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. 2007 Oct 2;5(10):e264. doi: 10.1371/journal.pbio.0050264

Figure 3. Conditioned Odor Intensity Discrimination Requires Synaptic Transmission from MB and Depends on Gαs Signaling.

Figure 3

Conditioned odor intensity discrimination between different concentrations of MCH (left panels) or BA (right panels) was (A) abolished by MB ablation (+HU), (B) disrupted by transient block (30 °C) of synaptic transmission from MB in C309/shits, 247/shits, or 201Y/shits flies, (C) not affected by disruption of Gαq in MB of dsGαq/C309, dsGαq/247, or dsGαq/201Y flies, (D) severely affected by developmental disruption of Gαs in MB of Gαs*/C309 or Gαs*/247 flies, and (E) abolished in an adult-specific manner by disruption of Gαs (at restrictive temperature, 30 °C, for 3 d) in MB of Gαs*, GAL80ts/C309 flies. n = 6 PIs for each group.