UV-laser ablation of sensory cells in living insects
UV-laser ablation of sensory cells in living insects
Fuhr, G.; Ronacher, B.; Krahe, R.; Fest, S.; Shirley, S.G.; Rogaschewski, S.
1999-04-01 00:00:00
). The handling of living insects, the survival, and physiological response after treatment are described. We selectively interrupted the d-receptor of the tympanal organ, which is the receptor system responsible for the locust’s sensitivity in the high-frequency range (>10 kHz). The effects of the laser treatment were tested by determining hearing thresholds in electrophysiological recordings from the tympanal nerves. In agreement with the literature, the interruption of the d-receptors led to a significant shift towards higher values of the thresholds in the high-frequency range. Future perspectives and biological applications of UV-laser ablation are discussed.
http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.pngApplied Physics A: Materials Science ProcessingSpringer Journalshttp://www.deepdyve.com/lp/springer-journals/uv-laser-ablation-of-sensory-cells-in-living-insects-T0XeaupxFX
UV-laser ablation of sensory cells in living insects
). The handling of living insects, the survival, and physiological response after treatment are described. We selectively interrupted the d-receptor of the tympanal organ, which is the receptor system responsible for the locust’s sensitivity in the high-frequency range (>10 kHz). The effects of the laser treatment were tested by determining hearing thresholds in electrophysiological recordings from the tympanal nerves. In agreement with the literature, the interruption of the d-receptors led to a significant shift towards higher values of the thresholds in the high-frequency range. Future perspectives and biological applications of UV-laser ablation are discussed.
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