OSE
Station 1
B-scan : identify, principle and what
structures are involved?
Station 2
FFA + colour fundus photographs :
Identify , principle of FFA and description of sequential FFA ( DR treated
with laser)
Station 3
Transposition and spherical
equivalent
Station 4
Fusion slide of synaptophore: identify
and principle
Station 5
Axial scan T2 MRI of brain ; identify
and explain
Station 6
Amount + direction of decentration
required with a person of 10 prism dioptre esophoria wearing +5 D sphere.
Station 7
Humphrey field analysis: Identify
, explain and what structures are involved ( superior and inferior arcuate
scotomas)
Station 8
Hess charts : identify , principle
and explain VI C.N palsy
OSCE
Case 1
Extraocular eye movement + cover tests
: asked to identify the glasses with fresnel prisms
Case 2
Confrontational field tests with left
homonymous hemianopia ; asked about the site of lesion and questions about
congruency
Case 3
Pupils; RAPD , light reflex, retinal
causes of RAPD, would chiasmal lesion cause RAPD?
Case 4
SLE : uveitis , subluxation of lens
, PS + rubeosis, asked various methods of illumination and perform sclerotic
scatter.
Case 5
Keratometry: Readings of one eye ,
principle of JS
Case 6
Focimetry: reading of both lenses
+ principles and identification of the various components of Focimeter.
Case 7
Indirect ophthalmoscope : RP , use
of +28 D
Case 8
Direct ophthalmoscope: normal individual,
use of small aperture and what is the magnification and how it is achieved
?i.e 60/4
Practical refraction:
Rt. amblyopic 53 yrs old lady in a
wheel chair with unaided V.A of 6/9 and 6/5!! final prescription of +0.75
DS/-0.25 @75 AND PLANO in left. Final V.A was still 6/9 and 6/5!! .
Reading add of+1.25 leading
to N5 near vision. |