The Tinetti test, also known as POMA (Performance-Oriented Mobility Assessment), evaluates walking and balance in elderly individuals through a series of standardized items. Developed by Mary Tinetti in 1986, it remains one of the most widely used clinical tools to quantify fall risk. Its administration requires only a chair, the patient’s usual mobility aid, and about five minutes. The score obtained directly informs rehabilitation or prevention strategies.
Ceiling Effect and Inter-Examiner Variability of the Tinetti Test
Most practical sheets available online present the Tinetti as a reliable and quick tool, without mentioning its metrological limitations. Two biases are worth noting before integrating it into an assessment.
The first is the ceiling effect in still-autonomous subjects. When an elderly patient maintains good mobility, their score clusters near the maximum. The test then loses its ability to detect subtle deficits or measure progress after rehabilitation.
The second concerns the subjectivity of scoring. The items rely on an ordinal scale (0, 1, or 2), and variability between two examiners can be significant if training is not standardized. A physiotherapist experienced in geriatrics and an untrained caregiver will not score an item like “standing balance with eyes closed” in the same way.
A professional wishing to download a complete printable model of the Tinetti test would benefit from accompanying the document with a commented scoring grid to harmonize practices within a team.
Tinetti Score Scoring: Static Balance and Walking
Two versions of the test coexist in the literature, which regularly generates confusion during interpretation.
| Version | Balance Part | Walking Part | Total Score |
|---|---|---|---|
| Original Version (16 items) | 9 items, out of 16 points | 7 items, out of 12 points | 28 points |
| Extended Version (22 items) | 13 items, out of 26 points | 9 items, out of 9 points | 35 points |
The 28-point version is the most common in international publications and in physiotherapy assessments. The 35-point version, sometimes used in nursing homes, reverses the scoring direction on certain items: a high score indicates a greater risk, unlike the original version.
Checking which version is on the printed document is the first step before any administration. Using the interpretation thresholds of one with the form of the other skews the result.
Interpretation Thresholds for the 28-Point Version
- Score above 24 points: fall risk considered low. The patient has generally preserved balance, but regular monitoring remains relevant.
- Score between 19 and 24 points: moderate fall risk. This range justifies a targeted prevention program (muscle strengthening, proprioceptive training).
- Score below 19 points: high fall risk. Specific rehabilitation and environmental adjustments are recommended.
These thresholds are not diagnoses. They serve as a clinical decision-making aid, always to be placed in the overall context of the patient (associated pathologies, sedative treatments, history of falls).
Tinetti and Other Fall Risk Scales: Complementarity
The Tinetti is not the only tool available. Two other tests frequently appear in geriatric assessments: the Timed Up and Go (TUG) and the Hendrich II Fall Risk Model.
The TUG measures the time needed to rise from a chair, walk three meters, turn around, and sit back down. It provides a timed data point, thus less subject to subjective interpretation. However, it does not detail the components of balance as the Tinetti does.
The Hendrich II is more oriented towards the hospital setting. Recent recommendations for assessing fall risk in hospitalized patients tend to favor this type of model, which incorporates medication and cognitive factors absent from the Tinetti.
Combining the Tinetti with the TUG offers a more comprehensive assessment: the former details qualitative deficits item by item, while the latter quantifies overall functional performance through measured time. This combination limits false negatives related to the ceiling effect of the Tinetti alone.
Conditions for Administration for a Reliable Tinetti Score
The required material is intentionally simple: a chair with a backrest and no armrests, and the patient’s usual walking aid (cane, walker). The examiner observes and scores without physically intervening, except in cases of immediate fall risk.
Common Errors During Administration
Changing chairs between two successive evaluations alters the seat height, which affects the comparability of scores on the “chair rise” item. Ideally, the height used should be noted on the printed form.
Scoring a patient under the influence of a recently modified sedative treatment produces a score that reflects more the pharmacology than the actual locomotor ability. The time of day and medication status should be recorded on the form to make longitudinal follow-up interpretable.
Conducting the test in a narrow or cluttered hallway alters the patient’s walking behavior, particularly on items related to trajectory and step symmetry. A clear space of at least a few meters in a straight line remains the minimum condition.
The Tinetti test retains its relevance in geriatrics as long as its limitations are known and each administration is standardized. The score alone is not enough: it is the item-by-item analysis, combined with the clinical context and results from other tests, that truly guides fall prevention.
