It would be great if we could autopopulate any missing intermediate nodes based upon anatomical classification of hallmark phenotypes. Basically, for 'Enlarged hippocampus', you know that hippocampal formation is part of 'pallium' and 'cerebral cortex'. If Enlarged hippocampus is a hallmark for a disease (for some reason in our site I don't see any diseases with mophological abnormality of the hippocampus...hm) then we'd autoclassify that disease under the seeded intermediate nodes 'abnormal pallium phenotype' and 'abnormal cerebral cortex phenotype' or some such.
It would be great if we could autopopulate any missing intermediate nodes based upon anatomical classification of hallmark phenotypes. Basically, for 'Enlarged hippocampus', you know that hippocampal formation is part of 'pallium' and 'cerebral cortex'. If Enlarged hippocampus is a hallmark for a disease (for some reason in our site I don't see any diseases with mophological abnormality of the hippocampus...hm) then we'd autoclassify that disease under the seeded intermediate nodes 'abnormal pallium phenotype' and 'abnormal cerebral cortex phenotype' or some such.