Correction: Characterization of a Prawn OA/TA Receptor in Xenopus Oocytes Suggests Functional Selectivity between Octopamine and Tyramine
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There are several locations within the paper that refer to the incorrect Supporting Information file. The locations of the errors and the correct Supporting Information files are as follows: In the Results and Discussion section, the eighth sentence of the first paragraph under the subheading “Tyramine, octopamine and dopamine evoke complex direct-currents (ID) in OA/TAMac injected oocytes” should cite S8 Fig. instead of S2 Fig. In the Results and Discussion section, the final sentence of the first paragraph under the subheading “The pharmacological profile of OA/TAMac is similar to other octopamine/tyramine type receptors” should cite S7 Fig. instead of S5 Fig. In the Results and Discussion section, the third sentence of the first paragraph under the subheading “What are the cellular and/or molecular mechanisms that give rise to the observed functional selectivity?” should cite S3 Fig. instead of S7 Fig. In the Materials and Methods section, the first sentence of the second paragraph under the subheading “Electrophysiology” should cite S3 Fig. instead of S7 Fig. In the Materials and Methods section, the seventh sentence under the subheading “cAMP detection and the determination of whole oocyte conductance” should cite S5A Fig. instead of S7A Fig. In the Materials and Methods section, the final sentence under the subheading “cAMP detection and the determination of whole oocyte conductance” should cite S5 Fig. instead of S7 Fig. In the Materials and Methods section, the fourth sentence of the second paragraph under the subheading “Data analysis and figure preparation” should cite S8 Fig. instead of S2 Fig. In the Materials and Methods section, the fifth sentence of the second paragraph under the subheading “Data analysis and figure preparation” should cite S5 Fig. instead of S3 Fig.
منابع مشابه
Characterization of a Prawn OA/TA Receptor in Xenopus Oocytes Suggests Functional Selectivity between Octopamine and Tyramine
Here we report the characterization of an octopamine/tyramine (OA/TA or TyrR1) receptor (OA/TAMac) cloned from the freshwater prawn, Macrobrachium rosenbergii, an animal used in the study of agonistic social behavior. The invertebrate OA/TA receptors are seven trans-membrane domain G-protein coupled receptors that are related to vertebrate adrenergic receptors. Behavioral studies in arthropods ...
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