Synapse List for from
  1. Synapses are grouped into three tables, one for each synapse type:
    • Gap junctions
    • Presynaptic: synapses where -- is presynaptic
    • Postsynaptic: synapses where -- is postsynaptic
    Note that the same synapse may appear twice, in the pre- and postsynaptic tables. Note also slight difference with the Partner List when it comes to synapses that have repeating partners, e.g. 'RIGL -> AIZR,AVER,AIZR' will only appear once in the postsynaptic table for AIZR.
  2. Each table is further organized by the synaptic partners. There are two types of rows:
    • Summary rows: corresponds to a partner(s); shows the total number and sections of synapses with that partner
    • Individual rows: corresponds to a synapse; shows the database/series (redundant), section number/z-coordinate (of the middle of the synapse), and synapse ID (=contin number; it's also a link to the Synapse (EM) Viewer).
    Click on a summary row to show/hide synapses with that partner(s). There are also buttons to show/hide all rows (summary or individual).
  3. Click on Synapse ID to see EM (opens new tab).
  4. Bracketed Cells (e.g.[PVX]) denotes an inferred process identification (not traced to Cell Body)
  5. unk denotes an unknown neurite process identification
  6. In synapse lists, the listed order of postsynaptic cells in polyads represents the clockwise order of the cells around the presynaptic density, electron micrographs viewed looking toward the head. Thus, R9AL->DVF,HOB,PVY represents a synapse that appears like the diagram below in the electron micrograph.
  7. A 'nmj_' in front a synapse denotes a neuromuscular junction.
  8. Occasionally, synapes do not display properly in the maps. In cases where there is a discrepancy between the maps and this synapse list, this synapse list should be considered correct.
  9. Link to this page, directly to this cell: ?db=--&cell=--&listtype=synapse
Partner List for -- from --
  1. This is essentially a summary version of Synapse List, where we group synapses by partner (ignores polyadic structure; see below on exactly how).
  2. We have 4 tables: 1 for electrical, and 3 for chemical: 'pre', 'post', 'post-post'. Say the chosen cell is 'X'. The 'pre' table shows the postsynaptic partners when 'X' is presynaptic. The 'post' table shows the presynaptic partner when 'X' is postsynaptic. The 'post-post' table shows the postsynaptic partners when 'X' is also postsynaptic.
    A synapse may count towards several tables; for example, a chemical synapse of the form 'X -> X,X,Y,X' would contribute to all three tables. More precisely, here is how many times the syanpse contributes to each relevant row
    • 'pre', Partner='X': 3 times
    • 'pre', Partner='Y': 1 time
    • 'post', Partner='X': 1 time
    • 'post', Partner='Y': 0 times
    • 'post-post', Partner='X': 2 times
    • 'post-post', Partner='Y': 1 time
  3. Bracketed Cells (e.g.[PVX]) denotes an inferred process identification (not traced to Cell Body)
  4. unk denotes an unkown neurite process identification
  5. Link to this page, directly to this cell: ?db=--&cell=--&listtype=partner