How NeuroTrailblazers Fits BRAIN CONNECTS

A learner-facing map of NIH BRAIN CONNECTS, IC3, APEX, Allen Institute resources, project teams, and NeuroTrailblazers.

How NeuroTrailblazers Fits BRAIN CONNECTS

NeuroTrailblazers is not a third data coordinating center. Its job is different:

IC3 and APEX organize and expose the science. NeuroTrailblazers organizes the learning.

NIH BRAIN / BRAIN CONNECTS

Use NIH and NIH RePORTER for authoritative program goals, awards, funding, and program provenance.

IC3 — Integrative Connectomics Coordination Center

IC3 coordinates cross-CONNECTS integration for electron microscopy, fluorescence microscopy, and barcoded-sequencing pipelines; evaluates scalability; develops cloud tools; and is building the CONNECTS Knowledge Base.

Learner handoff: cellular/synaptic integration, common coordinate frameworks, cell type ↔ connectivity integration, common pipelines, and integrated CONNECTS resources.

APEX — Axonal Projectome EXchange

APEX coordinates macaque/human axonal-projectome efforts across optical microscopy, X-ray imaging, diffusion MRI, standards, harmonization, and benchmarking.

Learner handoff: long-range axonal pathways, projectome-scale connectivity, tractography validation, cross-species comparison, and multiscale imaging.

Allen Institute / AIBS

Allen maintains major scientific datasets, browsers, and educator-facing resources such as the ABC Atlas and MICrONS materials.

NeuroTrailblazers rule: link and scaffold; do not recreate the manual. Pose the scientific question, send the learner to the authentic resource, then assess interpretation and limitations.

HI-MC / MouseConnects and other CONNECTS projects

Projects supply authentic workflows, datasets, methods, software, experts, and contribution opportunities.

HI-MC provides a particularly useful synaptic-resolution learning spine:

sample → image → segment → proofread → integrate → analyze → share

NeuroTrailblazers

NeuroTrailblazers owns the learner journey:

• sequencing and prerequisites;
• authentic-resource activities;
• hidden curriculum;
• assessment;
• evidence literacy;
• mentoring;
• public interpretation;
• career pathways;
• Explore → Learn → Contribute progression.

What not to duplicate

Do not build a competing CONNECTS-KB, APEX projectome platform, ABC Atlas manual, MICrONS viewer, or project documentation better maintained by the originating team.

What NeuroTrailblazers uniquely adds

1. Cross-scale conceptual glue: cell atlas → projectome → cellular connectome → synaptic connectome → activity → perturbation.
2. Evidence boundaries: program intent ≠ output ≠ scientific result ≠ impact ≠ interpretation.
3. Authentic use: use real scientific resources whenever feasible.
4. People development: help learners become capable of participating in CONNECTS-style science.