I sat the FRCOphth Part 1 exam in London on 9th
of May 2011.
I studied from "The eye basic sciences in practice" John Forrester and
"Clinical optics" Elkington. These 2 books were very close of being enough -
except few topics - like general medicine, statistics, head and neck anatomy.
I felt the exam was just quiet fair with questions relevant for your clinical
practice and without questions about the huge amount of useless details you
will find in Forrester's book in some chapters.
As a foreigner I made some grammar mistakes and they were very kind to ignore
them and to give me the marks only for my medical knowledge.
Paper 1 - 3 hours - MCQs:
120 multiple choice questions with the usual
mixture of Anatomy(a fair number) and Embriology, Physiology( a fair number as
well), Pathology, Pharmacology and of course Optics
Paper 2 - 2 hours - CRQ:
Question 1.
Diagram of the sympathetic supply of the eye
with A,B and C letters set at different levels.
-
Where are the cell bodies of the three
neurones? - 3 marks
-
A lesion at A (first you need to identify
A=brain stem) has caused a right side Horner.List 2 other neurological
abnormalities caused - 2 marks
-
List 2 possible causes of Horner due to
abnormalities located at position B(you need to identify that B=pre-ggl) - 2
marks
-
A lesion at C(first you need to identify
C=post-ggl), that was treated 8 years ago caused Horner.
-
How will RE and LE pupils respond to the
following drugs: Phenylephrine 0,25%, Cocain 4% and Hydrxyamphetamine 1% - 3
marks
Question 2.
Photo A: histological slide H&E and photo B:
macroscopic appearance of an eye with a tumor-mushroom shape.
-
Photo A: What cell type is shown?State the
other main cell type in uveal melanoma - 2 marks
-
Photo B: explain the collar stud shape of the
tumour - 2 marks
-
State 2 clinical and 2 pathological prognostic
indicators - 3 marks
-
State 3 risk factors for uveal melanoma - 3
marks
Question 3.
Figure from "The eye..." Forrester, Box 4.5, Pg
186, Biochemistry chapter
-
Name the type of cell junctions illustrated by
figures A,B and C - 3 marks. Answer: tight junctions, desmosomes and gap
junction
-
What is the function of each type? - 3 marks
-
What number indentifies a
hemidesmosome?Describe its importance in corneal eipth - 2 marks
-
What type of junctions are found between -
corneal epith cells and PRE cells? - 2 marks
Question 4.
Scenario of a female patient listed for routine
orbital procedure.Blood result shown:
-
What type of anaemia does she presents? - 2
marks Answer: anaemia with small red cell -iron deficiency
-
Give 2 possible causes - 2 marks
-
Give 2 possible causes for raised white cell
count - 2 marks
-
What action would you take - 4 marks
Question 5.
-
Draw a diagram to show how an image of the
retina is formed and viewed using a slit lamp and 90D lens - 4 marks
-
Describe the image formed by the 90D lens - 2
marks
-
What is the difference in image between 90D
and 78D? - 2 marks
-
Describe why is not possible to view the
retina with the slit lamp alone - 2 marks
Question 6.
-
Draw an annotated ray diagram to show how a
compound microscope produces an image that can be viewed - 6 marks
-
The image formed is inverted. How is the erect
image obtained? - 1 mark
-
Name 3 ophthalmic instruments which depend on
the use of the compound microscope - 3 marks
Question 7.
History 1: a +4DS lens is moved 8 mm inferior
and 2 mm nasal.
-
Which direction will the base be for the
vertical prismatic effect in each eye? - 1 mark
-
Calculate the vertical prismatic effect
showing your calculation - 1 mark
-
Which direction will the base be for the
horizontal prismatic effect? - 1 mark
-
Calculate the horizontal prismatic
effect......-1 mark
History 2:a 10D lens is moved 2 mm away from the eye
-
What power of lens is required to produce the
same correction and your calculations -3 marks
-
Transpose +3.00/-4.00X90 in plus cylinder - 3
marks
Question 8.
Photo with an Isihara book open shown
-
What is this test? - 1 mark
-
Describe the principles underlying - 2 marks
-
Name 2 different types of congenital colour
defect that will be detected by the test - 2 marks
-
Name 2 different clinical conditions for which
this test is used - 2 marks
-
How is this test used for illiterates - 1 mark
-
Name 2 other tests for colour vision - 2 marks
Question 9.
Details about an OHT study
-
What is the experimental design for this study
- 1 mark
-
Why were the certified readers masked? - 1
mark
-
Explain what is meant by IOP declined by
4%+/-11% - 2 marks
-
Explain briefly the meaning of Hazard ratio -
3 marks
-
What is the meaning of 95% confidence interval
-2 marks
-
What is the meaning of P<.0001? - 1 mark
Question 10.
Transverse view of the retina with an OCT shown
-
What is this test? - 1 mark
-
Describe the abnormalities with reference to
retinal layers - 4 marks. Answer: intraretinal fluid, subretinal fluid, PED,
increase foveal thickness
-
What is the likely diagn? - 1 mark. Answer wet
AMD
-
List 4 factors that decrease resolution -2
marks
-
What is the significance of different colours?
- 1 mark
-
What additional information does the b scan
gave? - 1 mark
Question 11.
Several images of T1 weighted MRI scan of the
brain
-
What is this test? - 1 mark
-
Describe the main abnormality - 2 marks.
Answer: white, hyper reflective, plaques in periventricular white matter
-
What is the likely diagn? - 1 mark. Answer: MS
-
Give 2 possible visual complaints - 2 marks
-
What is the arterial blood supply of the 4
areas marked on the image? - 4 marks
Question 12.
Images of left eye fundus fluorescein angiography showing CRVO with macular
oedema
-
What is this investigation? - 1 mark
-
What are the principle filters used? - 2 marks
-
Describe the abnormalities shown? - 4 marks. Answer: engorged veins,
hyperfloresc areas in macular region due to leakage, staining of the
collagen in the abnormal veins walls, hypofluoresc areas deep from retinal
vessels plane but covering the choroidal fluorescence = intraretinal
haemorrhages...
-
What is the likely diagn? - 1 mark
-
State 2 possible side effect of IV fluorescein - 2 marks
Result - passed
Good luck to all! OAV