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Does patella taping alter the degree of knee motion during functional tasks in individuals with anterior knee pain?

Effect of patella taping on knee kinematics in individuals with Patellofemoral Pain Syndrome. A Crossover design study

Status
Completed
Phases
Unknown
Study type
Interventional
Source
ANZCTR
Registry ID
ACTRN12617000378325
Enrollment
30
Registered
2017-03-13
Start date
2016-10-03
Completion date
2018-01-23
Last updated
2018-02-26

For informational purposes only — not medical advice. Sourced from public registries and may not reflect the latest updates. Terms

Conditions

None listed

Brief summary

Patellofemoral Pain syndrome (PFPS) is a condition associated with anterior knee pain in the absence of other pathology. Kinematic variations have been identified in this condition. Physiotherapy management of this condition aims to correct neuromuscular imbalances and the use of patella taping is a common adjunct to manual therapy and exercise prescription. With the advancement in taping materials and variation in application methods further investigation into the influence patella taping has on knee kinematics is justified. Aim To investigate if the application of patella tape influences the knee kinematics in three planes of motion compared to baseline untaped data. Objectives Analyse knee kinematics during three functional tasks of walking, step descent and single leg squat for each individual Compare the effects of the two different taping materials (rigid and dynamic tape) on the repeated functional tasks versus the control data

Interventions

Kinematic analysis of the knee joint of individuals with Patellofemoral pain syndrome using 3D analysis software ( KneeKG infrared tracking device (Emovi Medical) while performing 3 functional activities - walking, step down and single leg squat, at Baseline (untaped) with Dynamic Taping (Intervention A) and with Rigid tape (Intervention B). Each taping application will be specific to the individuals requirements. Baseline measure- following application of the exoskeleton harness, a habitulisa

Kinematic analysis of the knee joint of individuals with Patellofemoral pain syndrome using 3D analysis software ( KneeKG infrared tracking device (Emovi Medical) while performing 3 functional activities - walking, step down and single leg squat, at Baseline (untaped) with Dynamic Taping (Intervention A) and with Rigid tape (Intervention B). Each taping application will be specific to the individuals requirements. Baseline measure- following application of the exoskeleton harness, a habitulisation period of 2 minutes walking on the treadmill (to acclimitise to the harness placement and the treadmill walking action) and calibration of the knee KG system(which takes about 5 minutes maximum and requires the individual to move their leg in a variety of directions) the individual will be analysed performing the following 3 tasks. 1. walking at a comfortable speed on a treadmill for 45 seconds. 2 tests were completed 2. stepping down from a 20cm block with unharnessed leg to floor and returning repeatedly for 15 seconds and a slow and steady pace. 2 repeat tests carried out 3. Single leg squats for 15 seconds. 2 tests also. The intervention order will predetermined by the participation number and was randomly generated using a computer program That taping technique was then applied by the assessor. Intervention A Involves the application of Dynamic tape(TM) which is a new concept sports tape composed of synthetic stretch nylon and lycra cloth with a choice of 4 techniques deemed appropriate for the individuals requirements depending on their biomechanics, neuromuscular deficiencies and patella alignment. Once the 1st Intervention (A or B) has completed the individual can either remove the tape immediately or keep it on and remove it 12 hrs prior to the 2nd testing session Intervention B will be the application of rigid sports tape which has a Rayon construction with rubber zinc oxide adhesive material. This will be used in combination with hypoallergenic tape as an underlay, such as Fixomull.. The application is based on the McConnell Taping principle where the patella is repositioned and held by the tape. It will include medial glide, medial tilt and medial rotation as required for the participants presentation. The 3 functional tasks as performed in the baseline measure were repeated immediately and then again on another day with a minumum of 12 hour washout period between the interventions Testing occurs in the Physiotherapy Department at Prince of Wales Hospital and is carried out by the principal investigator who has 20 + yrs experience as a musculoskeletal physiotherapist. Once the 1st Intervention (A or B) has been completed the individual can either remove the tape immediately or keep it on and remove it a minumum of 12 hrs prior to the 2nd testing session.

Sponsors

Kerri Blyth
Lead SponsorIndividual

Study design

Allocation
Randomised controlled trial
Intervention model
Crossover
Primary purpose
Treatment
Masking
Open (masking not used)

Eligibility

Sex/Gender
All
Age
18 Years to No maximum
Healthy volunteers
No

Inclusion criteria

Any individual presenting with anterior knee pain exacerbated by 2 or more of the following activities – walking, running, jumping, ascending or descending stairs, static quads contraction, prolonged knee flexion

Exclusion criteria

Diagnosis of any other knee pathology including Knee OA, patella #, patella dislocation, ligamentous, soft tissue injury or previous knee surgery, recent physiotherapy intervention including taping application or previous skin reaction to adhesive tape

Outcome results

None listed

Source: ANZCTR · Data processed: Feb 4, 2026