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Geoffrey C. Gurtner

Researcher at Stanford University

Publications -  478
Citations -  32002

Geoffrey C. Gurtner is an academic researcher from Stanford University. The author has contributed to research in topics: Wound healing & Medicine. The author has an hindex of 76, co-authored 423 publications receiving 25985 citations. Previous affiliations of Geoffrey C. Gurtner include Duke University & York University.

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Robotics in Plastic Surgery: It's Here.

TL;DR: In this paper , the authors discuss the potential of robotic surgeons to perform complex procedures with greater precision, flexibility, and control than previously possible with conventional techniques, including micro-surgery.
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Proceed with Caution: Mouse Deep Digit Flexor Tendon Injury Model.

TL;DR: The authors in this article determined the feasibility of using mouse models for translational study of flexor tendon repair and reconstruction and determined the load-to-failure, stress, elastic modulus, and the site of tendon failure.
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7. Allometric Tissue-scale Forces Drive Pathological Foreign Body Response To Biomedical Implants By Activating Mechanoresponsive Immune Cells

TL;DR: In this paper , the authors investigated the effect of pre-consultation education group intervention (PEGI) on decision regret at 6 months post-surgery and found that the decision support tool had no effect on long-term decision regret or satisfaction with decision but significantly increased patient reported satisfaction with information.
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Galvanotactic Flexible Closed-Loop System for the Interrogation of Wireless Wound Healing through Single Cell Analysis

TL;DR: In this article , a flexible printed wireless stimulator was designed and fabricated to deliver directional energy across a wound gradient, and a low impedance PEDOT:PSS electrode was designed to optimize the skin and stimulator interface, producing a robust gel with tunable adhesion properties.

Identification of Novel Circulating Non- hematopoietic Cells Orchestrating Tissue Fibrosis after Injury

TL;DR: GFP-expressing circulating collagen producing cells were systemically depleted using GFP-specific CD8+ T killer cells (Just eGFP death inducing, or JEDI) and the effect on tissue repair was determined using scRNA-seq and analysis of collagen ultrastructure.