Osteopathic considerations in MSK dysfunction + peds orthopedics Flashcards

1
Q

median entrapment neuropathy \

d

A

Carpel tunnel syndrome

Anterior Interosseous Membrane syndrome

Pronator Teres syndrome
Other sites around the elbow
– distalhumerusby theligament of Struthers
– proximal elbow by a thickened biceps aponeurosis
– proximal forearm by a thickened proximal edge of the flexor digitorum superficialis muscle

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2
Q

OMT for carpal tunnel

A

Intercarpal Articulatory Technique

Carpal Tunnel Myofascial Release
Lymph treatment
Nerve glide

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3
Q

anterior interosseous membrane OMT

A
Radial Head treatment
MFR for forearm and IOM
BLT for forearm and IOM
Counter strain to forearm
Nerve glide
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4
Q

OMT for pronator teres syndrome

A
Muscle energy
Counterstrain
Myofascial release
Olecranon articulatory treatment
BLT
Radius treatment
Nerve glide
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5
Q

what muscles does the main part of the median nerve supply

A

Superficial group:
Pronator teres
Flexor carpi radialis
Palmaris longus

Intermediate group:
Flexor digitorum superficialis muscle

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6
Q

what does the anterior interosseous branch of the median nerve supply

A

Deep group:
Flexor digitorum profundus(only the lateral half)
Flexor pollicis longus
Pronator quadratus

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7
Q

what muscles in the hand are innervated by median nerve

A

1st and 2ndlumbricalmuscles.

It also supplies the muscles of thethenar eminence (by a recurrent thenar branch).

The muscles of the hand supplied by the median nerve can be remembered using themnemonic, “LOAF” forLumbricals1 & 2,Opponens pollicis, Abductor pollicis brevis andFlexor pollicis brevis. (NB: OAF are the thenar eminence)

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8
Q

anterior heel pain
lots of running
ice stretching and NSAID’s help some
worse with initial standing and starting to run

A

plantar fasciitis

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9
Q

where are the pinch points of the median nerve

A

thoracic outlet

  • 1st rib
  • clavicle
  • scalenes

Axilla
Cubital area
Interosseous membrane
carpal tunnel

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10
Q

frog leg X-ray

A

better idea of femoral head position in the acetabulum

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11
Q

Slipped capital femoral epiphysis (SCFE)

A

Noninflammatory condition
Typically overweight boys
Endocrine disorders
Can be associated with hypothyroidism, or pituitary deficiencies

Acute slip
Preceding hx of minor trauma
Present with pain & inability to walk

*Subacute/chronic slip
Sx are typically insidious—pain in affected hip or limp

bilateral in up to 30%

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12
Q

severity scale of SCFE

A

mild—

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13
Q

OMT for SCFE

A

Goal:
Directed toward improving vascular and lymphatic circulation

How we get there
Improve and balance muscular tone across the joint and in the areas above and below

From above: psoas, erector spinae, abdominals, innominates, sacrum, junctions
From below: quads, hams, adductors, abductors, knee, ankle, foot

BLT
Counterstrain

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14
Q

Tucker is a 12 year old Caucasian male presenting with his mother complaining of bilateral knee pain that began 3 months ago and has gotten progressively worse. Physical exam reveals tender and warm nodules over anterior superior aspect of the tibias bilaterally.

A

Osgood schlatter disease

Most common pediatric overuse syndrome
May be benign, self-limiting
Girls:  8-13 yo    Boys:  10-15 yo
May occur after getting kicked in soccer
20% of all young athletes
20% of cases are bilateral

Repetitive, tensile forces on developing tibial tubercle.

Pain over tibial tubercle with activity, especially eccentric contraction of quadriceps.
Tenderness and swelling over tubercle.
Type I - soft tissue swelling only
Type II – Xray evidence of fragmentation

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15
Q

how do you use OMT to treat osgood schlatter

A

OMT to address any contributing mechanical strains/stresses
Tibial rotation
Hip restriction

Rehab exercises to maintain balance between quadriceps and hamstrings

Activities do not need to be curtailed

Ice, NSAIDS only when severe

Conservative treatment works with improvement of symptoms

use Muscle energy:
pelvis
hip rotators
quads/hamstrings
tibial mechanics
fibula
foot
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16
Q

in toeing

A

metatarus adductus

17
Q

Developmental dysplasia of the hip

A

Signs and symptoms:
asymptomatic,
decreased ROM hip; diffificulty w/ diaper change; delayed crawling, standing, walking; gait asymmetry
Early detection before 6mo old-best outcome
Exam:
Ortalani and Barlow
Requires XR if positive or high suspicion

18
Q

Legg-Calve Perthes disease

A
A form of aseptic necrosis of femoral head
2-12 years old
Usually 4-8 years
Boys: Girls    4:1
Aching groin or
 proximal thigh 
Worse at the end of   the day
Antalgic gait
X-ray:  narrowed and irregular epiphysis
19
Q

when does iliac crest growth center complete

ichial tuberosity?
femoral head?
greater trochanter?
femoral condyle?
tibial plateau?
A

iliac crest 20 years
Ischial Tub: 16-18 yrs
Femoral head: 16-18 years
Gr. Troch: 16-17 years

Femoral Condyle: 16-19 years
Tibial Plateau: 16-19 years
d

20
Q

how long should children have flat feet

A

until 3 years old

d

21
Q

when are normal gait mechanics seen in a child

A

5-6 years old

d

22
Q
when do growth centers appear in:
Iliac crest
ischial tuberosity
femoral head
greater trochanter
femoral condyle
tibial plateau
A

Iliac Crest: 11-14 years
Ischial Tub: 13-15 yrs
Femoral head: 4 months
Gr. Troch: 4-6 yrs

Femoral Condyle: 39 wks
fetal age
Tibial Plateau: Birth

d

23
Q

if you don’t catch DDH in the child , how might it present in the adult

A

misshapen acetabulum in the adult

d

24
Q

pes planus

A

flat foot

”functionally” - when great
toe is passively extended
the median arch will lift up

Functional pes planus is normal in the child until around the age of 2-3 years old.

Rigid pes planus is never normal. In the picture above right the arch does not elevate with passive extension of the big toe, indicating rigid pes planus. This warrants further evaluation.

d

25
Q

what parts of the body do anterior hip muscles affect

A

LSJ
SIJ
acetabular function

knee and ankle indirectly

d

26
Q

what types of pelvic dysfunctions will lead to osgood schlatter

A

posterior rotation of innominate

lateral flares

increase tensile force across the patella

d

27
Q

what does an anterior rotation of the pelvis do

A

alter tone in
knee flexors and may
influence knee rotation

d

28
Q

with knee extension what does the tibia do

A

rotates laterally

d

29
Q

hypertonicity of sartorius can cause what

A

external tibial rotation

d

30
Q

what can a shortened biceps femoris MEDIALLY cause…

LATERALLY?

A

Shortened biceps femoris
Medially:
Can limit external rotation
of tibia during knee extension

laterally:
Can limit internal rotation
Of tibia during knee flexion

d

31
Q

what does pes planus cause the tibia to do

A
Pes planus results
in compensatory
internal
rotation of tibia
during loading

d

32
Q

keystone of median arch of foot

A

navicular

d