Publication | Closed Access
Photoreceptors in Primitive Chordates: Fine Structure, Hyperpolarizing Receptor Potentials, and Evolution
112
Citations
12
References
1971
Year
Hyperpolarizing Receptor PotentialsMolecular BiologyFine StructurePhototropinPrimitive ChordatesPhotosynthesisBiophysicsHealth SciencesPhotochemistryG Protein-coupled ReceptorReceptor (Biochemistry)PhotomorphogenesisInvertebrate VisionNervous SystemVertebrate VisionBiologyPattern FormationPhotoreceptor CellSignal TransductionNeuroanatomyPhysiologyMedicinePhotoreceptive Membrane
Two species of primitive chordates have hyperpolarizing photoreceptor potentials, as vertebrates do. In Salpa the photoreceptive membrane is composed of microvilli, whereas in Amaroucium it is modified from cilia. There appears to be no functional correlation between fine structure of photoreceptive membrane and polarity of response to light.
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