Completed

NCT Number: NCT03130400

Kinematic Parameters to Predict Knee Diseases.

There is no study to explore the prediction of knee diseases using kinematic parameters of knee during gait. The aim of this study is to explore the possibility of predicting knee diseases by gait parameters.

Completed

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Key information

Conditions

Knee Injuries Arthritis Joint Diseases Knee Arthritis Leg Injuries Musculoskeletal Diseases Wounds and Injuries

Age range

18 year–90 year

Sex eligibility

All sexes

Study type

Observational

Primary location

Hospital of Orthopedics, Guangzhou General Hospital of Guangzhou Military Command

Guangzhou, Guangdong, 510010, China

Who can participate

Healthy volunteers accepted: Yes

Only the study team can determine whether someone qualifies for participation.

Inclusion criteria

age> 18 years
body mass index<30;
confirmed radiographically or by surgery to have knee injuries/arthritis;
knee pain in their knees at least one months;
able to walk unaided

Exclusion criteria

history of other lower limbs' surgery/injuries/arthritis (hip or ankle);
Corticosteroid or Sodium Hyaluronate injection within 6 months;
neuropathic arthropathy or rheumatoid arthritis;
any other muscular or neurological diseases that affected the condition of the lower limbs;
unable to walk independently;
history of heart disease;
body mass index> 30;
age> 90 years;
unable to finish the procedure

Treatment and study plan

Observational gait analysis procedure

Procedure

All the participants underwent a standard observational procedure: i) diagnosed with knee injuries/arthritis; ii) For KOA, take radiographic examination (x-ray) and take gait analysis on a treadmill in barefoot; iii) For knee injuries, take gait analysis before surgery, the disease of patients was confirmed by surgery (knee arthroscopy); iv)Normal people take an physical examination to avoid other disease;

Primary outcomes

Knee flexion/extension angle at initial contact during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee internal/external rotation angle at initial contact during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee adduction/abduction angle at initial contact during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
knee anterior/posterior translation at initial contact during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee medial/lateral translation at initial contact during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee proximal/distal translation at initial contact during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee flexion/extension angle at opposite toe off during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee internal/external rotation angle at opposite toe off during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee adduction/abduction angle at opposite toe off during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee anterior/posterior translation at opposite toe off during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee distal/proximal translation at opposite toe off during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee medial/lateral translation at opposite toe off during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee flexion/extension angle at heel rise during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee internal/external rotation angle at heel rise during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee adduction/abduction angle at heel rise during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee anterior/posterior translation at heel rise during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee distal/proximal translation at heel rise during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee medial/lateral translation at heel rise during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee flexion/extension angle at opposite initial contact during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee internal/external angle at opposite initial contact during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee adduction/abduction angle at opposite initial contact during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee anterior/posterior translation at opposite initial contact during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee distal/proximal translation at opposite initial contact during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee medial/lateral translation at opposite initial contact during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee flexion/extension angle at toe off during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee adduction/abduction angle at toe off during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee internal/external rotation angle at toe off during gait.

Time frame: About 15 min

The same as the first primary outcome measure.
Knee anterior/posterior translation at toe off during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee distal/proximal translation at toe off during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee medial/lateral translation at toe off during gait

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee flexion/extension angle at feet adjacent during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee internal/external rotation angle at feet adjacent during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee adduction/abduction angle at feet adjacent during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee anterior/posterior translation at feet adjacent during gait.

Time frame: About 15 min

The same as the first primary outcome measure.
Knee distal/proximal translation at feet adjacent during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee medial/lateral translation at feet adjacent during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee flexion/extension angle at tibia vertical during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee adduction/abduction angle at tibia vertical during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee internal/external rotation angle at tibia vertical during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee anterior/posterior translation at tibia vertical during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee distal/proximal translation at tibia vertical during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Knee medial/lateral translation at tibia vertical during gait.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Range of motion of knee flexion/extension angle.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Range of motion of knee internal/external rotation angle.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Range of motion of knee adduction/abduction angle.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Range of motion of knee anterior/posterior translation.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Range of motion of knee distal/proximal translation.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.
Range of motion of knee medial/lateral translation.

Time frame: About 15 min

The gait cycle include seven key events (e.g. initial contact), and each gait has six degrees of freedom, including knee flexion/extension, internal/external rotation, adduction/abduction, anterior/posterior translation, distal/proximal translation, medial/lateral translation. The unit of angle is degree and that of translation is millimetre.

Sponsors and collaborators

Lead sponsor

Guangzhou General Hospital of Guangzhou Military Command

Other

Collaborators

Medical Center of Assessment, Prevention and Treatment of Bone & Joint Diseases, Guangdong, China

Registry information

Official study title

Can Gait Parameters Predict Knee Injuries/Arthritis?

Important dates

Study start: 2017
Primary completion: 2017
Study completion: 2017
First posted: Apr 26, 2017
Registry last updated: May 18, 2017

OpenTrials presents study information sourced from ClinicalTrials.gov. The official registry record should be consulted for the latest information.

View the official ClinicalTrials.gov record (opens in a new tab)

This listing is for discovery and informational purposes only. It is not medical advice, does not guarantee that a study is recruiting, and does not determine eligibility. Contact the study team and a qualified healthcare professional when considering participation.

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Key information

Conditions

Age range

Sex eligibility

Study type

Primary location

Hospital of Orthopedics, Guangzhou General Hospital of Guangzhou Military Command

Who can participate

Treatment and study plan

Observational gait analysis procedure

Primary outcomes

Knee flexion/extension angle at initial contact during gait.

Knee internal/external rotation angle at initial contact during gait.

Knee adduction/abduction angle at initial contact during gait.

knee anterior/posterior translation at initial contact during gait.

Knee medial/lateral translation at initial contact during gait.

Knee proximal/distal translation at initial contact during gait.

Knee flexion/extension angle at opposite toe off during gait.

Knee internal/external rotation angle at opposite toe off during gait.

Knee adduction/abduction angle at opposite toe off during gait.

Knee anterior/posterior translation at opposite toe off during gait.

Knee distal/proximal translation at opposite toe off during gait.

Knee medial/lateral translation at opposite toe off during gait.

Knee flexion/extension angle at heel rise during gait.

Knee internal/external rotation angle at heel rise during gait.

Knee adduction/abduction angle at heel rise during gait.

Knee anterior/posterior translation at heel rise during gait.

Knee distal/proximal translation at heel rise during gait.

Knee medial/lateral translation at heel rise during gait.

Knee flexion/extension angle at opposite initial contact during gait.

Knee internal/external angle at opposite initial contact during gait.

Knee adduction/abduction angle at opposite initial contact during gait.

Knee anterior/posterior translation at opposite initial contact during gait.

Knee distal/proximal translation at opposite initial contact during gait.

Knee medial/lateral translation at opposite initial contact during gait.

Knee flexion/extension angle at toe off during gait.

Knee adduction/abduction angle at toe off during gait.

Knee internal/external rotation angle at toe off during gait.

Knee anterior/posterior translation at toe off during gait.

Knee distal/proximal translation at toe off during gait.

Knee medial/lateral translation at toe off during gait

Knee flexion/extension angle at feet adjacent during gait.

Knee internal/external rotation angle at feet adjacent during gait.

Knee adduction/abduction angle at feet adjacent during gait.

Knee anterior/posterior translation at feet adjacent during gait.

Knee distal/proximal translation at feet adjacent during gait.

Knee medial/lateral translation at feet adjacent during gait.

Knee flexion/extension angle at tibia vertical during gait.

Knee adduction/abduction angle at tibia vertical during gait.

Knee internal/external rotation angle at tibia vertical during gait.

Knee anterior/posterior translation at tibia vertical during gait.

Knee distal/proximal translation at tibia vertical during gait.

Knee medial/lateral translation at tibia vertical during gait.

Range of motion of knee flexion/extension angle.

Range of motion of knee internal/external rotation angle.

Range of motion of knee adduction/abduction angle.

Range of motion of knee anterior/posterior translation.

Range of motion of knee distal/proximal translation.

Range of motion of knee medial/lateral translation.

Sponsors and collaborators

Lead sponsor

Collaborators

Registry information

Official study title

Important dates

Related clinical trials

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The SOAR (Stop OsteoARthritis) Program Proof-of-Concept Study

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