5 Matching Annotations
  1. Sep 2016
    1. (F) Timing of the high-voltage discharge for attack preceded by a triplet.

      Fig. 3 Tab F. same as in D, the only difference is that the doublet to find the finish is a triplet

    2. (D) Example of high-voltage electric organ discharge for an attack preceded by a doublet.

      Fig. 3 tab D: At 2: doublet of electric signal to find the fish Starting at 6: strong attack of the fish to paralyse it

    3. (C) Schematic of attack sequence.

      fig.3 tab C:

      1. Fish is hidden behind an agar (algae jelly) barrier
      2. Eel sends out weak electric signal
      3. Fish moves due to the eel's electric signal. The eel recognises this movement.
      4. Eel attacks with strong electric shocks
    4. (B) Expansion of the first doublet and corresponding tension trace (off-scale peaks were estimated).

      Fig. 3 tab B: This panel is a zoomed picture of the first signal of panel A. It shows that the fish moves only some Milliseconds after the eel's doublet of shocks.

    5. (A) Examples of doublets and corresponding tension responses.

      Fig. 3 Tab A: Each shock by a eel (red peak) makes the fish move (black graph)