Comparison of Post Operative Early Active and Passive Mobillization of Flexor Tendon in Zone 2

Objective: Despite numerous advances in our understanding of the anatomy, Biomechanics, nutrition and Healing, the result Following Fiewor Tendon repair Shiow relatively high rate of failure the purpost of this study was to compare the result of 50 digits treated by either ‘‘Early active mobilizatio...

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Main Authors: Fereidoun Layeghi, Maryam Farzad, Akram Azad
Format: Article
Language:fas
Published: University of Social Welfare and Rehabilitation Sciences 2003-12-01
Series:Journal of Rehabilitation
Subjects:
Online Access:http://rehabilitationj.uswr.ac.ir/browse.php?a_code=A-10-1-3&slc_lang=en&sid=1
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author Fereidoun Layeghi
Maryam Farzad
Akram Azad
author_facet Fereidoun Layeghi
Maryam Farzad
Akram Azad
author_sort Fereidoun Layeghi
collection DOAJ
description Objective: Despite numerous advances in our understanding of the anatomy, Biomechanics, nutrition and Healing, the result Following Fiewor Tendon repair Shiow relatively high rate of failure the purpost of this study was to compare the result of 50 digits treated by either ‘‘Early active mobilization’’ or ‘‘controlled passive mobilization’’ re gimen in Ivan hand rehabilitation center. Materials & Mathods: Pationt being matched for gende, age, injuries hand, technique of srgery (all with eqitenon first, four strand) in two groups. They were assessed 8 week postoperatibg in respect of total active motion, flexion gap and extension lags. Outcome were defined using ‘‘Strickland’’ and ‘’ Buck – Gramko’’ criteria. Results: The result were 80% excellent and good, 20% fair and no poor in early active motion group and in second group 40% excellent and good, 44% fair and 16% poor due to Strickland criteria. In buck-grancko criteria 52% extension and good, 32% fair and 16% were poor. Mean of total active motion was significantly greater in early active motion group (in E.A.M.150/2, in passive group: 116/41). Conclusion: Actively mobilized tendon underwent intrinsic healing without large gap formation. Active motion generated bith tension and motion and offer several advantage over passive motion: improved tendon nutrition, less adhission, higher rate of healing, increased ultimate rang of motion. So early active motion is the best protocle for treating tendons in zons 2 our result is comparable with theory.
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spelling doaj.art-0709ee659ddd4cffb73e18a553ac6f8a2022-12-21T18:11:02ZfasUniversity of Social Welfare and Rehabilitation SciencesJournal of Rehabilitation1607-29601607-29602003-12-01431317Comparison of Post Operative Early Active and Passive Mobillization of Flexor Tendon in Zone 2Fereidoun Layeghi0Maryam Farzad1Akram Azad2 University of Welfare and Rehabilitation Sciences, Tehran, Iran. Objective: Despite numerous advances in our understanding of the anatomy, Biomechanics, nutrition and Healing, the result Following Fiewor Tendon repair Shiow relatively high rate of failure the purpost of this study was to compare the result of 50 digits treated by either ‘‘Early active mobilization’’ or ‘‘controlled passive mobilization’’ re gimen in Ivan hand rehabilitation center. Materials & Mathods: Pationt being matched for gende, age, injuries hand, technique of srgery (all with eqitenon first, four strand) in two groups. They were assessed 8 week postoperatibg in respect of total active motion, flexion gap and extension lags. Outcome were defined using ‘‘Strickland’’ and ‘’ Buck – Gramko’’ criteria. Results: The result were 80% excellent and good, 20% fair and no poor in early active motion group and in second group 40% excellent and good, 44% fair and 16% poor due to Strickland criteria. In buck-grancko criteria 52% extension and good, 32% fair and 16% were poor. Mean of total active motion was significantly greater in early active motion group (in E.A.M.150/2, in passive group: 116/41). Conclusion: Actively mobilized tendon underwent intrinsic healing without large gap formation. Active motion generated bith tension and motion and offer several advantage over passive motion: improved tendon nutrition, less adhission, higher rate of healing, increased ultimate rang of motion. So early active motion is the best protocle for treating tendons in zons 2 our result is comparable with theory.http://rehabilitationj.uswr.ac.ir/browse.php?a_code=A-10-1-3&slc_lang=en&sid=1Flexor tendor in zone 2 Early active motion (EAM) Controlled pessive motion (C.P.M) Total active motion (T.A.M)
spellingShingle Fereidoun Layeghi
Maryam Farzad
Akram Azad
Comparison of Post Operative Early Active and Passive Mobillization of Flexor Tendon in Zone 2
Journal of Rehabilitation
Flexor tendor in zone 2
Early active motion
(E
A
M)
Controlled pessive motion (C.P.M)
Total active motion (T.A.M)
title Comparison of Post Operative Early Active and Passive Mobillization of Flexor Tendon in Zone 2
title_full Comparison of Post Operative Early Active and Passive Mobillization of Flexor Tendon in Zone 2
title_fullStr Comparison of Post Operative Early Active and Passive Mobillization of Flexor Tendon in Zone 2
title_full_unstemmed Comparison of Post Operative Early Active and Passive Mobillization of Flexor Tendon in Zone 2
title_short Comparison of Post Operative Early Active and Passive Mobillization of Flexor Tendon in Zone 2
title_sort comparison of post operative early active and passive mobillization of flexor tendon in zone 2
topic Flexor tendor in zone 2
Early active motion
(E
A
M)
Controlled pessive motion (C.P.M)
Total active motion (T.A.M)
url http://rehabilitationj.uswr.ac.ir/browse.php?a_code=A-10-1-3&slc_lang=en&sid=1
work_keys_str_mv AT fereidounlayeghi comparisonofpostoperativeearlyactiveandpassivemobillizationofflexortendoninzone2
AT maryamfarzad comparisonofpostoperativeearlyactiveandpassivemobillizationofflexortendoninzone2
AT akramazad comparisonofpostoperativeearlyactiveandpassivemobillizationofflexortendoninzone2