PN / LVN Focused

Falls: Risk & Prevention

Falls are the leading cause of injury in older adults — and most are preventable. This guide covers what raises the risk, the medications behind so many falls, how to assess risk, the prevention that actually works, why restraints aren't the answer, and exactly what to do after a fall.

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01

Why Falls Matter

Falls are the leading cause of injury and injury-related death in adults 65 and older — and the most important point for the exam is that most falls are preventable.

  • Hip fractures from falls are a leading reason older adults are placed in long-term care, with high rates of complications and death in the year that follows.
  • Head injuries are especially dangerous in patients on anticoagulants (warfarin, apixaban) — even a minor bump can bleed.
  • Fear of falling starts a downward spiral: the person moves less → muscles weaken (deconditioning) → balance worsens → fall risk goes up.
Prevention is a nursing priority

Because most falls are preventable, fall prevention is one of the most heavily tested safety topics on the NCLEX-PN. Expect questions on who is at risk, how to keep them safe, and what to do after a fall.

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02

Risk Factors

Fall risk splits into intrinsic factors (inside the patient) and extrinsic factors (the environment and medications). The more factors stacked together, the higher the risk.

Intrinsic (the patient)

A previous fall — the strongest single predictor

Gait, balance, and muscle weakness

Orthostatic hypotension & dizziness

Poor vision; cognitive impairment or delirium

Urinary urgency/incontinence (rushing to the toilet)

Foot problems; chronic disease (stroke, Parkinson's, arthritis)

Extrinsic (environment & meds)

Medications — sedatives, antihypertensives, and more

Throw rugs, clutter, cords, wet floors

Poor lighting; no night-light

No grab bars or raised toilet seat

Improper footwear (socks, loose slippers)

Misused or out-of-reach assistive devices

Always ask: "Have you fallen in the past year?"

A prior fall is the number-one predictor of the next one. One screening question identifies many of your highest-risk patients — make it routine.

03

Medications That Cause Falls

Fall-risk-increasing drugs work mostly by causing sedation, confusion, or low blood pressure. Reviewing them is a core part of prevention.

Sedative-hypnotics & benzodiazepines+ "Z-drugs"
Sedation, slowed reaction, confusion. Among the biggest fall risks (and on the Beers list).
Antipsychotics & antidepressants
Sedation, dizziness, and orthostatic drops in blood pressure.
Opioids
Sedation, dizziness, and impaired thinking.
Antihypertensives & diuretics
Orthostatic hypotension; diuretics also drive urgent trips to the toilet.
Anticholinergics
Blurred vision and confusion (see the polypharmacy guide on anticholinergic burden).
Blood-sugar-lowering drugs
Hypoglycemia causes weakness, shakiness, and confusion.
The more drugs, the higher the risk

It isn't just one drug — polypharmacy itself raises fall risk. Each added sedating or blood-pressure-lowering drug compounds the danger, so a medication review belongs in every fall-prevention plan. See Polypharmacy & Medication Safety.

04

Fall-Risk Assessment

Assess fall risk on admission and after any change in condition, medication, or environment — not just once.

The Morse Fall Scale — 6 factors

A widely used screening tool. A higher total score means higher risk (the cutoff for "high risk" varies by facility):

  • History of falling (recent fall)
  • Secondary diagnosis (more than one medical condition)
  • Ambulatory aid (cane, walker, or holding furniture)
  • IV therapy / saline lock
  • Gait/transferring (weak or impaired)
  • Mental status (overestimates ability / forgets limitations)

Other tools you may see: the Timed Up and Go and the Hendrich II Fall Risk Model.

? How do you check for orthostatic hypotension, and what makes it positive?
Measure BP and heart rate while the patient is lying down, then again after they stand (within about 1–3 minutes). It's positive — orthostatic hypotension — with a drop of ≥20 mmHg systolic or ≥10 mmHg diastolic, or if the patient becomes dizzy/symptomatic. Guard the patient during the test and teach them to rise slowly.
05

Prevention That Works

Most prevention is simple and environmental. Know the universal precautions that apply to every at-risk older adult.

Bed & call light
Bed in the lowest position, locked wheels; call light and personal items within reach; answer calls promptly.
Footwear & floor
Non-skid footwear; clear, dry, clutter-free path; clean up spills immediately.
Lighting & vision
Good lighting and a night-light; glasses and hearing aids on and within reach.
Toileting
Proactive, scheduled toileting — urgency and rushing to the bathroom cause many falls.
Mobility & strength
Assistive devices within reach and used correctly; physical therapy, strength and balance training; review for vitamin D as ordered.
Monitoring
Hourly rounding, fall-risk identification (armband/signage), rooms near the nurses' station; bed/chair alarms as an adjunct (not a substitute for supervision).
Medications
Review and minimize fall-risk drugs with the prescriber.
If a question offers "bed low + call light in reach," it's usually right

The highest-yield answers are the simple, universal ones: bed low and locked, call light reachable, non-skid footwear, clear path, prompt toileting. Pick the basic safety intervention over restraints or alarms.

06

Restraints Aren't the Answer

Restraints do not prevent falls — and can make injuries worse. Always use the least restrictive approach first.

  • Restraints cause harm — deconditioning, agitation, pressure injuries, and even strangulation or death.
  • Try alternatives first — bed/chair alarms, frequent rounding, scheduled toileting, lower beds, keeping the patient nearby, family presence, and activities/distraction.
  • If a restraint is truly necessary — it requires a provider order with specific criteria, the least restrictive type, regular monitoring and release, and ongoing reassessment. It is a last resort, never routine fall prevention.
Restraints can worsen confusion and injury

On the exam, restraints are almost never the right fall-prevention answer. Choose the least-restrictive option. A restrained, confused older adult may struggle and be injured more severely than an unrestrained one.

07

After a Fall

If you find a patient on the floor, do not rush to lift them. Assess for injury first — moving an injured patient can do more harm.

1
Assess in place. Check responsiveness and the ABCs (airway, breathing, circulation). Stay with the patient and call for help.
2
Check for injury before moving. Pain, deformity, bleeding, and signs of a head injury (especially on anticoagulants) or a hip fracture — the affected leg shortened and externally rotated.
3
Vital signs & neuro checks. Include orthostatic vitals and a neurologic assessment once it's safe.
4
Notify the provider and follow orders for imaging or further evaluation.
5
Document objectively & report. Chart only what you observed — no blame or assumptions. Complete an incident/occurrence report (kept separate from the chart) and revise the care plan.
? A nurse finds an older adult on the floor reporting hip pain, with the right leg shortened and turned outward. What does this suggest, and what's the priority?
A shortened, externally rotated, painful leg is the classic sign of a hip fracture. Do not move or stand the patient. Keep them still, assess ABCs and the limb (pain, pulses, color), take vital signs, and notify the provider for imaging. Moving them could worsen the injury or cause further harm.
08

Frequently Asked Questions

Common student questions on this topic.

What is the strongest predictor that an older adult will fall?
A previous fall is the single strongest predictor of a future fall. Always ask every older adult whether they have fallen in the past year, and treat a recent fall as a major risk factor that should trigger a full fall-risk assessment. Other strong intrinsic predictors include problems with gait and balance, muscle weakness, and orthostatic hypotension.
How do you measure orthostatic (postural) blood pressure?
Measure blood pressure and heart rate with the patient lying down after resting a few minutes, then repeat after the patient stands (measuring within about 1 to 3 minutes of standing). A positive result — orthostatic hypotension — is a drop of at least 20 mmHg systolic or 10 mmHg diastolic, or the patient becoming symptomatic with dizziness. Keep the patient safe during the test, and teach them to rise slowly to prevent falls.
Should restraints be used to prevent falls?
No. Restraints do not prevent falls and can make injuries worse — they cause deconditioning, agitation, pressure injuries, and even strangulation or death. Care should always use the least restrictive approach, starting with alternatives such as bed and chair alarms, frequent rounding, toileting schedules, lower beds, and keeping the patient near the nurses' station. Restraints require a provider order, strict criteria, and close monitoring, and are a last resort — not a fall-prevention tool.
What should the nurse do first when finding a patient who has fallen?
Do not rush to lift the patient. Assess them where they are first: check responsiveness and the ABCs, then look for injury, pain, and signs of a head injury or fracture before moving them. Take vital signs and neurologic checks, then notify the provider. Document the event objectively (only what you observed, with no blame), complete an incident/occurrence report, and update the care plan. Be especially alert for head injury in patients on anticoagulants and for a possible hip fracture.
Which medications most increase fall risk in older adults?
The biggest offenders are drugs that affect the brain or blood pressure: sedative-hypnotics and benzodiazepines, "Z-drugs" like zolpidem, antipsychotics, antidepressants, opioids, and antihypertensives and diuretics (which cause orthostatic hypotension). Anticholinergics and blood-sugar-lowering drugs (from hypoglycemia) also raise risk. Taking several of these together — polypharmacy — increases the danger further, so a medication review is a core part of fall prevention.
Why is a hip fracture so serious for an older adult?
A hip fracture from a fall is a leading reason older adults are admitted to long-term care, and it carries high rates of complications and death within the following year. The resulting immobility can lead to pneumonia, blood clots, pressure injuries, and loss of independence. A classic sign of a hip fracture is the affected leg appearing shortened and externally (outwardly) rotated, with pain on movement — which is why prevention is so important.
09

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