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Showing 1–5 of 5 results
Advanced filters: Author: ROLAND HENGSTENBERG Clear advanced filters
  • How can a fly manoeuvre so artistically? Part of the answer lies in its halteres — 'gyroscopic' sense organs that tell the fly about its rotations in space. A study of these halteres now reveals that they are controlled in an unexpected way. The muscles that control the halteres are similar to those that control movement of the wings. Moreover, at least two of these muscles receive inputs from the visual system, and this may help to explain how the fly performs visually guided movements.

    • Roland Hengstenberg
    News & Views
    Nature
    Volume: 392, P: 757-758
  • Images on our retinas shift as we turn and move. Such image motions are known as ‘optic flow’, and can be described as rotation around three orthogonal axes, or translation along these same axes. By studying optic flow in the pigeon, one group has characterized the translation component. They find that the main axes of the neurons that mediate this response are aligned in the same way as those that are responsible for the rotation component of optic flow.

    • Roland Hengstenberg
    News & Views
    Nature
    Volume: 392, P: 231-232