A Durable, Realistic, Low-Cost Training Model for Percutaneous Renal Access Using Ballistic Gelatin

Jonathan Ewald; Julie Cheng; Shawn Engelhart; Michael Wilkinson; Mohammad Hajiha; Hillary Wagner; Duane D Baldwin

A Durable, Realistic, Low-Cost Training Model for Percutaneous Renal Access Using Ballistic Gelatin

Jonathan Ewald, Julie Cheng, Shawn Engelhart, Michael Wilkinson, Mohammad Hajiha, Hillary Wagner, Duane D Baldwin

Loma Linda University

Research output: Contribution to journal › Article › peer-review

Abstract

The purpose of this study was to design and implement a durable, realistic, and low-cost phantom kidney model for percutaneous renal access that could improve a novice surgeon’s technical skills without compromising patient safety.

Original language	American English
Journal	Default journal
State	Published - 1800

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A Durable Realistic Low-Cost Training Model for Percutaneous ReFinal published version, 152 KBLicense: CC BY

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title = "A Durable, Realistic, Low-Cost Training Model for Percutaneous Renal Access Using Ballistic Gelatin",

abstract = " The purpose of this study was to design and implement a durable, realistic, and low-cost phantom kidney model for percutaneous renal access that could improve a novice surgeon{\textquoteright}s technical skills without compromising patient safety.",

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AU - Cheng, Julie

AU - Engelhart, Shawn

AU - Wilkinson, Michael

AU - Hajiha, Mohammad

AU - Wagner, Hillary

AU - Baldwin, Duane D

PY - 1800

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N2 - The purpose of this study was to design and implement a durable, realistic, and low-cost phantom kidney model for percutaneous renal access that could improve a novice surgeon’s technical skills without compromising patient safety.

AB - The purpose of this study was to design and implement a durable, realistic, and low-cost phantom kidney model for percutaneous renal access that could improve a novice surgeon’s technical skills without compromising patient safety.

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A Durable, Realistic, Low-Cost Training Model for Percutaneous Renal Access Using Ballistic Gelatin

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