Edge list

Results from ConceptNet 5.8

Source: OpenCyc 2012
en cytosol (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en axial filament (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en organelle (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en aster (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en protoplasm (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en centrosome (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en spindle pole (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en bacterial slime layer (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en mtoc (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en organelle part (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en projected cell part (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en nuclear pore (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en cell membrane (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en cell wall (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en chromatin (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en axoneme (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en golgi cisterna (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en biological membrane surface (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en axon (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en motor protein (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en nucleosome (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en cytoskeleton (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en golgi cis cisterna (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en cell plate (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en vesicle membrane (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en endoplasmic reticulum lumen (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en cell membrane cytosolic surface (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en chromosome (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en golgi cisterna membrane stuff (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en nuclear body (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en endoplasmic reticulum membrane surface (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en inner mitochondrial membrane (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en golgi trans cisterna (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en golgi cisterna stack (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en endoplasmic reticulum membrane (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en centriole (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en vesicle (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en thylakoid sac (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en soma (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en golgi cisterna membrane (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en mitotic spindle (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en nucleolus (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en crista (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en cell membrane outer surface (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en microtubule (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en cleavage furrow (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en vesicle membrane lumenal surface (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en cell membrane surface (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en endomembrane system (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en vesicle membrane cytosolic surface (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en bacterial capsule (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en basal body (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en golgi cisterna membrane surface (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en golgi cisterna lumen (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en cell part (n)
― IsA ⟶
Weight: 1.0
en organic matter (n) Source: OpenCyc 2012
en biological membrane stuff (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en subcellular compartment (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en cytoplasm (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en outer mitochondrial membrane (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en endoplasmic reticulum membrane stuff (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en mitochondrial matrix (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en cellular stroma (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en spindle apparatus (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en kinetochore (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en structural cell part (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en nuclear lamina (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en membrane (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en golgi medial cisterna (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en nucleoid (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en tetrad (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en cell part (n)
― IsA ⟶
Weight: 1.0
en microscopic object (n) Source: OpenCyc 2012
en cell plate membrane (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en transcription initiation complex (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
en cisterna (n)
― IsA ⟶
Weight: 1.0
en cell part (n) Source: OpenCyc 2012
Creative Commons License
ConceptNet 5 is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License. If you use it in research, please cite this AAAI paper.
See Copying and Sharing ConceptNet for more details.