Pilot Grants
A major objective of NJ ACTS is to successfully translate biomedical discoveries to clinical applications by promoting creative and innovative science.
The NJ ACTS Pilot Program offers pilot grants to foster collaborative research among faculty in three institutions: Princeton University, New Jersey Institute of Technology (NJIT) and Rutgers University. These pilot projects will then provide a path to sustainable, extramurally funded independent research across the alliance.
The NJ ACTS Pilot Program is funded through the generous support of the NIH CTSA Award, the New Jersey Health Foundation, and each of the academic partners.
Pilot Grant Program 2022 - Application, RFA and Webinar Information
The Pilot Grants Program 2022 – 5 categories of proposals:
The NJ ACTS Pilot Program offers one year pilot grants to foster collaborative research among faculty in three institutions: Princeton University, New Jersey Institute of Technology (NJIT) and Rutgers University. We expect that the NJ ACTS Pilot Program will increase collaborative research and provide a path to sustainable, extramurally-funded independent research across the alliance.
NJ ACTS committed $640,000 in 2022. The program is funded through the generous support of the NIH CTSA Award, the New Jersey Health Foundation (NJHF), and each of the academic partners.
Please review the NJ ACTS Request for Application (RFA) and fillable application found below. There are five different categories of projects. Collaboration requirements and funding amounts vary by project type. Translational and Clinical Sciences awards are up to 100K; Methodological/Infrastructure, Propel and Valued Partnership awards are up to 50K; and a new category, Process Innovation, has awards of up to 40K.
Pilot Grant Application Documents:
NJ ACTS Pilot Program Application_2022
Pilots Program Year 5 RFA
Budget Page
Pilot FAQs
NEW – 2022 Pilot Webinar Slides
Important Dates
Letter of Intent Deadline: May 6, 2022 (required)(midnight)
via REDCap link: https://redcap.rwjms.rutgers.edu/surveys/?s=LJYKKM3J9A or https://redcap.link/nc0eena5
Application Deadline: June 17, 2022 (midnight) via REDCap link
Award Notification: Early Fall, 2022
Earliest Start Date: March 1, 2023 (Dependent on regulatory approvals and when required, NIH/NCATS approval) (End date: February 29, 2024)
Pilot Grants Program is supported by a grant from the National Institutes of Health/National Center for Advancing Translational Sciences, as well as funds from the New Jersey Health Foundation.
For more information, contact NJACTS@rbhs.rutgers.edu.
Pilot Grant Award Categories
| Category | Description |
|---|---|
| Translational and Clinical Sciences | For projects along the T0-T4 continuum that focus on novel aspects of the heterogeneity of disease and response to therapy. |
| Methodological and Infrastructure | For projects that advance our ability to conduct translational research by developing novel methodologies or creating new infrastructure resources. |
| Propel | For projects that allow investigators to explore new areas or augment studies in high risk/gain manner by supporting novel ideas, new technologies, new research methods, pilot clinical data acquisition, licenses to databases, and purchase of small equipment or data sets. |
| Valued Partnership | For projects that support team research and build liaisons with key partners in industry, government, nonprofits, other CTSAs and/or insurance companies. Must leverage NJ ACTS support with partner in-kind services/funding. |
| Novel Approaches to Evaluation | For projects that use state-of-the-art approaches to conduct systematic needs assessments, program evaluation, tracking studies and outreach analysis concerning translational research and science within a CTSA Hub. |
Pilot Grants Awarded - 2021
| Investigators | Project Title |
|---|---|
| KiBum Lee, Rutgers Xiaoyang Xu, NJIT |
Therapeutic Development of Patient Cell-derived Exosomes for Effective CVD Treatment |
| Sabine Petry, Princeton Zhiyuan Shen, Rutgers |
Targeting of mitotic spindle assembly factor TPX2 for cancer therapy |
| Yingda Xie, Rutgers Cameron Myrhvold, Princeton Padmapriya Banada, Rutgers |
Development of CRISPR-basd, multiplex, point-of-care testing pathway for tuberculosis and COVID-19 |
| Bharat Biswal, NJIT Laszlo Zaborszky, Rutgers |
Investigating tissue-specific functional maps and its correlation with cognitive domains in Alzheimer’s Disease |
| Luigi Brunetti, Rutgers Mohamed Donia, Princeton |
Incorporating drug metabolism by the human gut microbiome into personalized medicine |
| Stephen Crystal, Rutgers Nathaniel Daw, Princeton Jason Roy, Rutgers |
Post-Release Outcomes of Prison Based Treatments and Interventions for Opioid Use Disorder |
| Celeste Nelson, Princeton Shridar Ganesan, Rutgers |
The effects of cell and tissue-level heterogeneity on triple-negative breast cancer progression |
| Mohammad Ali Saghiri, Rutgers Vivek Kumar, NJIT |
A Novel Expandable Endodonic Biomaterial |
| Chang Chan, Rutgers | Development of computational methods to identify oncogenic tyrosine kinase transcripts |
| Alexander Ploss, Princeton | Capturing the impact of SARS-CoV-2 evolution on human pulmonary responses |
| Alexander Neimark, Rutgers | Development of Computational Models to Explore Interactions of Coronavirus Virions with Lung Surfactant Films |
| Danelle Devenport, Princeton | Novel mouse models for live imaging basement membrane dynamics and breach in melanocyte migration and melanoma |
| Peter Kokkinos, Rutgers Joshua McGee, Rutgers |
Exercise blood pressure as a predictor of left ventricular hypertrophy in patients with type 2 diabetes mellitus |
| Jinglin Fu, Rutgers Bo Wang, Delaware Diagnostics |
dNANOSIS, a Rapid and Reliable Nucleic Acid Assay for Detecting Infectious Diseases |
| Victoria Abraira, Rutgers Jian-Ming Lee, Unilever |
Skin Deep: a Rutgers-Unilever partnership for topical pain relief |
| Zhi Wei, NJIT Joseph Glessner, CHOP |
Deep Learning Methods for Identifying Copy Number Variations |
| Amesika Nyaku, Rutgers Erin Zerbo, Rutgers Jenna Mellor, Rutgers |
Risk Environment Analysis to Inform Overdose Education and Naloxone Distribution (OEND) |
Pilot Grants Awarded - 2020
| Investigators | Project Title |
|---|---|
| Jonathan Cohen, Princeton Anna Konova, Rutgers Laura Bustamante, Princeton |
Motivation for cognitive and physical effort in depression |
| Andrea Graham, Princeton William Gause, Rutgers |
Improving mouse models of lung defense: neutrophil-mediated parasite resistance, tissue damage and repair |
| Eun Jung Lee, NJIT Vivek Kumar, NJIT Dominic Del Re, Rutgers |
Angiogenic peptide hydrogel for cardiac repair |
| Daniel Notterman, Princeton Ian Marshall, Rutgers Kristina Olson, Princeton |
Developing a longitudinal cohort of transgender youth to access health and wellbeing through physical, psychological, and molecular assessment |
| Roman Voronov, NJIT Joseph Freeman, Rutgers |
A Microfluidics Technology for Non-Sacrificial Analysis of Biomaterial Implants In Vivo |
| Yelda Semizer, NJIT | Mechanisms of Medical Image Perception in Radiologists |
| Howard Stone, Princeton Mohamed Labib, NovaFlux Inc. |
Aerosol Production of Bacteriophage Formulations from Submicron Droplets for Biomedical and Pharmaceutical Applications |
| Barbara Tafuto, Rutgers Riddhi Vyas, Rutgers Trish Pruis, OHSU |
CTSA Hub Website Database and Search Engine |
Pilot Grants Awarded - 2019
| Investigators | Project Title |
|---|---|
| Alice Chu, Rutgers Jordan Taylor, Princeton |
A dynamic functional splint to restore hand function in children with cerebral palsy |
| Emanuel Goldman, Rutgers Zemer Gitai, Princeton Wlodek Mandecki, Rutgers |
A FRET-based HTS to identify antibacterial drug leads targeting ternary complex formation in E.coli |
| Xiaoyang Xu, NJIT Yuanxiang Tao, Rutgers |
Development of a new long-acting local anesthetics and its application in chronic pain |
| Abdelfattah El Ouaamari, Rutgers Esteban Engel, Princeton |
Structural and functional mapping of islet β cell sensory innervation |
| Gerard Fluet, Rutgers Sergei Adamovich, NJIT |
Remote evaluation of upper extremity motor control |
| Antje Ihlefeld, NJIT Yu Lan Mary Ying, Rutgers |
Leveraging functional near infrared spectroscopy for auditory brain health |
| Yi Chen, NJIT David Foran, Rutgers |
A natural language processing platform for automated information extraction from EHR’s for clinical decision support and investigative research |
| Dantong Yu, NJIT Xinyue Ye, NJIT Yaqun Wang, Rutgers |
Apply natural language processing and deep learning to EMR management, preprocessing and decision making |
| David Barker, Rutgers Catherine Jensen Peña, Princeton |
Pain as a trigger for opioid dependence in the context of epigenetic susceptibility |
| Kathryn Edin, Princeton Sarah Gold, Princeton |
Housing and Health in New Jersey’s Capital City |
Pilot News and Publications
NJ ACTS Pilot Awardee Tim Buschman Receives Prestigious National Academy of Sciences Award
Buschman, associate professor of psychology at Princeton University, will receive a Troland Research Award for his groundbreaking insights into the neural mechanisms of cognitive control, particularly how these mechanisms relate to attention and working memory. Read...
A fast, accurate, equipment-free diagnostic test for SARS-CoV-2 and its variants.
More than two years into the pandemic, the virus that causes COVID—SARS-CoV-2—continues to spread worldwide. Testing for the virus and its variants can help limit transmission and inform treatment decisions, and is therefore an important pillar of the public health...
Pilot Co-Leads
Arnold Rabson, MD
Director, Child Health Institute
Samuel Wang, PhD
Professor of Molecular Biology and Neuroscience
Princeton Neuroscience Institute, Princeton University
Guiling (Grace) Wang, PhD, CFA
Professor of Computer Science
Ying Wu College of Computing, New Jersey Institute of Technology