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Malingering or simulation in ophthalmology-visual acuity 被引量:2

Malingering or simulation in ophthalmology-visual acuity
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摘要 Simulation can be defined as malingering, or sometimes functional visual loss (FVL). It manifests as either simulating an ophthalmic disease (positive simulation), or denial of ophthalmic disease (negative simulation). Conscious behavior and compensation or indemnity claims are prominent features of simulation. Since some authors suggest that this is a manifestation of underlying psychopathology, even conversion is included in this context. In today's world, every ophthalmologist can face with simulation of ophthalmic disease or disorder. In case of simulation suspect, the physician's responsibility is to prove the simulation considering the disease/disorder first, and simulation as an exclusion. In simulation examinations, the physician should be firm and smart to select appropriate test(s) to convince not only the subject, but also the judge in case of indemnity or compensation trials. Almost all ophthalmic sensory and motor functions including visual acuity, visual field, color vision and night vision can be the subject of simulation. Examiner must be skillful in selecting the most appropriate test. Apart from those in the literature, we included all kinds of simulation in ophthalmology. In addition, simulation examination techniques, such as, use of OCT (optical coherence tomography), frequency doubling perimetry (FDP), and modified polarization tests were also included. In this review, we made a thorough literature search, and added our experiences to give the readers up-to-date information on malingering or simulation in ophthalmology. Simulation can be defined as malingering, or sometimes functional visual loss (FVL). It manifests as either simulating an ophthalmic disease (positive simulation), or denial of ophthalmic disease (negative simulation). Conscious behavior and compensation or indemnity claims are prominent features of simulation. Since some authors suggest that this is a manifestation of underlying psychopathology, even conversion is included in this context. In today's world, every ophthalmologist can face with simulation of ophthalmic disease or disorder. In case of simulation suspect, the physician's responsibility is to prove the simulation considering the disease/disorder first, and simulation as an exclusion. In simulation examinations, the physician should be firm and smart to select appropriate test(s) to convince not only the subject, but also the judge in case of indemnity or compensation trials. Almost all ophthalmic sensory and motor functions including visual acuity, visual field, color vision and night vision can be the subject of simulation. Examiner must be skillful in selecting the most appropriate test. Apart from those in the literature, we included all kinds of simulation in ophthalmology. In addition, simulation examination techniques, such as, use of OCT (optical coherence tomography), frequency doubling perimetry (FDP), and modified polarization tests were also included. In this review, we made a thorough literature search, and added our experiences to give the readers up-to-date information on malingering or simulation in ophthalmology.
出处 《International Journal of Ophthalmology(English edition)》 SCIE CAS 2011年第5期558-566,共9页 国际眼科杂志(英文版)
关键词 MALINGERING SIMULATION CONVERSION HYSTERIA malingering simulation conversion hysteria
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参考文献37

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同被引文献16

  • 1Neil R. Miller.Functional neuro-ophthalmology[J]. Handbook of Clinical Neurology . 2011
  • 2Yehoshua Almog,Arie Nemet.The Correlation Between Visual Acuity and Color Vision as an Indicator of the Cause of Visual Loss[J]. American Journal of Ophthalmology . 2010 (6)
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  • 6Karolína Skorkovská,Holger Lüdtke,Helmut Wilhelm,Barbara Wilhelm.Pupil campimetry in patients with retinitis pigmentosa and functional visual field loss[J]. Graefe’s Archive for Clinical and Experimental Ophthalmology . 2009 (6)
  • 7Avesh Raghunandan,Robert S. Buckingham.The utility of clinical electrophysiology in a case of nonorganic vision loss[J]. Optometry - Journal of the American Optometric Association . 2008 (8)
  • 8Brad Fortune,Xian Zhang,Donald C. Hood,Shaban Demirel,Emily Patterson,Annisa Jamil,Steven L. Mansberger,George A. Cioffi,Chris A. Johnson.Effect of Recording Duration on the Diagnostic Performance of Multifocal Visual-evoked Potentials in High-risk Ocular Hypertension and Early Glaucoma[J]. Journal of Glaucoma . 2008 (3)
  • 9Rex B. Villegas,Pauline F. Ilsen.Functional vision loss: A diagnosis of exclusion[J]. Optometry - Journal of the American Optometric Association . 2007 (10)
  • 10Keigo Shikishima,Kenji Kitahara,Tokihide Mizobuchi,Masaki Yoshida.Interpretation of visual field defects respecting the vertical meridian and not related to distinct chiasmal or postchiasmal lesions[J]. Journal of Clinical Neuroscience . 2006 (9)

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