Technical Track

 Technical Track

The Aligning Science Across Parkinson’s Collaborative Research Network (CRN) 2025 Technical Track will focus on supporting the development of novel tools that can be reliably produced and shared with the research community to accelerate validation and therapeutic R&D for emerging targets pursued or identified through ASAP discoveries.

  • Objective: Generate, validate, and distribute preclinical reagents and/or models tailored to support critical research needs for at least 5 targets from a list of eligible targets, as outlined below.
  • Funding Focus: Support tool-specific (not target-specific) projects that generate high-quality resources distributed via commercial mechanisms.
  • Approach: Teams must focus on a tool type (e.g., antibodies, viral vectors, mouse models) to ensure depth of expertise and quality of tools created for the panel of targets selected. Note that hypothesis-driven research is out of scope for this proposal. Once the tools have been developed and validated, there may be opportunities for additional funding support at that time to test target biology, but this is not the scope of the current call.

Apply for the CRN 2025 Technical Track

  1. Access RFA Overview, LOI Instructions and Requirements, and Team, Application, and Budget Guidelines
  2. View a webinar about the Technical Track Funding Opportunity.
  3. Submit your application on the MJFF Grant Portal.

Key Components

Each Technical Track LOI application must include the following three components: (1) Tool Generation, (2) Tool Validation, and (3) Tool Distribution.

In Scope

  • Generation of preclinical models to support in vivo or in vitro assessments of target or mutation function (e.g., genetically modified rodents or iPSCs, etc.) of at least 5 targets from the ASAP prioritized list (see Eligible Targets section below).
  • Generation of detection reagents to support improved measurement or visualization of the target or target activity (e.g., antibodies, nanobodies, probes) of at least 5 targets from the ASAP prioritized list (see Eligible Targets section below).
  • Generation of modulation agents to understand the directionality of therapeutic benefit (e.g., viral vectors, compounds, antisense oligonucleotides, etc.) of at least 5 targets from the ASAP prioritized list (see Eligible Targets section below).

Out of Scope  

  • Projects to generate preclinical tools/models for targets outside the list provided by ASAP or projects that will not be generating preclinical tools/models.
  • Development of preclinical reagents or models incorporating third-party intellectual property that would prevent or significantly delay distribution.
  • Development of preclinical reagents or models that duplicate existing tools or do not provide substantial benefit over alternatives available. 
  • Generation of therapeutic candidates or non-preclinical research tools that will remain undisclosed or inaccessible to the research community.
  • Generation of target-agnostic devices (e.g., wearable devices, equipment, etc.).

In Scope

  • Validation of the tool in appropriate systems (e.g., knockout validation for antibodies, catalytically-dead control for tools towards kinase targets, etc.).
  • Characterization of the tool to inform conditions of use in PD research (e.g., application compatibility for antibodies, nigrostriatal system integrity in genetic rodent models, etc.).

Out of Scope 

  • Projects performing hypothesis-driven research rather than generating and validating novel preclinical tools/models. Therefore, in-depth mechanistic studies of the target biology, target pathway, or therapeutic potential of the target are out of scope.

In Scope

  • Research tools/models must be made available through the commercial repository or academic core represented by the Core/Repository Co-Investigator. This commercial repository or academic core must have a demonstrated history of commercializing research reagents/models. 
  • Sales of the research tools at commercially reasonable prices for academic and industry researchers without burdensome licensing requirements for purchasers.
  • Established click-to-order e-commerce systems preferred. 

Out of Scope 

  • Projects generating preclinical reagents/models that cannot or will not be rapidly shared with the research community through easily accessible mechanisms.
  • Solely sharing research tools through MTAs between institutions.
  • Proposals to develop a new company or establish a new distribution system.

Eligible Targets

Projects within the Technical Track must focus on tool development for at least 5 targets from the prioritized targets listed below that were identified through ASAP discoveries. Please note that ASAP does not endorse the targets outlined below as the only targets that should be studied in the Parkinson’s field.

CLN5

GBA1LP

PARK7/DJ1

STING1

CLU

GPNMB

PGK1

SYNJ1

CTSB

HLA-DRB5

PLA2G15

TREM2

DNAJC6

ITSN1

PSMF1

USP30

FBXO7

LRP1

RIMS2

VPS13C

We acknowledge that this list is not comprehensive and that some important targets that require tools are not included in this round of the Technical Track. If you are interested in developing reagents/models for targets not included in this list, those would fall outside the current scope of the Technical Track. However, we welcome you to submit these out-of-scope ideas to the MJFF Research Tools Program for discussion by emailing [email protected] to explore other funding opportunities. 

Requirements

Below is a high level overview of Technical Track requirements. For a full list of all instructions and requirements, download the RFA Overview, LOI Instructions and Requirements, and Team, Application, and Budget Guidelines.

Target Selection
  • Applicants are instructed to select at least 5 targets from the eligible targets list.
  • The number of targets selected should be based on the timelines and expenses associated with generating and validating the tool type pursued by the team.
Core Team Composition
  • Appointed Lead: Coordinating Lead PI with an academic appointment and be in an independent faculty position or serve as a senior staff scientist in the private sector, with responsibility for leading collaborative research projects.
  • Core/Repository Co-Investigator: An employee of a commercial repository or academic core who is responsible for distributing the preclinical reagents/models generated by the team to the research community.
  • PI Count: 2-5 Principal Investigators all with PhD, MD, or equivalent degrees.
  • Multidisciplinary: At least 2 different disciplines represented.
  • Multi-institutional: 2 (min) – 5 (max) participating institutions represented.
  • Time Commitment: Core Leadership members are expected to allocate a minimum of 25% time and effort to the research project unless they are the Core/Repository Co-Investigator which has no FTE requirement.
  • Project Manager: Monitor team milestones, manage data, liaise with other funded teams, and ensure compliance.
Open Science Policy

ASAP is built on strong open science policies. Awardees and team members agree to follow all ASAP open science policies.

Key Technical Track Open Science Considerations:

  • PIs and their institutions must sign a letter of acknowledgement.
  • The letter of acknowledgement confirms awareness that while inventions and intellectual property are owned by the research team, the team is required to distribute the resulting tool through the core/repository Co-Investigator.
  • Tools shall be made available to non-profit and for-profit researchers at an equal price without the requirement for purchases to obtain a license from the institution for access.
Key Dates and Funding Details
  • LOIs Due: May 5, 2025 (6PM ET)
  • Invitation to Submit Full Proposal: Week of July 7, 2025
  • Full Proposal Deadline: September 8, 2025 (6PM ET)
  • Anticipated Award Announcement: February 2026
  • Award Amounts: Awarded teams will receive funding of up to $2M per year for three years
  • Anticipated Project Start Dates: July 2026

CRN 2025 Funding Updates

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