Optometry Continuing Education

Update on Hypertensive Retinopathy

    • CE credits 2 hours
    • COPE code 55984-SD / 114818
    • Available until Dec 18, 2020
    • $29

Introduction

Objectives

  • To review the ocular manifestations of hypertension, especially hypertensive retinopathy
  • To review the pathophysiology of hypertensive damage to the eye
  • To review the assessment of risk in clinical studies

Case

A 54-year-old female presents to your office for an eye check-up. She has not seen an optometrist in over 10 years, and never required glasses or had any problems with her eyes. She has no specific concerns.

The patient tells you she is otherwise healthy, although again she has not seen a medical doctor in over 10 years. She is on no medications and has no allergies to medications. Family history is unremarkable.

On exam best-corrected visual acuity is 20/40 bilaterally. Pressures are normal at 12 and 13 in the right and left eyes, respectively. Anterior segment exam is normal in both eyes. On dilated fundoscopy of the right eye, the following fundus image is seen. A similar appearance is seen in the left eye.

Fundus photo of left eye

Quick Question

What is the most likely diagnosis?

  • Central Retinal Artery Occlusion

    In this clinical photograph there is no evidence of significant retinal thickening, which is the hallmark of a CRAO. In addition a “cherry-red spot” is not clearly evident. Lastly, the vision remains quite good which would also be unusual in a CRAO

  • AIDS Retinopathy

    AIDS retinopathy is the most common posterior segment finding in HIV+ patients, and presents typically with cotton wool spots and retinal hemorrhages, neither which are seen in this fundus photo. There are also no clues in the history to suggest this patient is HIV+.

  • Diabetic Retinopathy

    Although diabetic and hypertensive retinopathy may appear similar (and often coexist), the fundus appearance is more typical of hypertensive retinopathy, especially with the degree of arteriolar narrowing and lack of hemorrhages. In addition, microaneurysms—which are the hallmark of diabetic retinopathy—are not seen.

  • Hypertensive Retinopathy
    CORRECT

Introduction

Hypertensive retinopathy is the second most common type of retinopathy worldwide, behind only diabetic retinopathy.1 It is defined as changes to the retinal vasculature occurring as a result of prolonged or severely elevated blood pressure. Signs of the condition are present in 2-14% of the non-diabetic population over the age of 40.2-4 Although more common with aging, approximately 8.6% of hypertensive children are affected by retinopathy.5

Hypertension-mediated damage to the eye is classically divided into hypertensive retinopathy (the most common manifestation and focus of this module), hypertensive choroidopathy, and hypertensive optic neuropathy. This module will discuss each separately.

See all cases

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