To present a new phenotype of torpedo maculopathy on spectral domain optical coherence tomography imaging (SD-OCT).


 The fovea-involving component exhibited disruption of ellipsoid zone without outer-retinal cavitation on SD-OCT, consistent with the prior-described type 1 OCT morphology.  Inner choroidal excavation with preservation of the overlying outer-retinal structures represents a novel morphological phenotype on SD-OCT in torpedo maculopathy. 
SD-OCT
To present a new phenotype of torpedo maculopathy on spectral domain optical coherence tomography imaging (SD-OCT).


 The fovea-involving component exhibited disruption of ellipsoid zone without outer-retinal cavitation on SD-OCT, consistent with the prior-described type 1 OCT morphology.  Inner choroidal excavation with preservation of the overlying outer-retinal structures represents a novel morphological phenotype on SD-OCT in torpedo maculopathy. 
SD-OCT
To present a new phenotype of torpedo maculopathy on spectral domain optical coherence tomography imaging (SD-OCT).


 The fovea-involving component exhibited disruption of ellipsoid zone without outer-retinal cavitation on SD-OCT, consistent with the prior-described type 1 OCT morphology.  Inner choroidal excavation with preservation of the overlying outer-retinal structures represents a novel morphological phenotype on SD-OCT in torpedo maculopathy. 
SD-OCT