Todd C. Carpenter
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Also affiliated: Tecumseh Products (United States) (1996); University of Colorado Hospital (2004–2018); San Francisco General Hospital (1986); Arkansas Children's Hospital (2025); University of Denver (2005); Children's Hospital of Philadelphia (2019–2020); University of California, San Francisco (1986–2022); Georgetown University (2025); University of Utah (2019–2024); Georgetown University Medical Center (2025); The Medical Center of Aurora (2019); NYU Langone Health (2024–2025); University of Colorado Health (1998–2018); Hinge Health (2021); Children's Hospital Colorado (1997–2025); National Information Standards Organization (2024); UCSF Benioff Children's Hospital (2022); University of Colorado Anschutz (2017–2024); New York University (2023); University of Pennsylvania (2019); University of Colorado Denver (1997–2025); Philadelphia University (2019)
Research Areas
Biomedical Subjects
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Biography and Research Information
OverviewAI-generated summary
Todd C. Carpenter's research focuses on the mechanisms of pulmonary vascular remodeling and the application of resuscitation techniques in pediatric patients. His work has investigated the role of circulating mesenchymal precursors of a monocyte/macrophage lineage in hypoxia-induced pulmonary vascular remodeling, as well as the contribution of progenitor cells to adventitial remodeling and neovascularization in response to hypoxia. Carpenter has also explored signaling pathways such as Eph/Ephrin in injury and inflammation, and the role of extracellular ATP in regulating hypoxia-induced fibroblast growth.
In the area of emergency medicine, Carpenter has contributed to studies evaluating resuscitation protocols. His publications include an examination of the association between diastolic blood pressure during pediatric in-hospital cardiopulmonary resuscitation and survival, and a comparison of high-dose versus standard-dose epinephrine in pediatric in-hospital cardiopulmonary arrest. He has also investigated the signaling pathways governing the growth phenotype of smooth muscle cells, specifically the constitutive Akt, mTOR, and p70S6K signaling and its repression by PTEN.
Carpenter's scholarship metrics include an h-index of 30, with 139 total publications and 3,592 total citations. He is recognized as a highly cited researcher. His key collaborators at the University of Arkansas for Medical Sciences include Kathleen L. Meert, Peter M. Mourani, Carleen Schneiter, and Robert Bishop, with whom he has co-authored numerous publications.
Metrics
- h-index: 30
- Publications: 139
- Citations: 3,592
Positions
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Professor 1997–2023University of Colorado School of Medicine Pediatrics ORCID
Selected Publications
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Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS) (2025)
Collaboration Network
Top Collaborators
- Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS)
- Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS)
- Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS)
- Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS)
- Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS)
- Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS)
- Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS)
- Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS)
- Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS)
- Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS)
- Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS)
- Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS)
- Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS)
- Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS)
- Association of Early Epinephrine with Hemodynamics and Outcome in Pediatric in-Hospital Cardiac Arrest: A Secondary Analysis of a Multicenter, Cluster-randomized Clinical Trial Intensive Care Unit Resuscitation (ICU-RESUS)
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