Namita Kaushik
Tissue healing and repair
 Phase-1 – Bleeding
 Phase -2 – Inflammation
 Phase -3 – Proliferation
 Phase -4 – Remodeling
INFLAMMATION
 A set of complex changing responses to tissue injury
primarily caused by toxic chemicals, some
environmental agents, trauma, overuse, or infection.
 The immune system's response to tissue damage.
 The processes involved will occur whether the damage
is due to an exogenous source such as a cut or burn or
to endogenous failures such as a bone fracture.
 The principal aim behind inflammation is to repair the
tissue and bring it back to its original state.
Common Causes of Inflammation
 Soft tissue trauma (sprains, strains, and contusions)
 Fractures
 Foreign bodies (sutures)
 Autoimmune diseases (rheumatoid arthritis)
 Microbial agents (bacteria)
 Chemical agents (acid, alkali)
 Thermal agents (burns or frostbite)
 Irradiation (IV or radiation)
DOLOR= PAIN CALOR=INCREASED TEMPERATURE TUMOR=
SWELLING RUBOR= REDNESS FUNCTIOLAESA=
LOSS OF FUNCTION
TYPES
 ACUTE
INFLAMMATION
Lasts for only a few hours
to a few days.
Acute inflammation may
be seen, for example,
following a surgical
incision.
 CHRONIC
INFLAMMATION
persistence of the
inflammation usually
beyond 10-14 days.
Rheumatoid arthritis is an
example of a chronic
inflammatory condition.
Different forms of acute
inflammation
 Serous inflammation
 Catarrhal inflammation
 Fibrinous inflammation
 Haemorrhagic inflammation
 Suppurative inflammation
 Pseudo membranous inflammation
 Gangrenous / necrotising inflammation
Different forms of chronic inflammation
 Diffuse interstitial inflammation
 Granulomatous inflammation
Causes of chronic inflammation
 Persistence of infection with micro-organisms
 Autoimmunity
 Prolonged exposure to either exogenous or
endogenous toxins
 Persistence of acute inflammation
Phase 1 & 2
Phase 3
Phase 4
Physiotherapy management
Aims in phase 1 & 2 :
 To reduce pain
 To limit and reduce inflammatory exudates
 To reduce metabolic demands of tissues
 To protect newly damaged tissue from further injury
 To protect newly forming tissues from disruption
 To promote new tissue growth and fibre alignment
 To maintain general levels of cardiovascular and
musculoskeletal fitness/activity.
Phase 1 & 2
PRICE principle
Protection- strapping, slings, walking aids
Rest
Ice- crushed ice, ice/gel packs, cold compressive devices
and ice submersion.
Compression
Elevation
Phase 3
Aims:
 To decrease pain
 To decrease swelling
 To decrease local temperature
 To prevent further trauma
 To protect new tissue
 To increase ROM
 To maintain/increase muscle strength/timing and
control
Phase 3
 Cryotherapy- if the area has elevated temperature.
 Graded exercises to increase ROM, maintain/improve
muscle functions.
Gentle active pain free controlled movements
Functional activity in pain free range
Isometric exercises for muscles not directly affecting
the injury site
 Electrotherapy- UST, pulsed SWD, LASER
Phase 4
Aims:
 To promote collagen growth and fibre/tissue
 To increase ROM
 To increase muscle strength/control/timing
 Preventing soft tissue adaptation in injured and non
injured tissues
 Maximizing function
Phase 4
 To prevent tissue contraction and adhesion formation-
End range stretching activities
 Soft tissue mobilization
 Functional activity

inflammation.pptx

  • 1.
  • 2.
    Tissue healing andrepair  Phase-1 – Bleeding  Phase -2 – Inflammation  Phase -3 – Proliferation  Phase -4 – Remodeling
  • 4.
    INFLAMMATION  A setof complex changing responses to tissue injury primarily caused by toxic chemicals, some environmental agents, trauma, overuse, or infection.  The immune system's response to tissue damage.  The processes involved will occur whether the damage is due to an exogenous source such as a cut or burn or to endogenous failures such as a bone fracture.  The principal aim behind inflammation is to repair the tissue and bring it back to its original state.
  • 5.
    Common Causes ofInflammation  Soft tissue trauma (sprains, strains, and contusions)  Fractures  Foreign bodies (sutures)  Autoimmune diseases (rheumatoid arthritis)  Microbial agents (bacteria)  Chemical agents (acid, alkali)  Thermal agents (burns or frostbite)  Irradiation (IV or radiation)
  • 6.
    DOLOR= PAIN CALOR=INCREASEDTEMPERATURE TUMOR= SWELLING RUBOR= REDNESS FUNCTIOLAESA= LOSS OF FUNCTION
  • 7.
    TYPES  ACUTE INFLAMMATION Lasts foronly a few hours to a few days. Acute inflammation may be seen, for example, following a surgical incision.  CHRONIC INFLAMMATION persistence of the inflammation usually beyond 10-14 days. Rheumatoid arthritis is an example of a chronic inflammatory condition.
  • 8.
    Different forms ofacute inflammation  Serous inflammation  Catarrhal inflammation  Fibrinous inflammation  Haemorrhagic inflammation  Suppurative inflammation  Pseudo membranous inflammation  Gangrenous / necrotising inflammation
  • 9.
    Different forms ofchronic inflammation  Diffuse interstitial inflammation  Granulomatous inflammation Causes of chronic inflammation  Persistence of infection with micro-organisms  Autoimmunity  Prolonged exposure to either exogenous or endogenous toxins  Persistence of acute inflammation
  • 10.
    Phase 1 &2 Phase 3 Phase 4
  • 11.
    Physiotherapy management Aims inphase 1 & 2 :  To reduce pain  To limit and reduce inflammatory exudates  To reduce metabolic demands of tissues  To protect newly damaged tissue from further injury  To protect newly forming tissues from disruption  To promote new tissue growth and fibre alignment  To maintain general levels of cardiovascular and musculoskeletal fitness/activity.
  • 12.
    Phase 1 &2 PRICE principle Protection- strapping, slings, walking aids Rest Ice- crushed ice, ice/gel packs, cold compressive devices and ice submersion. Compression Elevation
  • 13.
    Phase 3 Aims:  Todecrease pain  To decrease swelling  To decrease local temperature  To prevent further trauma  To protect new tissue  To increase ROM  To maintain/increase muscle strength/timing and control
  • 14.
    Phase 3  Cryotherapy-if the area has elevated temperature.  Graded exercises to increase ROM, maintain/improve muscle functions. Gentle active pain free controlled movements Functional activity in pain free range Isometric exercises for muscles not directly affecting the injury site  Electrotherapy- UST, pulsed SWD, LASER
  • 15.
    Phase 4 Aims:  Topromote collagen growth and fibre/tissue  To increase ROM  To increase muscle strength/control/timing  Preventing soft tissue adaptation in injured and non injured tissues  Maximizing function
  • 16.
    Phase 4  Toprevent tissue contraction and adhesion formation- End range stretching activities  Soft tissue mobilization  Functional activity