Tinetti is a health metric used in clinical and wellness assessments to support informed decision-making.

How is this calculated?

The calculation uses established medical formulas and evidence-based parameters to produce accurate results.

Who should use this calculator?

Healthcare professionals, students, and individuals seeking to understand their health metrics can benefit from this tool.

How accurate are the results?

Results are based on peer-reviewed formulas but should be verified with a healthcare provider for clinical decisions.

What inputs are needed?

The calculator requires specific health measurements which vary depending on the metric being calculated.

Can this replace medical advice?

No. This tool is for educational purposes and should not replace professional medical consultation.

5 more

MEDICALGeriatric MedicineHealth Calculator

🏥

Tinetti

Active elderly with good balance and gait

Did our AI summary help? Let us know.

Evidence-based calculations Used in clinical settings worldwide Regular monitoring recommended

Ready to run the numbers?

Why: This calculation helps assess important health parameters for clinical and personal wellness tracking.

How: Enter your values above and the calculator will apply validated formulas to compute your results.

Evidence-based calculationsUsed in clinical settings worldwide

Sources:Medical LiteratureWHO Guidelines

Run the calculator when you are ready.

Understanding TinettiUse the calculator below to check your health metrics

Low Fall Risk (68M)

Active elderly with good balance and gait

Click to load

Moderate Risk (75F)

Some balance issues, uses cane occasionally

Click to load

High Fall Risk (82F)

Post-stroke with significant impairment

Click to load

Parkinson Patient (70M)

Gait freezing and shuffling steps

Click to load

Post-Hip Surgery (78F)

Recovering from hip replacement

Click to load

Sample Scenarios

Low Fall Risk (68M)

Active elderly with good balance and gait

Moderate Risk (75F)

Some balance issues, uses cane occasionally

High Fall Risk (82F)

Post-stroke with significant impairment

Parkinson Patient (70M)

Gait freezing and shuffling steps

Post-Hip Surgery (78F)

Recovering from hip replacement

Balance Assessment (16 points)

Sitting Balance

Arising from Chair

Immediate Standing Balance (first 5 sec)

Standing Balance

Balance with Sternal Nudge

Eyes Closed (standing)

Turning 360 Degrees

Sitting Down

Gait Assessment (12 points)

Initiation of Gait

Step Length (both feet)

Step Height (both feet)

Step Symmetry

Step Continuity

Path Deviation

Trunk Stability

Walking Stance (base)

For informational purposes only — not medical advice. Consult a healthcare professional before acting on results.

🏥 Health Facts

— WHO

— CDC

What is the Tinetti Assessment?

The Tinetti Assessment Tool, also known as the Performance-Oriented Mobility Assessment (POMA), is a clinical test used to evaluate gait and balance in older adults. Developed by Dr. Mary Tinetti, it consists of two parts: a balance assessment (16 points) and a gait assessment (12 points), totaling 28 points maximum.

It takes 10-15 minutes to administer and requires only a chair and a clear walkway. The test helps identify specific mobility problems and guide interventions.

<19

High Fall Risk

19-24

Moderate Fall Risk

25-28

Low Fall Risk

Assessment Components

Balance (16 points)

• Sitting balance
• Arising from chair
• Immediate standing balance
• Standing balance
• Response to sternal nudge
• Eyes closed standing
• Turning 360°
• Sitting down

Gait (12 points)

• Initiation of gait
• Step length
• Step height
• Step symmetry
• Step continuity
• Path deviation
• Trunk stability
• Walking stance

Clinical Applications

When to Use Tinetti

• Community-dwelling elderly assessment
• Hospital discharge planning
• Rehabilitation progress monitoring
• Post-surgical mobility evaluation
• Medication effect assessment
• Annual geriatric wellness screening

Clinical Settings

• Outpatient geriatric clinics
• Physical therapy departments
• Nursing homes and assisted living
• Home health assessments
• Fall prevention programs
• Research studies on mobility

Evidence & Validation

Psychometric Properties

• Inter-rater reliability: ICC = 0.85-0.99
• Test-retest reliability: r = 0.88-0.97
• Sensitivity for fall prediction: 70-80%
• Specificity: 52-70%

Clinical Utility

• Well-validated across populations
• Sensitive to change over time
• Identifies specific deficits
• Guides targeted interventions

Original Research

The Tinetti assessment was developed by Dr. Mary Tinetti and published in 1986. The original study demonstrated that scores below 19 predicted a 5x increased risk of falling within 6 months. It has since been validated in numerous clinical trials and is recommended by the American Geriatrics Society.

Score Interpretation Guide

25-28 Points: Low Fall Risk

Patient demonstrates good balance and gait. Independent ambulation is safe with minimal fall risk.

Recommendations: Continue regular exercise, annual reassessment, general fall precautions.

19-24 Points: Moderate Fall Risk

Patient shows some balance or gait deficits. Increased supervision may be needed.

Recommendations: PT evaluation, consider assistive device, home safety assessment, medication review.

<19 Points: High Fall Risk

Patient has significant mobility deficits with substantial fall risk. Close supervision required.

Recommendations: PT referral urgently, assistive device evaluation, hip protectors, home modifications, fall alarm system.

Intervention Strategies

Balance Training

• Standing balance exercises
• Weight shifting drills
• Single-leg stance practice
• Tandem walking
• Tai Chi or yoga programs
• Vestibular rehabilitation

Gait Training

• Step length training
• Step height exercises
• Walking with obstacles
• Speed variation practice
• Turning and direction changes
• Assistive device training

Home Modifications

• Remove throw rugs
• Install grab bars
• Improve lighting
• Clear pathways
• Non-slip surfaces
• Secure handrails

Comparison with Other Fall Risk Tools

Feature	Tinetti	Berg Balance	TUG	Morse
Score Range	0-28	0-56	Time (sec)	0-125
Time to Administer	10-15 min	15-20 min	1-2 min	5 min
Assesses Gait	Yes	No	Yes	No
Equipment Needed	Chair only	Multiple	Chair, stopwatch	None
Best Setting	Outpatient/Home	Rehab	Any	Hospital

Detailed Balance Assessment Items

Sitting Balance (0-1)

Observe patient sitting in chair. 0 = Leans or slides in chair; 1 = Steady, safe

Arising (0-2)

Ask patient to stand without using armrests. 0 = Unable; 1 = Uses arms or multiple attempts; 2 = Rises without arms in single attempt

Immediate Standing Balance (0-2)

First 5 seconds after standing. 0 = Unsteady, uses support; 1 = Steady but uses walker/cane; 2 = Steady without walker/cane

Standing Balance (0-2)

Side-by-side stance. 0 = Unsteady; 1 = Steady with wide stance or needs support; 2 = Narrow stance without support

Nudge Test (0-2)

Light push on sternum. 0 = Begins to fall; 1 = Staggers, grabs support; 2 = Steady

Eyes Closed (0-1)

Standing with eyes closed. 0 = Unsteady; 1 = Steady

Turning 360° (0-2)

Turn completely around. 0 = Discontinuous steps; 1 = Continuous but unsteady; 2 = Continuous, steady

Sitting Down (0-2)

Return to sitting. 0 = Unsafe, misjudges distance; 1 = Uses arms or uncontrolled; 2 = Safe, smooth motion

Detailed Gait Assessment Items

Initiation of Gait (0-1)

Immediately after "go." 0 = Any hesitancy or multiple attempts; 1 = Begins walking without hesitation

Step Length & Height (0-2)

Swing foot passes stance foot. 0 = Does not pass; 1 = Passes stance foot; 2 = Foot clears floor completely

Step Symmetry (0-1)

Compare right and left step lengths. 0 = Unequal; 1 = Appear equal

Step Continuity (0-1)

Walking rhythm. 0 = Stopping or discontinuity; 1 = Steps appear continuous

Path (0-2)

Walking in a straight line. 0 = Marked deviation; 1 = Mild/moderate deviation or uses device; 2 = Straight without device

Trunk (0-2)

Body sway. 0 = Marked sway or uses device; 1 = No sway but needs device or flexed; 2 = No sway, upright, no device

Walking Stance (0-1)

Base of support. 0 = Heels apart (wide base); 1 = Heels almost touching while walking

Fall Prevention Program Development

Multifactorial Fall Prevention Components

Medical Evaluation

• Review medications (especially psychotropics, antihypertensives)
• Assess orthostatic hypotension
• Vision examination and correction
• Evaluate for cardiac arrhythmias
• Screen for peripheral neuropathy
• Assess foot health and footwear

Functional Assessment

• Cognitive screening (dementia increases fall risk)
• Lower extremity strength testing
• Proprioception and vestibular function
• ADL/IADL assessment
• Fear of falling evaluation
• History of previous falls

Exercise Programs

• Otago Exercise Program
• Tai Chi for balance
• Group exercise classes
• Home-based PT programs
• Stepping On (group program)

Environmental Modifications

• Remove throw rugs and clutter
• Install grab bars in bathroom
• Improve lighting throughout
• Secure stair handrails
• Non-slip surfaces

Assistive Technology

• Personal alarm/Life Alert
• Motion sensor lighting
• Hip protectors
• Appropriate footwear
• Mobility aids (cane, walker)

Fall Prevention Guidelines Summary

AGS/BGS Clinical Practice Guideline Recommendations

All adults 65+ should be asked annually about falls and difficulty with walking or balance.

Individuals who report a fall or gait/balance difficulty should have a multifactorial fall risk assessment.

Multifactorial intervention should include exercise with balance, strength, and gait training.

Vitamin D supplementation (800 IU/day) should be recommended for those at risk of deficiency.

Medication review with reduction/withdrawal of fall-risk-increasing drugs is recommended.

Risk Factor Checklist

Intrinsic Risk Factors

☐ History of falls in past year
☐ Gait or balance impairment
☐ Muscle weakness (lower extremity)
☐ Visual impairment
☐ Cognitive impairment/dementia
☐ Depression
☐ Postural hypotension
☐ Dizziness/vertigo
☐ Urinary incontinence
☐ Arthritis affecting mobility
☐ Fear of falling
☐ Peripheral neuropathy

Extrinsic Risk Factors

☐ Polypharmacy (≥4 medications)
☐ Psychotropic medications
☐ Environmental hazards at home
☐ Improper footwear
☐ Improper use of assistive device
☐ Poor lighting
☐ Throw rugs or clutter
☐ Lack of grab bars in bathroom
☐ Stairs without handrails
☐ Pets underfoot
☐ Sedating medications
☐ Alcohol use

Tinetti Score Change & Clinical Significance

Minimal Detectable Change (MDC)

• Balance subscale: ~2-3 points
• Gait subscale: ~2 points
• Total score: ~4-5 points

Clinical Interpretation

• Score improvement ≥4 points = meaningful change
• Score decline ≥4 points = reassess interventions
• Monitor every 3-6 months in rehabilitation

Physical Therapy Interventions Based on Tinetti Deficits

For Balance Deficits (Score <12/16)

Exercises

• Single-leg stance progressions
• Tandem stance and walking
• Weight shifting exercises
• Reaching activities challenging COG
• Eyes-closed balance training
• Foam surface balance

Specific Interventions

• Vestibular rehabilitation if indicated
• Proprioceptive training
• Core stability exercises
• Lower extremity strengthening
• Ankle strategy training
• Hip strategy training

For Gait Deficits (Score <9/12)

Gait Training

• Step length training (over obstacles)
• Step height training (marching)
• Heel-toe walking pattern
• Arm swing coordination
• Dual-task walking
• Variable speed training

Strengthening Focus

• Hip flexor strengthening
• Hip abductor strengthening
• Ankle dorsiflexor strengthening
• Gluteal activation exercises
• Quadriceps strengthening
• Functional step-ups

Assistive Device Recommendations by Score

Tinetti Score	Risk Level	Recommended Device	Supervision Level
25-28	Low	None or straight cane as needed	Independent
19-24	Moderate	Straight cane or quad cane	Supervision for challenging activities
10-18	High	Quad cane or standard walker	Standby assistance
<10	Very High	Rolling walker or wheelchair	Physical assistance required

Documentation Best Practices

What to Document

• Date and time of assessment
• Total Tinetti score (balance + gait)
• Individual subscale scores
• Specific items with impaired scores
• Assistive device used during testing
• Environmental conditions
• Patient cooperation and effort
• Comparison to previous assessment

Communication Tips

• Include score in nursing handoff
• Post fall risk sign at bedside
• Communicate changes immediately
• Inform family of mobility status
• Share with interdisciplinary team
• Update care plan accordingly
• Document patient/family education

Setting Rehabilitation Goals with Tinetti

Short-Term Goals (2-4 weeks)

• Improve Tinetti score by 4-5 points (clinically significant change)
• Address specific balance items with lowest scores
• Improve sit-to-stand independence
• Increase step length and clearance

Long-Term Goals (6-12 weeks)

• Achieve Tinetti score ≥24 (low fall risk)
• Reduce or eliminate need for assistive device
• Return to community ambulation
• Independent with home exercise program

Clinical Pearl: A change of ≥4 points on the total Tinetti score represents clinically meaningful improvement. Use this threshold when evaluating intervention effectiveness.

Tinetti vs Other Mobility Assessments

Assessment	Time	Equipment	Best For
Tinetti (POMA)	10-15 min	Chair only	Detailed balance + gait analysis
Timed Up and Go	1-3 min	Chair, stopwatch	Quick screening
Berg Balance Scale	15-20 min	Multiple items	Detailed balance only
4-Stage Balance Test	2-5 min	None	Quick static balance
6-Minute Walk Test	6+ min	Hallway, stopwatch	Endurance assessment

Common Balance and Gait Problems in Elderly

Neurological Causes

Parkinson's disease: Shuffling gait, festination, freezing
Stroke: Hemiparesis, circumduction
Peripheral neuropathy: Wide-based, steppage gait
Vestibular disorders: Unsteadiness, veering
Normal pressure hydrocephalus: Magnetic gait
Cerebellar dysfunction: Ataxic, wide-based gait

Musculoskeletal Causes

Osteoarthritis: Antalgic gait, reduced ROM
Hip/knee replacement: Trendelenburg, limping
Foot problems: Pain-avoidant patterns
Spinal stenosis: Stooped posture, neurogenic claudication
Sarcopenia: Weakness, decreased stride
Deconditioning: Fatigue, slow speed

Using Tinetti in Special Populations

Patients with Dementia

• Use simple, one-step commands
• Allow extra time for processing
• May need demonstration of tasks
• Consider attention span limitations
• Score may reflect cognition as well as mobility

Patients with Parkinson's Disease

• Test during "on" and "off" medication states if possible
• Note presence of dyskinesias affecting score
• Look for freezing episodes during turns
• Tinetti validated in PD population
• Consider UPDRS gait items as well

Post-Surgical Patients

• Document precautions (weight-bearing status)
• Use to track rehabilitation progress
• Baseline assessment before surgery is valuable
• Compare to pre-surgical mobility levels
• Consider pain impact on performance

Key References

1. Tinetti ME. Performance-oriented assessment of mobility problems in elderly patients. J Am Geriatr Soc. 1986;34(2):119-126.
2. Tinetti ME, Williams TF, Mayewski R. Fall risk index for elderly patients based on number of chronic disabilities. Am J Med. 1986;80(3):429-434.
3. Faber MJ, Bosscher RJ, van Wieringen PC. Clinimetric properties of the performance-oriented mobility assessment. Phys Ther. 2006;86(7):944-954.
4. American Geriatrics Society, British Geriatrics Society. Summary of the Updated Clinical Practice Guideline for Prevention of Falls in Older Persons. J Am Geriatr Soc. 2011;59(1):148-157.
5. Panel on Prevention of Falls in Older Persons. Summary of the AGS/BGS Clinical Practice Guideline for Prevention of Falls. J Am Geriatr Soc. 2011.
6. Kegelmeyer DA, Kloos AD, Thomas KM, Kostyk SK. Reliability and validity of the Tinetti Mobility Test for individuals with Parkinson disease. Phys Ther. 2007;87(10):1369-1378.
7. Lin MR, Hwang HF, Hu MH, Wu HD, Wang YW, Huang FC. Psychometric comparisons of the timed up and go, one-leg stand, functional reach, and Tinetti balance measures in community-dwelling older people. J Am Geriatr Soc. 2004;52(8):1343-1348.
8. Raîche M, Hébert R, Prince F, Corriveau H. Screening older adults at risk of falling with the Tinetti balance scale. Lancet. 2000;356(9234):1001-1002.
9. Sterke CS, Huisman SL, van Beeck EF, de Vries OJ, Looman CW, van der Cammen TJ. Is the Tinetti Performance Oriented Mobility Assessment (POMA) a feasible and valid predictor of short-term fall risk in nursing home residents with dementia? Int Psychogeriatr. 2010;22(2):254-263.
10. Nnodim JO, Alexander NB. Assessing falls in older adults: a comprehensive fall evaluation to reduce fall risk in older adults. Geriatrics. 2005;60(10):24-28.
11. Podsiadlo D, Richardson S. The timed "Up & Go": a test of basic functional mobility for frail elderly persons. J Am Geriatr Soc. 1991;39(2):142-148.
12. Verghese J, Holtzer R, Lipton RB, Wang C. Quantitative gait markers and incident fall risk in older adults. J Gerontol A Biol Sci Med Sci. 2009;64(8):896-901.

Clinical Pearls for Tinetti Assessment

• Consistency is key: Always use the same chair height and test environment for serial assessments
• Time the patient: While not officially scored, noting time to complete tasks provides additional clinical information
• Watch for fatigue: Performance may decline if test is repeated; allow rest between assessments
• Document assistive devices: Always note if patient used cane, walker, or other aid during testing
• Consider medication timing: For Parkinson's patients, document timing of assessment relative to medication
• Safety first: Always have another person nearby when testing high-risk patients; be prepared to provide assistance
• Documentation: Record any near-falls, loss of balance, or need for assistance even if patient completed the task

👈 START HERE

⬅️Jump in and explore the concept!