FIELD: medicine.
SUBSTANCE: method involves recording fluoresceine distribution in vascular system of eye and lesion foci, onset and duration of lesion foci hypo- and hyperfluorescence in time during choroidal, arterial and venous phase. A lesion focus is simultaneously selected during maximum fluorescence period in given phase. Lesion focus fluorescence intensity and homogeneity, usable for diagnosing tuberculous chorioretinitis activity, are analyzed by interpreting eye fundus tissue optical density data.
EFFECT: high accuracy of diagnosis.
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