Ocular Manifestations of Systemic Disorders Practice Questions

Q: All of the following can be seen in patients with accelerated hypertension which can lead to visual loss, EXCEPT:

Glaucoma. In accelerated (malignant) hypertension, the primary pathology involves severe arteriolar narrowing, fibrinoid necrosis of vessel walls, and breakdown of the blood-retinal barrier. **Why Glaucoma is the Correct Answer:** Glaucoma is **not** a direct feature of hypertensive retinopathy. While chronic hypertension is a minor risk factor for primary open-angle glaucoma, it does not acutely cause glaucoma in the context of accelerated hypertension. The vision loss in malignant hypertension is typically due to retinal or optic nerve involvement, not elevated intraocular pressure. **Explanation of Incorrect Options:** * **Vitreous Haemorrhage:** Severe hypertension can lead to the rupture of retinal capillaries or superficial flame-shaped hemorrhages. If these bleed into the vitreous cavity, sudden vision loss occurs. * **Cotton Wool Spots:** These represent focal areas of retinal ischemia (micro-infarcts) in the nerve fiber layer due to the occlusion of terminal arterioles. They are a hallmark of Grade III and IV hypertensive retinopathy. * **Retinal Detachment:** Accelerated hypertension can cause **Exudative Retinal Detachment**. This occurs due to fibrinoid necrosis of the choroidal arterioles (Elschnig’s spots), leading to subretinal fluid accumulation. **High-Yield Clinical Pearls for NEET-PG:** * **Keith-Wagener-Barker Classification:** Grade IV is defined by the presence of **Papilledema** (optic disc edema), which is the hallmark of malignant hypertension. * **Macular Star:** Formed by the deposition of hard exudates in the Henle’s layer of the retina. * **Siegrist Streaks:** Linear hyperpigmented streaks over choroidal vessels, indicating chronic hypertensive damage. * **Elschnig Spots:** Small black spots surrounded by yellow halos, representing focal choroidal infarcts.

Q: A patient presented with reddish discoloration of the eye for the past 2-3 weeks, with no associated pain or history of injury. A probable diagnosis of ocular lymphoma was made. Which of the following cannot be an associated complaint in cases of ocular lymphoma?

None of the above. **Explanation:** Ocular lymphoma, particularly **Primary Vitreoretinal Lymphoma (PVRL)** and **Orbital Lymphoma**, can present with a wide spectrum of clinical features depending on the site of involvement. 1. **Why "None of the above" is correct:** The question asks which of the following *cannot* be an associated complaint. Since loss of vision, proptosis, and diplopia are all well-documented manifestations of ocular lymphoma, none of them can be excluded. * **Loss of vision (A):** Common in PVRL due to vitreous haze (masquerade syndrome) or retinal involvement. * **Proptosis (B):** The most common presenting sign of **Orbital Lymphoma** (usually MALToma), where a lymphoid mass occupies the orbital space, displacing the globe forward. * **Diplopia (C):** Occurs when orbital lymphoma infiltrates or compresses the extraocular muscles, leading to restricted ocular motility. 2. **Why other options are incorrect:** Options A, B, and C are incorrect because they are all classic symptoms of the disease. The "reddish discoloration" mentioned in the stem often refers to a **"Salmon-patch" appearance**, which is pathognomonic for conjunctival lymphoma, but the malignancy can simultaneously involve deeper orbital structures leading to the listed symptoms. **High-Yield Clinical Pearls for NEET-PG:** * **Masquerade Syndrome:** PVRL is the classic "masquerade syndrome," often misdiagnosed as chronic posterior uveitis unresponsive to steroids. * **Salmon-patch appearance:** Characteristic of conjunctival lymphoma (usually B-cell MALT type). * **CNS Association:** PVRL has a very high association with **Primary CNS Lymphoma (PCNSL)**; if ocular lymphoma is suspected, a brain MRI and CSF analysis are mandatory. * **Cytology:** The gold standard for diagnosis of PVRL is a **diagnostic vitrectomy** showing malignant B-cells (large cells with scanty cytoplasm and prominent nucleoli).

Q: Granulomatous uveitis with involvement of the parotid gland is seen in which condition?

Sarcoidosis. **Explanation:** The correct answer is **Sarcoidosis**. The clinical triad of granulomatous uveitis, parotid gland enlargement, and facial nerve palsy is known as **Heerfordt’s syndrome** (also called Uveoparotid fever), which is a specific manifestation of sarcoidosis. **Why Sarcoidosis is Correct:** Sarcoidosis is a multisystemic disorder characterized by non-caseating granulomas. Ocular involvement occurs in approximately 25–50% of cases, most commonly presenting as **bilateral granulomatous uveitis** (marked by "mutton-fat" keratic precipitates and Busacca/Koeppe nodules). The involvement of the parotid gland is a classic systemic association, often presenting as painless bilateral swelling. **Analysis of Incorrect Options:** * **Tuberculosis:** While it causes granulomatous uveitis, it typically presents with caseating necrosis and does not classically involve the parotid gland. * **Syphilis:** Known as the "Great Mimicker," it can cause granulomatous uveitis, but parotid involvement is not a characteristic feature. * **Mumps:** This is a common cause of viral parotitis, but the associated ocular finding is typically a non-granulomatous **acute follicular conjunctivitis** or dacryoadenitis, not granulomatous uveitis. **NEET-PG High-Yield Pearls:** * **Heerfordt’s Syndrome:** Uveitis + Parotitis + Fever + VII Nerve (Facial) Palsy. * **Lofgren’s Syndrome:** Erythema nodosum + Bilateral hilar lymphadenopathy + Arthralgia (another sarcoidosis variant). * **Investigation of Choice:** Serum ACE levels (elevated) and Chest X-ray (showing bilateral hilar lymphadenopathy). * **Definitive Diagnosis:** Biopsy showing non-caseating granulomas.

Q: All of the following cause visual loss in hypertension EXCEPT?

Occipital infarct. **Explanation:** The question asks for the condition that is **NOT** a direct ocular manifestation of hypertension causing visual loss. **Why "Occipital Infarct" is the correct answer:** While hypertension is a major risk factor for stroke (including occipital lobe infarcts), an occipital infarct is a **neurological** complication rather than a direct **ocular** manifestation. In an occipital infarct, the eye itself and the optic nerve remain healthy; the visual loss (typically homonymous hemianopia) occurs due to damage in the visual cortex of the brain. Therefore, it is categorized as a central/cerebrovascular cause of vision loss, not a direct hypertensive eye disease. **Analysis of Incorrect Options:** * **Anterior Ischemic Optic Neuropathy (AION):** Hypertension causes arteriosclerosis of the short posterior ciliary arteries, leading to ischemia of the optic nerve head. This is a classic ocular complication of HTN. * **Papilledema:** Seen in Grade IV Hypertensive Retinopathy (Malignant Hypertension). Increased intracranial pressure or severe vascular leakage leads to bilateral optic disc swelling and significant vision loss. * **Hemorrhage:** Hypertension leads to retinal hemorrhages (flame-shaped), vitreous hemorrhage (secondary to neovascularization or macroaneurysms), and subretinal hemorrhages, all of which directly impair vision. **High-Yield Clinical Pearls for NEET-PG:** * **Keith-Wagener-Barker Classification:** Remember that **Grade IV** is defined by the presence of papilledema. * **Silver/Copper Wiring:** Caused by arteriosclerotic thickening of the vessel walls. * **A/V Nipping (Salus’s Sign):** A hallmark of hypertensive changes where thickened arteries compress veins at crossings. * **Cotton Wool Spots:** Represent microinfarcts of the retinal nerve fiber layer (RNFL).

Q: What is Hutchinson's rule in relation to herpes zoster ophthalmicus?

Is based on involvement of the nasociliary nerve. ### Explanation **Hutchinson’s Rule** is a clinical sign used to predict the likelihood of ocular involvement in **Herpes Zoster Ophthalmicus (HZO)**. It states that if vesicles appear on the side or tip of the nose, there is a significantly higher risk of intraocular inflammation. **1. Why Option B is Correct:** The rule is based on the anatomy of the **Trigeminal nerve (CN V)**. The Ophthalmic division (V1) branches into the frontal, lacrimal, and **nasociliary nerves**. The nasociliary nerve provides sensory innervation to both the **eyeball** (cornea, iris, and ciliary body) and the **skin of the tip and side of the nose** (via the external nasal nerve). Therefore, cutaneous involvement of the nose indicates that the nasociliary nerve is affected, increasing the probability that the ocular structures are also involved. **2. Why Other Options are Incorrect:** * **Option A:** This is the opposite of the rule. Vesicles on the nose imply a *higher* frequency of ocular involvement, not lower. * **Option C:** While a strong predictor, it is not 100% accurate. Approximately 50–75% of patients with a positive Hutchinson’s sign develop ocular complications, and conversely, the eye can be involved even if the sign is negative. **High-Yield Clinical Pearls for NEET-PG:** * **Causative Agent:** Varicella Zoster Virus (VZV) reactivation in the Gasserian ganglion. * **Most Common Ocular Feature:** Keratitis (specifically **pseudodendrites**, which are stuck-on, peripheral, and lack terminal bulbs, unlike HSV dendrites). * **Treatment:** Oral Acyclovir (800 mg 5 times daily for 7–10 days) started within 72 hours of rash onset. * **Chronic Complication:** Post-herpetic neuralgia is the most common debilitating complication in the elderly.

Q: Roth spots are commonly seen in:

Sepsis. **Explanation:** **Roth spots** are oval-shaped retinal hemorrhages characterized by a pale, white center. Pathologically, the white center represents a fibrin-platelet thrombus at the site of capillary rupture. **Why Sepsis is the Correct Answer:** While classically associated with **Subacute Bacterial Endocarditis (SBE)**, Roth spots are not pathognomonic for it. They are frequently seen in conditions involving capillary fragility and systemic inflammation, such as **Sepsis**, Leukemia, and severe Anemia. In Sepsis, circulating immune complexes or septic emboli cause localized vasculitis and capillary rupture, leading to the characteristic "white-centered hemorrhage." **Analysis of Incorrect Options:** * **A. Papilledema:** Characterized by optic disc swelling, blurred margins, and splinter (Paton’s) hemorrhages, but not typically Roth spots. * **C. Diabetes:** Diabetic retinopathy presents with microaneurysms, dot-and-blot hemorrhages, and hard exudates. While rare cases exist, it is not the primary association tested. * **D. Hypertension:** Hypertensive retinopathy is marked by arteriolar narrowing, AV nipping, and flame-shaped hemorrhages. **High-Yield Clinical Pearls for NEET-PG:** * **Mnemonic for Roth Spots (LAMES):** **L**eukemia, **A**nemia, **M**ultiple Myeloma/Bacterial Endocarditis, **E**levated Venous Pressure, **S**epsis/Scurvy. * **Differential Diagnosis:** Always look for **Leukemia** if Sepsis or SBE is not in the options, as Leukemia is a very common cause of Roth spots in clinical vignettes. * **Pathology:** The white center is **not** pus; it is a plug of fibrin and platelets (and sometimes leukemic cells).

Q: What is the most common complication of acute anterior uveitis?

Cataract. **Explanation:** **Why Cataract is the Correct Answer:** Cataract (specifically **Complicated Cataract**) is the most common complication of recurrent or chronic anterior uveitis. It occurs due to two primary mechanisms: 1. **Inflammatory mediators:** The presence of inflammatory cells and cytokines in the aqueous humor alters the metabolism of the lens fibers. 2. **Steroid-induced:** Long-term use of topical or systemic corticosteroids (the mainstay of treatment) significantly increases the risk of posterior subcapsular cataracts. *Note: Posterior synechiae are a common structural complication, but among the options provided, cataract is the most frequent clinical sequela leading to vision loss.* **Analysis of Incorrect Options:** * **A. Acute congestive glaucoma:** While uveitis can cause "Uveitic Glaucoma" (due to trabeculitis or pupillary block from seclusio pupillae), it is less common than cataract. Acute congestive glaucoma typically refers to primary angle-closure, which is a different entity. * **C. Retinal detachment:** This is a rare complication of anterior uveitis. It is more commonly associated with posterior uveitis or CMV retinitis. * **D. Vitritis:** This refers to inflammation in the vitreous. While "spill-over" cells can be seen in the anterior vitreous in severe anterior uveitis, it is a sign of inflammation rather than a primary long-term complication. **High-Yield Clinical Pearls for NEET-PG:** * **Most common cause of Anterior Uveitis:** Idiopathic (overall); HLA-B27 associated (systemic). * **Cystoid Macular Edema (CME):** The most common cause of **decreased vision** in patients with chronic uveitis. * **Band-shaped Keratopathy:** A classic complication seen specifically in **Juvenile Idiopathic Arthritis (JIA)** associated uveitis. * **Mydriatic of choice:** Atropine 1% is used to provide ciliary rest and prevent/break posterior synechiae.

Q: What is the typical pupil appearance in an acute anterior uveitis attack?

Constricted and sluggishly reacting. In acute anterior uveitis (iridocyclitis), the pupil is typically **constricted (miotic) and reacts sluggishly** to light. This occurs due to two primary mechanisms: 1. **Ciliary Muscle Spasm:** Inflammation causes irritation and spasm of the ciliary muscle and the sphincter pupillae. 2. **Iris Edema and Engorgement:** The iris becomes swollen and heavy with inflammatory cells and protein-rich fluid (aqueous flare), hindering its mobility. **Explanation of Options:** * **Option D (Correct):** Constriction is a hallmark sign. The "sluggish" reaction is due to the mechanical resistance caused by iris edema and the presence of inflammatory exudates in the anterior chamber. * **Option A & B:** A **semidilated, vertically oval, and fixed** pupil is characteristic of **Acute Congestive Glaucoma**, not uveitis. This is a critical clinical differentiator. * **Option C:** While the pupil can become **irregular** in uveitis, this usually occurs later due to the formation of **posterior synechiae** (adhesions between the iris and the lens). In a fresh, acute attack before synechiae form, the primary finding is simple constriction. **High-Yield Clinical Pearls for NEET-PG:** * **Mydriatics in Uveitis:** Atropine (1%) is the drug of choice. It relieves pain by paralyzing the ciliary muscle (cycloplegia) and prevents the formation of posterior synechiae by keeping the pupil dilated. * **Festooned Pupil:** If posterior synechiae form and a mydriatic is then instilled, the pupil dilates irregularly at non-adherent points, creating a "festooned" appearance. * **Triad of Anterior Uveitis:** Ciliary congestion, Keratic Precipitates (KPs) on the corneal endothelium, and Aqueous Flare/Cells.

Q: Mutton fat keratic precipitate and Busacca nodules are seen in which type of uveitis?

Granulomatous uveitis. **Explanation:** The presence of **Mutton-fat Keratic Precipitates (KPs)** and **Busacca nodules** is a hallmark of **Granulomatous Uveitis**. 1. **Why Option A is correct:** Granulomatous inflammation is characterized by a cellular infiltrate of epithelioid cells and macrophages. When these cells settle on the corneal endothelium, they form large, greasy, yellowish-white clusters known as **Mutton-fat KPs**. Furthermore, inflammatory cells can aggregate on the iris surface: **Koeppe nodules** (at the pupillary margin) and **Busacca nodules** (on the iris stroma). These findings are typically seen in systemic conditions like Sarcoidosis, Tuberculosis, Syphilis, and Vogt-Koyanagi-Harada (VKH) syndrome. 2. **Why other options are incorrect:** * **Non-granulomatous uveitis:** Characterized by small, fine, "dust-like" KPs composed mainly of lymphocytes and neutrophils. It lacks the large greasy KPs and iris nodules. * **Posterior uveitis:** This refers to the anatomical location (retina/choroid). While granulomatous diseases can cause posterior uveitis, the specific signs mentioned (KPs and iris nodules) are manifestations of **anterior segment** involvement. * **Choroiditis:** This is a specific form of posterior uveitis involving the choroid; it does not primarily present with corneal precipitates or iris nodules. **High-Yield Clinical Pearls for NEET-PG:** * **Koeppe Nodules:** Found at the pupillary margin (seen in both granulomatous and non-granulomatous). * **Busacca Nodules:** Found on the iris stroma (pathognomonic for **granulomatous** uveitis). * **Arlt’s Triangle:** The typical triangular distribution of KPs on the inferior corneal endothelium due to convection currents in the aqueous humor. * **Total Posterior Synechiae:** Can lead to *Iris Bombe* and secondary angle-closure glaucoma.

Question 1

All of the following can be seen in patients with accelerated hypertension which can lead to visual loss, EXCEPT:

Accepted Answer

Glaucoma

Answer

Vitreous haemorrhage

Answer

Cotton wool spots

Answer

Retinal detachment

Question 2

A patient presented with reddish discoloration of the eye for the past 2-3 weeks, with no associated pain or history of injury. A probable diagnosis of ocular lymphoma was made. Which of the following cannot be an associated complaint in cases of ocular lymphoma?

Accepted Answer

None of the above

Answer

Loss of vision

Answer

Proptosis

Answer

Diplopia

Question 3

Granulomatous uveitis with involvement of the parotid gland is seen in which condition?

Accepted Answer

Sarcoidosis

Answer

Tuberculosis

Answer

Syphilis

Answer

Mumps

Question 4

Which of the following is true regarding heterochromic cyclitis?

Accepted Answer

Hyphaema during cataract surgery is due to iris neovascularization.

Answer

60% of patients develop glaucoma.

Answer

Show a good response when treated with steroids.

Answer

Lens implantation following cataract surgery is contraindicated.

Question 5

All of the following cause visual loss in hypertension EXCEPT?

Accepted Answer

Occipital infarct

Answer

Anterior ischemic optic neuropathy

Answer

Papilledema

Answer

Hemorrhage

Question 6

What is Hutchinson's rule in relation to herpes zoster ophthalmicus?

Accepted Answer

Is based on involvement of the nasociliary nerve

Answer

Implies that ocular involvement is infrequent if the side or tip of the nose presents vesicles

Answer

Is a 100 percent predictor of ocular involvement

Answer

All of the above

Question 7

Roth spots are commonly seen in:

Accepted Answer

Sepsis

Answer

Papilledema

Answer

Diabetes

Answer

Hypertension

Question 8

What is the most common complication of acute anterior uveitis?

Accepted Answer

Cataract

Answer

Acute congestive glaucoma

Answer

Retinal detachment

Answer

Vitritis

Question 9

What is the typical pupil appearance in an acute anterior uveitis attack?

Accepted Answer

Constricted and sluggishly reacting

Answer

Semidilated

Answer

Large and fixed

Answer

Irregular and constricted

Question 10

Mutton fat keratic precipitate and Busacca nodules are seen in which type of uveitis?

Accepted Answer

Granulomatous uveitis

Answer

Non-granulomatous uveitis

Answer

Posterior uveitis

Answer

Choroiditis

Ocular Manifestations of Systemic Disorders — MCQs

Ocular Manifestations of Systemic Disorders — MCQs

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