Visigoths -- Cultural assimilation : Rome and Byzantium in the Visigothic Kingdom : Beyond Imitatio Imperii / edited by Damián Fernández, Molly Lester, and Jamie Wood
2023
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Visigoths -- France : The battle of Vouillé, 507 CE : where France began / edited by Ralph W. Mathisen and Danuta Shanzer
Visigoths -- Portugal -- Historiography : History and chronicles in late medieval Iberia : representations of Wamba in late medieval narrative histories / by Aengus Ward
2011
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Visigoths -- Social life and customs : Rome and Byzantium in the Visigothic Kingdom : Beyond Imitatio Imperii / edited by Damián Fernández, Molly Lester, and Jamie Wood
Visigoths -- Spain -- Historiography : History and chronicles in late medieval Iberia : representations of Wamba in late medieval narrative histories / by Aengus Ward
Visio Sancti Pauli (anoniem) : Die Visio Pauli : Wege und Wandlungen einer orientalischen Apokryphe im lateinischen Mittelalter unter Einschluss der alttschechischen und deutschsprachigen Textzeugen / von Lenka Jiroušková
2006
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Visio Tnugdali. : La vision de Tondal : à la recherche des chantres glagolitiques & latins de la Dalmatie médiévale
2004
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Visio Tnugdali -- Manuscripts -- Congresses. : Margaret of York, Simon Marmion, and the Visions of Tondal : papers delivered at a symposium organized by the Department of Manuscripts of the J. Paul Getty Museum in collaboration with the Huntington Library and Art Collections, June 21-24, 1990 / Thomas Kren, editor
Function of the human eye that is used in bright illumination or in daylight (at photopic intensities). Photopic vision is performed by the three types of RETINAL CONE PHOTORECEPTORS with varied peak absorption wavelengths in the color spectrum (from violet to red, 400 - 700 nm)
Function of the human eye that is used in bright illumination or in daylight (at photopic intensities). Photopic vision is performed by the three types of RETINAL CONE PHOTORECEPTORS with varied peak absorption wavelengths in the color spectrum (from violet to red, 400 - 700 nm)
Defects of color vision are mainly hereditary traits but can be secondary to acquired or developmental abnormalities in the CONES (RETINA). Severity of hereditary defects of color vision depends on the degree of mutation of the ROD OPSINS genes (on X CHROMOSOME and CHROMOSOME 3) that code the photopigments for red, green and blue
Defects of color vision are mainly hereditary traits but can be secondary to acquired or developmental abnormalities in the CONES (RETINA). Severity of hereditary defects of color vision depends on the degree of mutation of the ROD OPSINS genes (on X CHROMOSOME and CHROMOSOME 3) that code the photopigments for red, green and blue
Defects of color vision are mainly hereditary traits but can be secondary to acquired or developmental abnormalities in the CONES (RETINA). Severity of hereditary defects of color vision depends on the degree of mutation of the ROD OPSINS genes (on X CHROMOSOME and CHROMOSOME 3) that code the photopigments for red, green and blue
Defects of color vision are mainly hereditary traits but can be secondary to acquired or developmental abnormalities in the CONES (RETINA). Severity of hereditary defects of color vision depends on the degree of mutation of the ROD OPSINS genes (on X CHROMOSOME and CHROMOSOME 3) that code the photopigments for red, green and blue
Vision considered to be inferior to normal vision as represented by accepted standards of acuity, field of vision, or motility. Low vision generally refers to visual disorders that are caused by diseases that cannot be corrected by refraction (e.g., MACULAR DEGENERATION; RETINITIS PIGMENTOSA; DIABETIC RETINOPATHY, etc.)
Visual impairments limiting one or more of the basic functions of the eye: visual acuity, dark adaptation, color vision, or peripheral vision. These may result from EYE DISEASES; OPTIC NERVE DISEASES; VISUAL PATHWAY diseases; OCCIPITAL LOBE diseases; OCULAR MOTILITY DISORDERS; and other conditions (From Newell, Ophthalmology: Principles and Concepts, 7th ed, p132)
Visual impairments limiting one or more of the basic functions of the eye: visual acuity, dark adaptation, color vision, or peripheral vision. These may result from EYE DISEASES; OPTIC NERVE DISEASES; VISUAL PATHWAY diseases; OCCIPITAL LOBE diseases; OCULAR MOTILITY DISORDERS; and other conditions (From Newell, Ophthalmology: Principles and Concepts, 7th ed, p132)
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Vision -- Diseases -- Diagnosis : Visual diagnosis and care of the patient with special needs / editors, Marc B. Taub, Dominick M. Maino, Mary Bartuccio
Visual impairments limiting one or more of the basic functions of the eye: visual acuity, dark adaptation, color vision, or peripheral vision. These may result from EYE DISEASES; OPTIC NERVE DISEASES; VISUAL PATHWAY diseases; OCCIPITAL LOBE diseases; OCULAR MOTILITY DISORDERS; and other conditions (From Newell, Ophthalmology: Principles and Concepts, 7th ed, p132)