๐ฃ๐ง ๐ฉ๐ถ๐ฏ๐ฒ๐ | ๐ฃ๐ต๐๐๐ถ๐ฐ๐ฎ๐น ๐ง๐ต๐ฒ๐ฟ๐ฎ๐ฝ๐
Autogenic inhibition :- - ุงูู
ุณุคูู ุนูู ุงูู GTO ุงูู
ูุฌูุฏ ุจูู ุงูู Muscle belly ู ุงูู tendon ุจุชุงุนูุง. - ูุธููุฉ ุงูู GTO ุจุชุชูุฎุต ูู ุงูู ุนุงูุฒ ูุฑูุญ ุงูู
ุงุณู ู
ู ุงู Increased tension ุงููู ุจูุญุตู ู ุงู muscle tendon ูู ุญุงูุฉ ุงุณุชุฑุชุด ู ุฏุง ุงููู ุจูุณุจุจ ุชูุดูุท ูู GTO ู ูุฎูู ุงูู
ุงุณูโฆ
ููุงุท ู
ุฌู
ุนุฉ ู
ู ูุธุฑู ุงูู
Muscle energy technique (MET).
ุณููุช ุนููุง ุฌุฏูุง ููู ุงูููุท ุฏู ููู ูุฃู ุฃูุง ุนุงุฑูุฉ ุฃููุง ุจุชูุบุจุท ุฅูู ุญุฏ ู ุงุ ูู ูุนู ูุนุณู ุชููุฏ ุญุฏ ูููู ูุจุงูุชูููู ูููู ุฌู ูุนูุงโค๏ธ.
#Therapeutic_2
Follow Us: https://t.me/PT_Abakera
Muscle energy technique (MET).
ุณููุช ุนููุง ุฌุฏูุง ููู ุงูููุท ุฏู ููู ูุฃู ุฃูุง ุนุงุฑูุฉ ุฃููุง ุจุชูุบุจุท ุฅูู ุญุฏ ู ุงุ ูู ูุนู ูุนุณู ุชููุฏ ุญุฏ ูููู ูุจุงูุชูููู ูููู ุฌู ูุนูุงโค๏ธ.
#Therapeutic_2
Follow Us: https://t.me/PT_Abakera
๐ฅ4โค1๐ฅฐ1
ุชุฏุฑูุจ ู
ุณุชุดูู ุงูุณุนูุฏู ุงูุฃูู
ุงูู ูู ุงููุงูุฑุฉ ูุทูุงุจ ุตูุฏูู ู ุนูุงุฌ ุทุจูุนู ู ุจุดุฑู
Training areas :
Pharmacy
- Lab -Quality
- Infection Control
- Physiotherapy
- Radiology (Only Medical Applied Science Graduates)
- Radiation Therapy (Only Medical Applied Science & Science Biophysics Graduates)
https://forms.office.com/pages/responsepage.aspx?id=0wJXHmIVzkq85QImh9qdxagYs7ZyIbRGjcp5C6fzrU9UNklER0xDSElURUpDNlAyRFlKSjM2OUU5VS4u&route=shorturl
Follow us: https://t.me/PT_Abakera
Training areas :
Pharmacy
- Lab -Quality
- Infection Control
- Physiotherapy
- Radiology (Only Medical Applied Science Graduates)
- Radiation Therapy (Only Medical Applied Science & Science Biophysics Graduates)
https://forms.office.com/pages/responsepage.aspx?id=0wJXHmIVzkq85QImh9qdxagYs7ZyIbRGjcp5C6fzrU9UNklER0xDSElURUpDNlAyRFlKSjM2OUU5VS4u&route=shorturl
Follow us: https://t.me/PT_Abakera
โค5๐ฅฐ1
ุนุดุงู ุชุญูู
ุนูู ุงู frequency ูู ูู High ููุง low ูุงุฒู
:
(1) ุงุดูู ุงูุฒู ู ุจุชุงุน ุงู phase ุจุชุงุนุชู ูู ูู ูุจูุฑ ู ูุง ุตุบูุฑ.
(2) ุงูู pulse interval ุจุชุงุนุชู ูู ู ุง ุชูุจุฑ ูู ู ุง ุชูู ุงู intensity.
ูู ุจูุฏู ู ู 1 ู 2
ุฃู ู ุด ู ุนูู ุงู frequency ูุจูู ุนุงูู ุงูููู ู ูุจูู ูู ูุฏู ุนุงูู ุงูุชุฃุซูุฑ ูู ุงูู ููุตู deep ุงู ูุง.. ุงูุง ุจุญูู ุนูู ูุฏู ู ู ุฒู ู ุงู phase ู ุงู pulse interval
ุนูุฏูุง ู ุซูุง ุงู HVPC ุงููู ุงู wave form ุจุชุงุนู Twin peak ูููุงูู ุงู ุงู duty cycle ุจุชุงุนุชู ููุช ุงู on ูููุง ุตุบูุฑ ุฌุฏุง ุจุงููุณุจู ูููุช ุงู off ุจู ุนูู ุฃู ุฒู ู ุงู phase ุตุบูุฑ ุฌุฏุง ุจุงููุณุจู ูู ุฒู ู ุงู pulse interval
ูู ุจูุฏู ุงุณุชูุชุฌ ุงูู low frequency (ู ูุฎูุถ ุงูุชุฃุซูุฑ) ู ู ููุตูุด deep ูู ุงุณุชุฎุฏู ู ูู ุงู wound healing.. ู ูุชูุฌู ูู ุฏู ุงู capacitive reactance ูุชุจูู High ูู ู ููุตูุด deep ู ูุนู ู strike superficial ู ุณุงุนุชูุง ุชุนุฑู.. ุงูู ุนุฑู ูุฎุชุฑู ุงู tissues ู ูุชุบูุจ ุนูู ุงู resistance ุจุงูุฑุบู ุงู ุงู average ุจุชุงุนู ุตุบูุฑ ูุฃู ุณูุงุก ุฒู ู ุงู phase ุงู pulse interval ูู ูู ุง ุงูุงุชููู ุจุงูู ููุฑู ู ููู ุนุฑูุช ุงุนู ู strike superficial ูุฃูู ุนููุช ุงููููุช ุจุชุงุนู ุงููู ูู ู ู 100 ูู 150 ู ูุฏุฑุช ุงุฒูุฏ ุงู average ุจุชุงุน ุงู HVPC.
(1) ุงุดูู ุงูุฒู ู ุจุชุงุน ุงู phase ุจุชุงุนุชู ูู ูู ูุจูุฑ ู ูุง ุตุบูุฑ.
(2) ุงูู pulse interval ุจุชุงุนุชู ูู ู ุง ุชูุจุฑ ูู ู ุง ุชูู ุงู intensity.
ูู ุจูุฏู ู ู 1 ู 2
ุฃู ู ุด ู ุนูู ุงู frequency ูุจูู ุนุงูู ุงูููู ู ูุจูู ูู ูุฏู ุนุงูู ุงูุชุฃุซูุฑ ูู ุงูู ููุตู deep ุงู ูุง.. ุงูุง ุจุญูู ุนูู ูุฏู ู ู ุฒู ู ุงู phase ู ุงู pulse interval
ุนูุฏูุง ู ุซูุง ุงู HVPC ุงููู ุงู wave form ุจุชุงุนู Twin peak ูููุงูู ุงู ุงู duty cycle ุจุชุงุนุชู ููุช ุงู on ูููุง ุตุบูุฑ ุฌุฏุง ุจุงููุณุจู ูููุช ุงู off ุจู ุนูู ุฃู ุฒู ู ุงู phase ุตุบูุฑ ุฌุฏุง ุจุงููุณุจู ูู ุฒู ู ุงู pulse interval
ูู ุจูุฏู ุงุณุชูุชุฌ ุงูู low frequency (ู ูุฎูุถ ุงูุชุฃุซูุฑ) ู ู ููุตูุด deep ูู ุงุณุชุฎุฏู ู ูู ุงู wound healing.. ู ูุชูุฌู ูู ุฏู ุงู capacitive reactance ูุชุจูู High ูู ู ููุตูุด deep ู ูุนู ู strike superficial ู ุณุงุนุชูุง ุชุนุฑู.. ุงูู ุนุฑู ูุฎุชุฑู ุงู tissues ู ูุชุบูุจ ุนูู ุงู resistance ุจุงูุฑุบู ุงู ุงู average ุจุชุงุนู ุตุบูุฑ ูุฃู ุณูุงุก ุฒู ู ุงู phase ุงู pulse interval ูู ูู ุง ุงูุงุชููู ุจุงูู ููุฑู ู ููู ุนุฑูุช ุงุนู ู strike superficial ูุฃูู ุนููุช ุงููููุช ุจุชุงุนู ุงููู ูู ู ู 100 ูู 150 ู ูุฏุฑุช ุงุฒูุฏ ุงู average ุจุชุงุน ุงู HVPC.
โค1
โ
Large electrode is the dispersive electrode.
โ High current denisity close the neural structure is better as you can do it with least amount of current.
โ Electrode placement is probably one of the biggest causes of poor results from electrical therapy.
โ Pulse width=pulse duration.
โ Inteapulse interval=interphase.
โ ููุถู ุงูู ุชุณุชุฎุฏู ุงูุงููุชุฑูุฏ ุงูุฃุตุบุฑ ุนูุฏ ุงู motor point ู ุงูุฃูุจุฑ ุจุนูุฏ ุนูู ู ุฏู ููุฌูุจ ุฃูุจุฑ ุชุฃุซูุฑ.
โ High current denisity close the neural structure is better as you can do it with least amount of current.
โ Electrode placement is probably one of the biggest causes of poor results from electrical therapy.
โ Pulse width=pulse duration.
โ Inteapulse interval=interphase.
โ ููุถู ุงูู ุชุณุชุฎุฏู ุงูุงููุชุฑูุฏ ุงูุฃุตุบุฑ ุนูุฏ ุงู motor point ู ุงูุฃูุจุฑ ุจุนูุฏ ุนูู ู ุฏู ููุฌูุจ ุฃูุจุฑ ุชุฃุซูุฑ.
๐ก Current used with* chronic and acute pain*
๐ฅInterfrential current
๐ฅHVPS
๐ฅTens
๐ฅMES
๐ก Current used with* Chronic and acute inflammation*
๐ฅMES
๐ฅ iontophoresis
โก๏ธโก๏ธโก๏ธ acute and chronic inflammation is contraindicated for *faradic current*
๐ฅInterfrential current
๐ฅHVPS
๐ฅTens
๐ฅMES
๐ก Current used with* Chronic and acute inflammation*
๐ฅMES
๐ฅ iontophoresis
โก๏ธโก๏ธโก๏ธ acute and chronic inflammation is contraindicated for *faradic current*
๐ปMuscle strenght
โช๏ธfaradic
โช๏ธtens(acupuncture like tens)
โช๏ธRussiun & Aussie
โช๏ธIFC
โช๏ธDD (MF)
--------------
๐ปMuscle re education
โช๏ธfaradic
โช๏ธHVPS
โช๏ธIFC
--------------
๐ปMuscle spasm
โช๏ธDF
โช๏ธHVPS >chronic spasm
โช๏ธIFC
โช๏ธfaradic
โช๏ธtens(acupuncture like tens)
โช๏ธRussiun & Aussie
โช๏ธIFC
โช๏ธDD (MF)
--------------
๐ปMuscle re education
โช๏ธfaradic
โช๏ธHVPS
โช๏ธIFC
--------------
๐ปMuscle spasm
โช๏ธDF
โช๏ธHVPS >chronic spasm
โช๏ธIFC
Subsensory level:-
Stimulation occurs within the output interval between the point at which the output intensity rises from 0 to the point at which the patient receive a discrete electrical sensation.
โขโโโโโโโขเฎ๐เฎโขโโโโโโโข
Sensory Level:-
Stimulation describes an output that stimulates only sensory nerves.
This level is found by increasing the output to the point at which a slight muscle twitch is seen and then decreasing the output by approximately 10%
โขโโโโโโโขเฎ๐เฎโขโโโโโโโข
Motor level:-
Stimulation describes an intensity that produces a visible contraction without causing pain.
โขโโโโโโโขเฎ๐เฎโขโโโโโโโข
Noxious Level:-
Current applied at an intensity that stimulates pain fibers.
Stimulation occurs within the output interval between the point at which the output intensity rises from 0 to the point at which the patient receive a discrete electrical sensation.
โขโโโโโโโขเฎ๐เฎโขโโโโโโโข
Sensory Level:-
Stimulation describes an output that stimulates only sensory nerves.
This level is found by increasing the output to the point at which a slight muscle twitch is seen and then decreasing the output by approximately 10%
โขโโโโโโโขเฎ๐เฎโขโโโโโโโข
Motor level:-
Stimulation describes an intensity that produces a visible contraction without causing pain.
โขโโโโโโโขเฎ๐เฎโขโโโโโโโข
Noxious Level:-
Current applied at an intensity that stimulates pain fibers.
Neuropraxia
Mild degree blockage
Local conduction block
No wallerian degeneration
Reversible
Axon isn't disrupted
No muscle waste
Decrease(loss) of strength
Absence of tendon reflex (below the level of lesion)
Slightly sensory loss
No sympathetic change
Class l.......
Recovery weeks to months
โขโโโโโโโขเฎ๐เฎโขโโโโโโโข
Axonotmesis
Second degree
The axon only disrupted
Loss of nerve conduction
Wallerian degeneration occurs
Arreflxia occurs
Axon degeneration occurs at rate 1-8 mm/day
Occurs due to (profound nature compression, traction, prolonged friction, percussion injury,closed crush, injection and operation)
Class ll
Recovery may occur
โขโโโโโโโขเฎ๐เฎโขโโโโโโโข
Neurotmesis
Greatest degree
Complete disruption
Wallerian degeneration occurs
Regeneration may occur
Disruption of axon
Paralysis of denervated muscle
Loss of nerve conduction
Sensory disruption
Vasomotor disruption
May occur due to (stap would,high velocity projectiles and nerve traction disrupting the connective tissue of the nerve with complete transaction of nerve trunk)
Class lll
Regeneration may occur
Mild degree blockage
Local conduction block
No wallerian degeneration
Reversible
Axon isn't disrupted
No muscle waste
Decrease(loss) of strength
Absence of tendon reflex (below the level of lesion)
Slightly sensory loss
No sympathetic change
Class l.......
Recovery weeks to months
โขโโโโโโโขเฎ๐เฎโขโโโโโโโข
Axonotmesis
Second degree
The axon only disrupted
Loss of nerve conduction
Wallerian degeneration occurs
Arreflxia occurs
Axon degeneration occurs at rate 1-8 mm/day
Occurs due to (profound nature compression, traction, prolonged friction, percussion injury,closed crush, injection and operation)
Class ll
Recovery may occur
โขโโโโโโโขเฎ๐เฎโขโโโโโโโข
Neurotmesis
Greatest degree
Complete disruption
Wallerian degeneration occurs
Regeneration may occur
Disruption of axon
Paralysis of denervated muscle
Loss of nerve conduction
Sensory disruption
Vasomotor disruption
May occur due to (stap would,high velocity projectiles and nerve traction disrupting the connective tissue of the nerve with complete transaction of nerve trunk)
Class lll
Regeneration may occur
What are the two phases analyzed in the gait cycle?
Stance Phase
--60% of cycle
Swing Phase
--40% of cycle
Stance Phase
--60% of cycle
Swing Phase
--40% of cycle
stance and swing phase differ in
--speed increases in running
--Running the swing phase is greater than the stance phase.
--speed increases in running
--Running the swing phase is greater than the stance phase.
When The foot goes to touch the ground it moves in planter flexion.
Knock knee=genu valgum.
ุงูู
plane ูู ุงูุญุฑูู ูู:-
Sagittal plane
Sagittal plane
ุงูู
ุณุงูู ู
ุง ุจูู ุงูุฎุท ุงููู ุจููุทุน ุงู progression line ุจุดูู ุนู
ูุฏู ูู ุฃููุฏ ุงู BOS distance ุฃู step width
1. No double limb support in running.
2. Float phase in running.
3. Greater muscular effort.
4. Greater ROM
2. Float phase in running.
3. Greater muscular effort.
4. Greater ROM