Find medical concepts similar to a reference concept, name, or query using semantic, lexical, or hybrid algorithms. Explore related concepts and build phenotype sets.
MIT
180,147 tools. Last updated 2026-06-05 14:58
"Exploring memories or concepts related to windsurfing" matching MCP tools:
- Search persistent memory using semantic similarity to retrieve relevant memories and related knowledge graph facts.MIT
- Discover semantically related concepts using ConceptNet's similarity algorithms to expand exploration, find related terms, and understand semantic neighborhoods.GPL 3.0
- List all tags across your memories with counts to discover existing threads and groups, and find related memories by tag.MIT
- BFS walk from a memory node to map related concepts, supersession chains, or decision clusters. Returns neighbor nodes with typed edges. Read-only; use after searching memories to explore connections.MIT
- Merge related memories with the same subject into comprehensive facts. Automatically detects clusters of 3+ memories, synthesizes them into 1-2 richer memories, and archives originals. Use dry_run to preview changes.MIT
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- Find how two concepts are related by retrieving connections between their best matches. Optionally scope by domain or use audit modes for archived or stale memories.MIT
- Add multiple memory nodes with automatic similarity linking. Computes embeddings and creates connections between related concepts, files, or notes for semantic intelligence.MIT
- Retrieve memories by querying concept nodes. Returns memories that activated those concepts, with decayed memories hidden by default.MIT
- Traverse a knowledge graph to find concepts related to a seed concept. Optionally filter by relation label and direction.AGPL 3.0
- Traverse knowledge graphs from seed nodes to discover related concepts and relationships for depth-first exploration and structured insight generation.Unlicense - libtelnet variant
- Locate stored memories connected by content similarity, shared tags, or direct links to build structured knowledge relationships.ISC
- Browse and filter stored memories with pagination for auditing, exploring, or debugging memory contents in the Recall system.
- Retrieve entities frequently co-occurring with a given entity, sorted by relationship strength. Useful for discovering related concepts, hardware, and techniques.
- Traverse memory graphs to discover related memories by exploring connections from a starting point, with configurable depth and relationship strength parameters.
- List active memories attached to a tree node, returning compact previews. Use node_id from pathrule_get_node or pathrule_goto.MIT
- Get instructions for a hands-on reference project to practice certification concepts. Specify a project ID or leave blank to see available projects.MIT
- Restore deleted memories from the trash using their IDs. Memories become searchable and visible again. Use after listing deleted memories to recover accidentally removed content.MIT
- Soft-delete memories to the trash, allowing later restoration with amber_restore_memory. Supports single or batch deletion (up to 100).MIT
- Browse recently deleted memories in reverse chronological order. Paginate through results with cursor-based pagination to review or restore memories.MIT