using MagVenture MagPro R30 stimulator with the Cool-B65 coil

    Article Title: Personalized electric field simulations of deformable large TMS coils based on automatic position and shape optimization
    Article Snippet: We additionally compared our approach to a previously published grid search approach, with the aim to maximize the E-field strength induced by a flat and rigid coil (Magventure Cool-B65) in a small target ROI.

    Article Title: Personalized electric field simulations of deformable large TMS coils based on automatic position and shape optimization
    Article Snippet: To evaluate the general performance of our approach, we compared our e-field optimization results for the non-flexible MagVenture Cool-B65 coil to a standard grid search approach [ ].

    Article Title: Personalized electric field simulations of deformable large TMS coils based on automatic position and shape optimization
    Article Snippet: The E-field strength induced by a Magventure Cool-B65 coil in a left precentral gyrus ROI covering the primary motor hand area (handknob) was additionally optimized using only the local L-BFGS-B search and compared to the results of naïve grid searches. shows the differences of the achieved E-field strength in the ROI when compared to a lower-resolution grid search for all 1100 head models. shows the corresponding results compared to a high-resolution grid search for a sub-group of 48 head models.

    Article Title: Personalized electric field simulations of deformable large TMS coils based on automatic position and shape optimization
    Article Snippet: Overall, the results for the Magventure Cool-B65 coil suggest that the new optimization approach can serve as a general approach for all coil types including standard flat and rigid coils.

    Titration:

    Article Title: Reduced auditory perception and brain response with quiet TMS coil
    Article Snippet: The Cool-B65 coil (MagVenture, Denmark) served as a benchmark for the evaluation of the qTMS-DCC.

    Article Title: Personalized electric field simulations of deformable large TMS coils based on automatic position and shape optimization
    Article Snippet: E-field optimization of the MagVenture Cool-B65 coil: As the Cool-B65 coil is used for focal stimulation, we defined the hand knob area of the left precentral gyrus as an example target ROI ( ).

    Article Title: Reduced auditory perception and brain response with quiet TMS coil
    Article Snippet: In this within-subject study in healthy human volunteers, we quantified the performance of qTMS-DCC and compared it to the standard MagVenture Cool-B65 coil.

    Article Title: Accelerated Intermittent Theta Burst Stimulation in Unipolar Versus Bipolar Depression
    Article Snippet: We will apply stimulatory TMS protocol for participants with Unipolar depression and participants with bipolar depression using MagVenture MagPro R30 stimulator with the Cool-B65 coil

    Article Title: Personalized electric field simulations of deformable large TMS coils based on automatic position and shape optimization
    Article Snippet: We additionally compared our approach to a previously published grid search approach, with the aim to maximize the E-field strength induced by a flat and rigid coil (Magventure Cool-B65) in a small target ROI.

    Article Title: Personalized electric field simulations of deformable large TMS coils based on automatic position and shape optimization
    Article Snippet: To evaluate the general performance of our approach, we compared our e-field optimization results for the non-flexible MagVenture Cool-B65 coil to a standard grid search approach [ ].

    Article Title: Personalized electric field simulations of deformable large TMS coils based on automatic position and shape optimization
    Article Snippet: The E-field strength induced by a Magventure Cool-B65 coil in a left precentral gyrus ROI covering the primary motor hand area (handknob) was additionally optimized using only the local L-BFGS-B search and compared to the results of naïve grid searches. shows the differences of the achieved E-field strength in the ROI when compared to a lower-resolution grid search for all 1100 head models. shows the corresponding results compared to a high-resolution grid search for a sub-group of 48 head models.

    Article Title: Personalized electric field simulations of deformable large TMS coils based on automatic position and shape optimization
    Article Snippet: Overall, the results for the Magventure Cool-B65 coil suggest that the new optimization approach can serve as a general approach for all coil types including standard flat and rigid coils.



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