2. Objective of the Tutorial
► To give a simple introduction to
clinical anatomy, physiology &
embryology of the eye.
► TO recognize clinical approach to the eye
Complaints.
8. A good history commonly leads to a diagnosis
Helps you focus your examination
Indicates when/what investigations are needed
9. Introduce yourself.
• Note – never forget patient names
•Respect patient privacy.
General Approach
Try to see things from patient point of view. Understand
patient mental status, anxiety, irritation or depression.
Listening
Questioning: simple/clear/avoid medical terms/leading,
interrupting, direct questions and summarizing.
10. STRUCTURAL ORGANISATION OF
HISTORY
1. PERSONAL DATA
2. PRESENTING COMPLAINTS (P/C)
3. PAST OCULAR HISTORY (POHx)
4. PAST MEDICAL HISTORY (PMHx)
5. DRUG HISTORY (DHx)
6. FAMILY HISTORY (FHx)
7. SOCIAL HISTORY (SHx)
11. PERSONAL HISTORY
Name: To be familiar with your patient
Age:
Buphthalmos in infants
Keratoconus in teenage
Senile cataract in old age
Sex:
Males as Retinitis pigmentosa
Females as Autoimmune Diseases
Address: to know socioeconomic state
Telephone no: to keep contact with your patients
Special habits: Sports and smoking
Occupations: metal workers
13. Chief Complaint
• The main reason push the pt. to seek for visiting a ophthalmic
consultation.
• Usually a single symptoms, occasionally more than one complaints
e.g. blurred vision, swelling, pain, trauma, inflammation etc.
• The patient describe the problem in their own words.
• It should be recorded in his/her own words.
• What brings your here? How can I help you? What seems to be the
problem?
14. How long?
Involving one or both eyes?
Any associated symptoms?
Any similar problems before?
Analysis of complaints
15. COMPLAINTS
*Diplopia: uniocular or binocular
*Flashes of lights: RD
*Floaters as Musca volitans
*Metamorphopsia as in macular diseases
*Field defects: glaucoma
Visual :
*Diminution of vision:
Gradual: Cataract or errors of refraction
Sudden: CRAO
17. PAST OCULAR HISTORY (POHx)
Any ocular medications, surgery, eye hospital
visits
Use of spectacles, contact lenses etc.
Last time spectacles where changed.
18. PAST MEDICAL HISTORY (PMHx)
DM
HTN
HIV
RHEUMATOID ATHRITIS
ASTHMA
CARDIAC DISEASE
19. DRUG HISTORY (DHx)
BETA BLOCKERS
ANTI COAGULANTS
STEROIDS – in steroid responders, causes
glaucoma
TOPICAL GENTAMYCIN – causes epithelial
toxicity
24. NORMAL VISUAL RESPONSE
Age Visual response
Newborn Light perception
4-7 weeks Eye contact with mother
4-12 weeks Fixates and follows interesting bright
coloured objects
3 months Change expression smiles and cries
3-4 months Reach objects using vision
6-9 months Crawling and later walking avoiding
objects
Gwiazda et al 1980
25. FIXATION TARGETS (fix and follow) :
If appropriate targets are used, this reflex can be demonstrated
by about 6 wk of age.
Binocular fixation preference :
26. OPTICOKINETIC NYSTAGMUS :
Evaluation of the presence or absence of
opticokinetic nystagmus was the first “technologic”
approach to acuity measurement in preverbal
children.
27. VISUAL ACUITY
Rules
It is a test for central vision only
Discuss gratings with your patient
Start with one eye (uniocular)
Good illuminated chart with higher contrast
37. Examination of IRIS
COLOUR
Light blue or green in Caucasians and Dark brown in
orientals
Heterochromia iridium- different colour
of 2 iris
Heterochromia iridis-different colour of sectors of the
same iris
38. Examination of PUPIL
NUMBER
o Normal: 1 pupil
o Rarely: more than 1 pupil (polycoria)
LOCATION
o Normal: almost centre of the iris, slightly nasal
o Rarely: congenitally eccentric (corectopia)
SIZE
o Normal: 3-4mm depending upon illumination
o It may be abnormally small (miosis) or large(mydriasis)
o Anisocoria- It is a condition where there is difference
between the size of two pupils
39. Examination of LENS
POSITION
o Normal: patellar fossa by the zonules
o Dislocation of lens: lens not present in its normal position
i. Anterior dislocation-present in anterior chamber
ii. Posterior dislocation-present in vitreous cavity
40. o Subluxation of lens-lens is partially displaced from its position
• Causes-trauma, marfan’s syndrome, homocystinuria
o Aphakia-absence of lens
• It is diagnosed by
i. jet black pupil, deep anterior chamber, empty patellar fossa by slit
lamp biomicroscopy
ii. hypermetropic eye on ophthalmoscopy, retinoscopy
iii. ABSENCE of 3rd and 4th purkinje images
o Pseudophakia-
• When posterior chamber IOL is present, it is diagnosed by black
pupil, deep anterior chamber, shining reflexes (from anterior surface of
IOL) and PRESENCE of all the four Purkinje images
42. Techniques of Fundus Examination
1) Ophthalmoscopy
a) Distant direct ophthalmoscopy
b) Direct ophthalmoscopy
c) Indirect ophthalmoscopy
2) Slit lamp bio-microscopic examination by
a) Indirect slit lamp bio-microscopy
b) Hruby lens bio-microscopy
c) Contact lens bio-microscopy