Fig 1.
Discoloration of the tapetal fundus in dog number 3, diagnosed with retinal lesions.
Fig 2.
Discoloration of the tapetal fundus with irregular foci of hypereflection in dog number 9, diagnosed with retinal lesions.
Fig 3.
The hyperpigmentation with spreading halo of hyperreflection localized dorsally in dog number 10, diagnosed with retinal lesions.
Fig 4.
Measurement of size (length and width) of retinal lesion and its rim thickness (TRT), in dog number 16, also diagnosed with SARDs.
Table 1.
Percentage of ocular abnormalities in examined Polish Hunting Dogs.
Table 2.
Retinal lesions.
Fig 5.
Symmetrical funduscopic changes in dog PRA 3.
A- right eye, B- left eye.
Fig 6.
Advanced retinal atrophy presented as homogenous, thin hyyperrefectiv band on SD-OCT scan in dog PRA 3.
Fig 7.
Disorganization of the retinal layers and atrophy pronounced in the nontapetal fundus, in dog PRA 3.
Green vertical line on SD-OCT scan indicates localization on fundus.
Fig 8.
Complete disorganization of outer retina and the blurring of their respective borders (red arrows). The INL OPL and ONL layers are visible, the ELM, MZ, EZ, OPRS, and IZ bands have lost definition (white arrows) in dog PRA 3. Unilateral coloboma of the iris was diagnosed in 3 dogs aged 2, 6, and 7 years.
Table 3.
Total retinal thickens measured on SC-OCT scans in control group and dog number 3 affected with PRA (μm).
Table 4.
Pedigree analysis in three dogs diagnosed with PRA and they average relatedness with breed population.
Fig 9.
Geographic retinal dysplasia diagnosed in a 6-month-old female dog.
Fig 10.
Multifocal retinal dysplasia with retinal folds diagnosed in a 1.5-year-old male dog.
Fig 11.
Retinal layers with visible architecture.
Loss of definition of ELM band in dog diagnosed with SRADs.
Fig 12.
Loss of definition of ELM, MZ, EZ, OPRS and IZ band in the tapetal fundus, in dog diagnosed with SARDs.
Table 5.
Retinal layer and total retina thickens measurements (μm) in dog affected with SARDS in which stage of disease allowed for measurement.