Supporting Original Research
Explore RECOVER-Sponsored Research Opportunities
Open to investigators, institutions, and trial sites
RECOVER provided evidence- and consensus-based CPR guidelines for dogs and cats in 2012 and 2024, and Newborn Resuscitation Guidelines in 2025. During the evidence evaluation process, numerous significant knowledge gaps were identified, and it became apparent that more research in veterinary CPR is required to move the field forward. RECOVER supports research addressing these knowledge gaps by offering the following, annually recurring funding opportunities:
RECOVER Research Funding Pathway
The American College of Veterinary Emergency and Critical Care (ACVECC), in collaboration with RECOVER, is proud to offer an annually recurring funding vehicle to advance CPR research in dogs and cats: the ACVECC-RECOVER CPR Pilot Research Grant.
RECOVER’s research programs are designed to support projects as they mature from proof-of-concept studies to larger investigations capable of changing clinical practice.
This pathway allows investigators to develop preliminary data, refine methodology, and ultimately generate evidence that advances veterinary CPR.
ACVECC-RECOVER CPR Pilot Research Grant (annual)
The American College of Veterinary Emergency and Critical Care (ACVECC), in collaboration with RECOVER, is proud to offer an annually recurring funding vehicle to advance CPR research in dogs and cats: the ACVECC-RECOVER CPR Pilot Research Grant.
The goal of the ACVECC-RECOVER CPR Pilot Research Grant is to initiate research toward addressing specific knowledge gaps pertaining to CPR in dogs and cats. It invites proposals with limited scope to establish proof of concept through feasibility or pilot studies in preparation for larger-scale clinical studies with higher certainty in outcomes (e.g., the annual RECOVER Knowledge Gap Grant).
The ACVECC Scientific Program Committee in conjunction with the RECOVER Trials Subcommittee administers the grant and provides project support of up to $10,000 US.
1. Funding Objectives
The ACVECC-RECOVER CPR Pilot Research Grant Program is focused on clinically oriented projects that utilize clinical cases or conduct experimental research and whose objectives relate to the clinical practice of veterinary CPR. Educational studies are also welcome. The committee is particularly interested in “do-able” projects and will prioritize studies with multi-institution collaboration. This award does not permit terminal projects.
2. Application Process
- Two-stage proposal evaluation process: pre-proposal and full proposals
- All pre-proposals will be evaluated by ACVECC and RECOVER committees
- Grant rubric (PDF) will be used assessing scientific approach, innovation, investigator/environment and relevance to RECOVER knowledge gaps.
- Invitations for full proposals will be extended to a select group of investigators
- Submit preproposals electronically to Scientific Programs Committee of the American College of Veterinary Emergency and Critical Care at sc******************@****cc.org.
3. Key Dates 2027 Cycle
- Pre-proposal submission deadline: February 15th, 2027
- Invitation for full proposals: March 15th, 2027
- Full proposal submission deadline: April 19th, 2027
- Notification of funding: End of May 2027
- The award will be presented at IVECCS 2027
4. Request for Proposals (PDF)
The full RFP PDF will be made available soon.
Past ACVECC-RECOVER CPR Pilot Research Grants Recipients
2026
Dr. Noa Berlin (Tufts University) and Dr. Catherine Ross (Harvard Medical School): Ethics and veterinary CPR: Establishing the framework of ethical CPR trials in client-owned pets in veterinary medicine.
2025
Dr. Jacob Wolf, University of Florida: Use of quantitative pupillary light reflex assessment over standard assessment of neurologic function in post-cardiac arrest patients: A pilot study.
2024
Drs. Sabrina Manley and Noa Berlin, Foster Hospital for Small Animals, Tufts University: Time to administration of epinephrine in dogs with cardiac arrest: Comparing intranasal versus intravascular routes.
2023
Dr. Sabrina Hoehne, Washington State University: Effect of traditional versus electronic cognitive aids on objective measures of basic and advanced life support in a high-fidelity simulation of canine cardiopulmonary arrest; and
Dr. Zachary Wilcox, Foster Hospital for Small Animals at Tufts University: Cardiac rhythm interpretation in CPR: Effect of advanced training and RECOVER certification.
2022
Dr. Noa Berlin, Foster Hospital for Small Animals, Tufts University: Inflammatory biomarkers in dogs post–cardiac arrest—a prospective multicenter observational study; and
Dr. Kelly Hall, Colorado State University: Evaluating the confidence and competency of leadership, teamwork, and communication skills gained from RECOVER ALS simulation CPR training course.
2021
Dr. Jessica Sands, Cornell University: Assessment of optimal chest compression depth and rate during CPR in a feline perfused cadaver model; and
Dr. Jessica Eisenbarth, Tufts University: Evaluation of CPR techniques in domestic chickens (Gallus gallus domesticus).
2020
Dr. Elizabeth Rozanski, Tufts University: Use of automatic external defibrillator in dogs.
2019
Dr. Karin Unger, Washington State University: The effect of the use of an impedance threshold device on end-tidal carbon dioxide partial pressure and return of spontaneous circulation in dogs undergoing cardiopulmonary resuscitation after in-hospital cardiac arrest.
RECOVER Knowledge Gap Grant (annual)
The evidence evaluation process conducted by RECOVER identified numerous knowledge gaps that limit our certainty on how to do CPR best.
The RECOVER Knowledge Gap Grant is a competitive funding opportunity that provides up to $50,000 in direct research support for projects that address unanswered questions in small animal CPR. The program is designed to support innovative, feasible, and collaborative research in veterinary cardiopulmonary resuscitation.
Funded studies are expected to directly address prioritized RECOVER knowledge gaps, inform future iterations of the RECOVER Guidelines, and advance clinical, educational, or translational CPR science.
1. Funding Objectives
RECOVER seeks proposals that:
- Address clearly defined knowledge gaps in veterinary CPR
- Advance understanding of CPR techniques, interventions, or outcomes in dogs and cats
- Support the refinement of clinical CPR guidelines
- Incorporate rigorous interdisciplinary collaboration and innovative methodologies
2. Funding Categories
The Knowledge Gap Grant supports research in the following areas:
- Applied Clinical Trials: Prospective studies evaluating CPR interventions, devices, or protocols in real-world veterinary clinical settings involving dogs or cats.
- Educational and Translational Research: Studies evaluating CPR training methods, team performance, and educational strategies that improve clinical CPR delivery and outcomes.
- Experimental Studies: This funding mechanism considers proposals involving laboratory animal use.
- Applicants with questions regarding eligibility, project scope, or alignment with RECOVER research priorities are encouraged to contact Erick Licher at er**********@***************ve.org before submitting an application.
3. Prioritized Knowledge Gaps
RECOVER has identified multiple high-priority knowledge gaps across the continuum of CPR care, including but not limited to:
- Basic Life Support (compression rate, depth, airway priorities)
- Advanced Life Support (drug dosing, vasopressors, timing of interventions)
- Monitoring During CPR (EtCO₂, blood pressure, ultrasound)
- Post-Cardiac Arrest Care (re-arrest prevention, temperature management)
- Preparedness, Team Dynamics, and Education
- Newborn resuscitation
Proposed projects must clearly identify which RECOVER knowledge gap(s) they address.
4. Key Dates 2027 Cycle
- LOI Submission Deadline: June 1, 2027
- LOI Notification: July 15, 2027
- Full Proposal Deadline: September 1, 2027
- Award Announcement: October 15, 2027
- Grant Start Date: December 1, 2027
5. Eligibility - Who Can Apply?
Applications are welcome from a broad range of organizations, including:
- Universities and academic institutions
- Private veterinary practices
- Non-profit and for-profit organizations
- Government agencies and research laboratories
- Early-career investigators are encouraged to apply. Collaborative and multi-institutional research teams are strongly supported.
Important Eligibility Notes
- Clinical trials and observational studies are eligible
- Experimental studies are eligible
- Proof of institutional support is required
6. Application Process
Step 1: Letter of Intent (LOI)
- All applicants must submit a Letter of Intent (LOI) to confirm alignment with RECOVER research priorities.
- The LOI must include:
- A brief project overview and the RECOVER knowledge gap(s) addressed
- Research hypothesis, objectives, and proposed approach
- Feasibility plan, including strategies to address limited clinical case numbers
- Estimated budget and project timeline
Step 2: Full Proposal (By Invitation Only)
- Applicants selected through the LOI review process will be invited to submit a full proposal.
- The full proposal must include:
- Detailed study design and methodology
- Budget and justification (indirect costs may be requested up to a maximum of 8% of direct costs)
- Ethics and compliance plan
- Letters of institutional support
7. Application Evaluation Process
Letter of intent
- Reviewed by the RECOVER Trials Subcommittee and, if needed, invited experts for specific applications.
Full Proposals
- Reviewed by RECOVER Trials Subcommittee and invited experts for specific applications
- Use of a grant review rubric to ensure fair, consistent and transparent review process
- Highlights scientific merit, feasibility, and impact of project
- Factor 1: Importance of research (significance and innovation). The relevance and potential of the project to advance veterinary cardiopulmonary resuscitation research, address critical problems, and introduce novel approaches. These two factors taken together define the importance of the project and as such reflect the maximum impact a project could have if perfectly executed.
- Factor 2: Rigor and feasibility. The soundness of the study design, methodology, and the feasibility of successfully completing the proposed work within budget and timeline.
- Factor 3: Expertise and resources. The qualifications of the investigators and the adequacy of the institutional environment and resources to support the project.
- Additional review criteria: ethical and legal compliance, budget justification, risk to RECOVER, data management, collaborations & partnerships, support of early-career investigators, environmental impact, dissemination plan.
- Overall impact score: denotes the project’s potential to make a sustained and meaningful contribution to its field. The interpretation of “impact” may vary depending on the application’s type and goals.
8. What Makes a Competitive Proposal?
Competitive applications typically:
- Address a clearly defined RECOVER knowledge gap.
- Investigate a question with direct relevance to CPR performance, patient outcomes, or post-cardiac arrest care.
- Have a realistic and achievable study design within the proposed timeline and budget.
- Demonstrate methodological rigor and a clear analytical approach.
- Generate findings with the potential to influence future RECOVER recommendations.
- Include multidisciplinary or multi-center collaboration when appropriate.
Projects focused primarily on educational outcomes, self-confidence measures, or local implementation without a clear connection to a prioritized CPR knowledge gap are generally less competitive.
9. Request for Proposals (PDF)
The full RFP PDF will be made available soon.
Past RECOVER Knowledge Gap Grant Recipients
2025
Dr. Laure Giberto & Dr. Kris Gommeren
University of Liège – Faculty of Veterinary Medicine, Belgium:
Cardiac Point-of-Care Ultrasound (POCUS) During Pulse Check Pauses in Cardiopulmonary Resuscitation in Dogs.
Knowledge Gap Addressed: Can cardiac ultrasound be incorporated into pulse-check pauses without negatively affecting CPR quality?
Potential Impact: Findings may help determine whether POCUS should be incorporated into future RECOVER recommendations for CPR monitoring and detection of return of spontaneous circulation.
Dr. Jo-Annie Letendre, Dr. Elyzabeth Lemieux & Dr. David Melençon
Université de Montréal & Polytechnique Montréal
Development and Evaluation of a Biomechanically Realistic Canine CPR Manikin.
Knowledge Gap Addressed: How can CPR training better replicate real-world canine thoracic mechanics and improve compression quality?
Potential Impact: May improve CPR training effectiveness and provide a standardized platform for future CPR education and research studies.
For reference while building this page only.
Past ACVECC-RECOVER CPR Pilot Research Grants Recipients
2026
Under review.
2025
Dr. Jacob Wolf, University of Florida: Use of quantitative pupillary light reflex assessment over standard assessment of neurologic function in post-cardiac arrest patients: A pilot study.
2024
Drs. Sabrina Manley and Noa Berlin, Foster Hospital for Small Animals, Tufts University: Time to administration of epinephrine in dogs with cardiac arrest: Comparing intranasal versus intravascular routes.
2023
Dr. Sabrina Hoehne, Washington State University: Effect of traditional versus electronic cognitive aids on objective measures of basic and advanced life support in a high-fidelity simulation of canine cardiopulmonary arrest; and
Dr. Zachary Wilcox, Foster Hospital for Small Animals at Tufts University: Cardiac rhythm interpretation in CPR: Effect of advanced training and RECOVER certification.
2022
Dr. Noa Berlin, Foster Hospital for Small Animals, Tufts University: Inflammatory biomarkers in dogs post–cardiac arrest—a prospective multicenter observational study; and
Dr. Kelly Hall, Colorado State University: Evaluating the confidence and competency of leadership, teamwork, and communication skills gained from RECOVER ALS simulation CPR training course.
2021
Dr. Jessica Sands, Cornell University: Assessment of optimal chest compression depth and rate during CPR in a feline perfused cadaver model; and
Dr. Jessica Eisenbarth, Tufts University: Evaluation of CPR techniques in domestic chickens (Gallus gallus domesticus).
2020
Dr. Elizabeth Rozanski, Tufts University: Use of automatic external defibrillator in dogs.
2019
Dr. Karin Unger, Washington State University: The effect of the use of an impedance threshold device on end-tidal carbon dioxide partial pressure and return of spontaneous circulation in dogs undergoing cardiopulmonary resuscitation after in-hospital cardiac arrest.