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Joseph Rappold

Showing results (1-10 of 18) with videos related to

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Biomolecules|May 4, 2026
Mitochondria as a Therapeutic Target for Burn InjuryIgor Prudovsky, Anyonya R Guntur, Joseph Rappold, et al.
Journal of Surgical Education|July 23, 2020
Study Strategies for General Surgery Residents Preparing for the American Board of Surgery In-Training Examination: What to Keep, Discard, and AdoptAlison Pletch, Wendy Craig, Joseph Rappold, et al.
Burns : Journal of the International Society for Burn Injuries|February 9, 2024
Tranexamic acid reduces inflammation, edema and burn wound conversion in a rodent modelIgor Prudovsky, Doreen Kacer, Volkhard Lindner, et al.
Transfusion|April 18, 2023
Anti-fibrinolytic agent tranexamic acid suppresses the endotoxin-induced expression of Tnfα and Il1α genes in a plasmin-independent mannerDoreen Kacer, Eva Machnitzky, Angus Fung, et al.
Transfusion|July 14, 2022
Tranexamic acid: Beyond antifibrinolysisIgor Prudovsky, Doreen Kacer, Victoria Vieira Zucco, et al.
The American Surgeon|April 4, 2024
"Should We Phenobarb-it-All?" A Phenobarbital-Based Protocol for Non-Intensive Care Unit Trauma Patients at High Risk of or Experiencing Alcohol WithdrawalMichelle Wang, Carolyne Falank, Vincent Simboli, et al.
Trauma Surgery & Acute Care Open|August 9, 2019
'Step Up' approach to the application of REBOA technology in a rural <b>trauma system</b>Jack P Vernamonti, John Holcomb, Nathan W Mick, et al.
The Journal of Trauma and Acute Care Surgery|December 28, 2018
Tranexamic acid suppresses the release of mitochondrial DAMPs and reduces lung inflammation in a murine burn modelDamien Wilson Carter, Igor Prudovsky, Doreen Kacer, et al.
JTCVS Open|August 25, 2022
Comparison of intraoperative tranexamic acid and epsilon-aminocaproic acid in cardiopulmonary bypass patientsMark Broadwin, Patrick E Grant, Michael P Robich, et al.
American Journal of Surgery|August 1, 2016
Does socioeconomic status predict outcomes after cholecystectomy?Vishnu Ambur, Sharven Taghavi, Sagar Kadakia, et al.
Pageof 2

Showing results (1-10 of 18) with videos related to

Sort By:
Pageof 2
Biomolecules|May 4, 2026
Mitochondria as a Therapeutic Target for Burn InjuryIgor Prudovsky, Anyonya R Guntur, Joseph Rappold, et al.
Journal of Surgical Education|July 23, 2020
Study Strategies for General Surgery Residents Preparing for the American Board of Surgery In-Training Examination: What to Keep, Discard, and AdoptAlison Pletch, Wendy Craig, Joseph Rappold, et al.
Burns : Journal of the International Society for Burn Injuries|February 9, 2024
Tranexamic acid reduces inflammation, edema and burn wound conversion in a rodent modelIgor Prudovsky, Doreen Kacer, Volkhard Lindner, et al.
Transfusion|April 18, 2023
Anti-fibrinolytic agent tranexamic acid suppresses the endotoxin-induced expression of Tnfα and Il1α genes in a plasmin-independent mannerDoreen Kacer, Eva Machnitzky, Angus Fung, et al.
Transfusion|July 14, 2022
Tranexamic acid: Beyond antifibrinolysisIgor Prudovsky, Doreen Kacer, Victoria Vieira Zucco, et al.
The American Surgeon|April 4, 2024
"Should We Phenobarb-it-All?" A Phenobarbital-Based Protocol for Non-Intensive Care Unit Trauma Patients at High Risk of or Experiencing Alcohol WithdrawalMichelle Wang, Carolyne Falank, Vincent Simboli, et al.
Trauma Surgery & Acute Care Open|August 9, 2019
'Step Up' approach to the application of REBOA technology in a rural <b>trauma system</b>Jack P Vernamonti, John Holcomb, Nathan W Mick, et al.
The Journal of Trauma and Acute Care Surgery|December 28, 2018
Tranexamic acid suppresses the release of mitochondrial DAMPs and reduces lung inflammation in a murine burn modelDamien Wilson Carter, Igor Prudovsky, Doreen Kacer, et al.
JTCVS Open|August 25, 2022
Comparison of intraoperative tranexamic acid and epsilon-aminocaproic acid in cardiopulmonary bypass patientsMark Broadwin, Patrick E Grant, Michael P Robich, et al.
American Journal of Surgery|August 1, 2016
Does socioeconomic status predict outcomes after cholecystectomy?Vishnu Ambur, Sharven Taghavi, Sagar Kadakia, et al.
Pageof 2