Publications
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MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventions
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Read more →: MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventionsCONCLUSION: This work presents a novel modularizable and low-cost PVA-C based APB to mimic fundamental organ motion. Beside a further organ motion analysis, an optimization of APB’s chemical composition is needed to ensure a realistic motion simulation and reproducible long-term use. This phantom enhances diverse and varied training environments for prospective physicians as well as…
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MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventions
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Read more →: MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventionsCONCLUSION: This work presents a novel modularizable and low-cost PVA-C based APB to mimic fundamental organ motion. Beside a further organ motion analysis, an optimization of APB’s chemical composition is needed to ensure a realistic motion simulation and reproducible long-term use. This phantom enhances diverse and varied training environments for prospective physicians as well as…
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MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventions
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Read more →: MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventionsCONCLUSION: This work presents a novel modularizable and low-cost PVA-C based APB to mimic fundamental organ motion. Beside a further organ motion analysis, an optimization of APB’s chemical composition is needed to ensure a realistic motion simulation and reproducible long-term use. This phantom enhances diverse and varied training environments for prospective physicians as well as…
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MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventions
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Read more →: MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventionsCONCLUSION: This work presents a novel modularizable and low-cost PVA-C based APB to mimic fundamental organ motion. Beside a further organ motion analysis, an optimization of APB’s chemical composition is needed to ensure a realistic motion simulation and reproducible long-term use. This phantom enhances diverse and varied training environments for prospective physicians as well as…
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MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventions
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Read more →: MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventionsCONCLUSION: This work presents a novel modularizable and low-cost PVA-C based APB to mimic fundamental organ motion. Beside a further organ motion analysis, an optimization of APB’s chemical composition is needed to ensure a realistic motion simulation and reproducible long-term use. This phantom enhances diverse and varied training environments for prospective physicians as well as…
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MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventions
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Read more →: MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventionsCONCLUSION: This work presents a novel modularizable and low-cost PVA-C based APB to mimic fundamental organ motion. Beside a further organ motion analysis, an optimization of APB’s chemical composition is needed to ensure a realistic motion simulation and reproducible long-term use. This phantom enhances diverse and varied training environments for prospective physicians as well as…
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MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventions
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Read more →: MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventionsCONCLUSION: This work presents a novel modularizable and low-cost PVA-C based APB to mimic fundamental organ motion. Beside a further organ motion analysis, an optimization of APB’s chemical composition is needed to ensure a realistic motion simulation and reproducible long-term use. This phantom enhances diverse and varied training environments for prospective physicians as well as…
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MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventions
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Read more →: MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventionsCONCLUSION: This work presents a novel modularizable and low-cost PVA-C based APB to mimic fundamental organ motion. Beside a further organ motion analysis, an optimization of APB’s chemical composition is needed to ensure a realistic motion simulation and reproducible long-term use. This phantom enhances diverse and varied training environments for prospective physicians as well as…
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MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventions
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Read more →: MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventionsCONCLUSION: This work presents a novel modularizable and low-cost PVA-C based APB to mimic fundamental organ motion. Beside a further organ motion analysis, an optimization of APB’s chemical composition is needed to ensure a realistic motion simulation and reproducible long-term use. This phantom enhances diverse and varied training environments for prospective physicians as well as…
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MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventions
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Read more →: MRI-compatible abdomen phantom to mimic respiratory-triggered organ movement while performing needle-based interventionsCONCLUSION: This work presents a novel modularizable and low-cost PVA-C based APB to mimic fundamental organ motion. Beside a further organ motion analysis, an optimization of APB’s chemical composition is needed to ensure a realistic motion simulation and reproducible long-term use. This phantom enhances diverse and varied training environments for prospective physicians as well as…