clinical skills

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1
red flags
signs and symptoms that raise suspicion of a serious pathology
2
contraindications
signs and symptoms or clinical conditions where you should not treat the patient and immediately refer
3
Precautions
signs and symptoms or clinical conditions that will require specific modification(s) of the patient management plan to ensure patient safety
4
examples of precautions
- Patient’s age, demographic and general health status (i.e. multimorbidities) ​
- Pregnancy (especially in the 1st trimester), or immediately post-partum ​
- Intervertebral disc herniation ​
- Gross degenerative change (i.e. severe osteoarthritis) ​
- Osteoporosis ​
- Hypermobility syndrome or other connective tissue disorders ​
- Calcification of the aorta, vascular disease, blood clotting disorders, or anticoagulant therapy
- Active inflammatory disease (i.e. rheumatoid arthritis, gout) ​
- Previous history of cancer
- Acute or chronic systemic disease ​
- Local infection ​
- Vertigo ​
- Long term steroid therapy ​
- Adverse reaction by the patient to previous treatment ​
- Patient who has recently been treated by another practitioner or had recent surgery ​
- Patient who is currently using pain and/or blood thinning medication(s) ​
- Patient with a psychological dependency on treatment ​
- Absence of a plausible mechanical explanation for the patient’s symptoms


5
adverse reactions to osteopathic management
minor/transient, moderate/substantive, major/serious
6
what are the conditions of red flags
- cauda equina syndrome: A pathology of the distal spinal cord roots (the cauda equina), which has the potential to cause loss of function to the lower limb and bowel and bladder
- fracture
- malignancy (cancer)
- infections
7
examples of contraindications
- Trauma/instability: Severe recent physical trauma, fracture, dislocation, or gross instability ​
- Bone weakening: Pathologies (e.g. osteoporosis), long-term corticosteroid use
- Serious neurological pathology: Acute myelopathy, spinal cord damage, upper motor neuron lesions, multi level nerve root pathology, worsening neurological function ​
- Serious vascular pathology: Including vascular insufficiency in the brain and cervical spine and DVT ​
- Clinical features of serious illness: Unremitting night pain, unremitting non-mechanical pain or active cancer, serious visceral pathology ​
- Inability to establish a working diagnosis ​
- Excessive pain and/or alarming physical signs or symptoms ​
- Informed consent for management not (or not able to be) given by the patien
8
signs/symptoms for cauda enquina syndrome
- sensory change
- change in urinary function
- change in bowel movements
- motor weakness
- low back pain
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signs and symptoms for fracture
- bone tenderness
- neurological signs
- thoracic pain
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signs and symptoms for malignancy
- neurological signs
- bony tenderness
- thoracic pain
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signs and symptoms for infection
- bony tenderness
- neurological signs
- fatigue
- fever
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capacity to consent
- minors (less than 18)
- certain psychological conditions: eg. schizophrenia, acute psychiatric episodes
- intellectually impaired
- affected by drugs or alcohol
- affected by a language barrier that impacts communication
13
5 components of concent
- what will happen and why
- benefits and risks
- alternatives and option to withdraw consent
- any questions or clarifications
- ask for consent to proceed
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TART
- tissue texture change
- asymetry
- restriction of motion
- tenderness
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minor adverse reactions
lasts 0-72 hrs
includes: headache, tiredness, muscle tenderness, short term stiffness or soreness
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moderate adverse reactions
lasts days- life
includes: long term pain or loss of function, peripheral nerve injury
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major/severe
lasts days-life
includes: fracture, dislocation, rapture of tendon, ligament and/or muscle
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sensitivity
proportion of inviduals with a condition who test positive
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specificity
proportion of individuals who do not have a condition and test negative
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observational and functional screening
- Observation (e.g. swelling, redness, bruising)
- Functional movements / Activities of daily living
- Gait
- Posture
- Cervical spine motion
- Upper extremity screen
- Lumbar / Thoracic motion
- Thoracic cage
- Lower extremity screen
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what to look for in step 1. observation
- Redness
- Bruising
- Scars
- Swelling
- Varicose veins
- Cuts / abrasions
- Infections
22
what does step 2. functional movments involve
asking the pateint to demonstrate any daily movements they have trouble with
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what do we observe in step 3. gait
Limp
Poor coordination
Dragging one foot
Coordinated movement from heel strike to toe off
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what do we look at on the anterior view of a patient
Head position
Shoulder heights
Clavicle heights
Arm carriage
Innominate levels
Anterior superior iliac spine
Patellae
Femur & tibia angles (& Q-angle)
Foot posture
25
what do we look at on the lateral view of a patient
Cervical spine curve
Head carriage
Scapulae position
Thoracic spine curve
Lumbar spine curve
Pelvis orientation
Knees
Ankles
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what do we look at on the posterior view of a pateint
Ear levels
Cervical spine
Shoulder heights
Inferior scapula angle
Thoracic spine (curvatures)
Pelvic crest levels
Gluteal folds
Popliteal folds
Achilles tendon
Foot arches
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what do we ask the patient to do for step 5. cervical spine movements
1. rotate head left and right
2. bend head forward and backward (up and down)
3. bend head side to side
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step 6. upper extremity test
- assess from posterior view to observe scapula movements
- ask if there is any pain or discomfort with those movements
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step 7. lumbar thoracic movements
ask patient to:
- bend forward (flexion)
- bend backward (extension)
- run their hands down their leg (side bending)
- roate their body (whilst we stabilise pelvis)
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step 8. thoracic cageibs
ask patient to take deep breaths, palpate:
- area of ribs 1
- upper ribs
- middle ribs
- lower ribs
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step 9. lower extremity test
squat down as low and possible without bringing feet off the floor
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what barrier does active range of motion assess
Physiological Barrier
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what tissues are being testes in active range of motion
Primarily active structures (muscles) but can also be passive structures (ligaments, joint capsules)
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what barrier is being tested during passive range of motion
elastic barrier
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what tissues are being tested during passive range of motion
Joint structures (ligaments, joint capsules)
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what barrier is being tested during joint play?
elastic barrier
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what tissues are being tested during joint play?
Joint structures (ligaments, joint capsules)
38
manual therapy benefits
- decrease in pain
- promote mobility and movement
- promote fluid drainage
- support tissue healing and collagen remodelling
39
benefits to exercise therapeutic mechanisms
- provide pain reflief through central inhitory pathways
- improve circulation through muscular contraction and promoting venous return
- improve neuromuscular function, modulating spinal reflex excitabilityy and reducing muscle tention
- improve joint arthrokinematics by improving lubrication mechanisms within joints
40
what are we looking for during pulse points
- rate
- rhythm
- applitude
41
reflexes grading scale
0 = absent
1+ = diminished
2+ = NORMAL
3+ = hyperactive without clonus
4+ = hyperactive WITH clonus
42
muscle strength grading
5 (normal)= complete ROM against gravity and full resistance
4 (good) = complete ROM against gravity and some resistance
3 (fair) = complete ROM against gravity, no resistance (acitve ROM)
2 (poor) = complete ROM with resistance and gravity removed
1 (trance) = evidence of slight muscular contraction, no joint motion evident
0 (zero) = no evidence of muscular contraction
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what does active ROM allow to be assessed?
- Range of motion
- Control of movement
- Patient willingness to perform movement
- Pain levels with movement
- Fear avoidance behaviours
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active ROM of the hip movements
Flexion
Extension
Abduction
Adduction
Internal rotation (in neutral and 90o flexion)
External rotation (in neutral and 90o flexion)
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what does passive ROM allow to be assessed?
- Hypo-mobility
- Hyper-mobility
- Patient willingness to allow practitioner to perform movement
- Pain levels with movement

** take note of end feel
46
passive ROM of hip movements
Flexion
Extension
Abduction
Adduction
Internal rotation (in neutral and 90o flexion)
External rotation (in neutral and 90oflexion)
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anterior bony palpation of hip
1. Iliac crests
2. Iliac tubercles (approx. 5cm posterior to ASIS)
3. Anterior superior iliac spines (ASIS)
4. Greater trochanters
5. Pubic tubercles (immediately lateral to pubic symph.)

**TART**
48
skin assessment
- temp (back of hand)
- thinkness (pinching skin and roll)
- skin drag (place fingers on skin and drag)
- vitality (pinch, lift and see recoil)
- rouchness and smoothness (place hands on skin and feel)
-mobility (place hands on skin, drag hands up, down, left, right, rotation)
49
posterior bony palpation of hip
1. Posterior superior iliac spines (PSIS)
2. Sacrum
3. Inferior lateral angle of sacrum – ILA (post. Lat sacrum where starts to anglein sharply towards coccyx)
4. Coccyx (prone only)
5. Ischial tuberosity
50
pelvic soft tissue palpation
- Trochanteric Bursa (over and inf. to GT)
- Iliotibial band (ITB) (lat iliac crest – lateral tibial condyle)
- Piriformis (ant sacrum – GT)
- Sciatic Nerve (mid piriformis: middle of line from S2-GT)
51
femoral triangle palpation
- Superior Border: Inguinal Ligament
- Medial Border: Adductor Longus
- Lateral Border: Sartorius
- Floor: Iliopsoas and Pectineus
- Contents: Femoral artery, lymph nodes if present.
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Hip Flexor (Anterior) Palpation muscles
- Psoas
- Iliacus
- Rectus femoris
- Sartorius
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Hip extensors (posterior) muscle palpation
- gluteus max
- hamstrings
-> semtendinous
-> semimembranosus
-> bicpes femoris
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Hip Adductor (Medial) Palpation
- Adductor longus
- Gracilis
- Pectineus (too hard to palpate)
- Adductor brevis (too hard to palpate)
- Adductor magnus
->Adductor Part:
-> Hamstring Part:
55
Hip abductors (lateral) muscle palpation
- gluteus medius
- gluteus minimus
- TFL
56
iliacus proximal and distal attachment
prox: iliac fossa
distal: lesser trochanter of the femur
57
psoas major proximal and distal attatchments
prox: lateral aspect of vertebra T12-L5 and intervertebral discs
distal: lesser trochanter of the femur
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sartorius proximal and distal attatchment
prox: anterior supeior iliac spine
distal: superior part of the medial surface of the tibia/ part of the pes anserine
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rectus femoris proximal and distal attachment
prox: anterior inferior iliac spine
distal: inserts onto the patella via the quadriceps tendon, which then attaches to the tibial tuberosity by the patrllar ligament
60
adductor longus proximal and distal attachment
prox: body of pubis
distal: middle third of the linea aspera of femur
61
gracilis proximal and distal attachment
prox: body of pubis
distal: superior part of the medial surface of the tibia/ part of the pes anserine
62
adductor magnus proxmial and distal attachment
- adductor part:
prox: inferior ramus of pubis and ramus of ischium
distal: linea aspera and medial supracondylar line of femur
- hamstring part:
prox: ischial tuberosity
distal: adductor tubercle of the femur
63
gluteus maximus proximal and distal attachments
prox: ilium , posterior surface of the sacrum and coccyx
distal: iliotibial tract or gluteal tuberosity of the femur
64
biceps femoris proximal and distal attachment
- long head
prox: ischial tuberosity
distal: head of fibula

- short head
prox: linea aspera and the lateral supracondylar line of the femur
distal: head of the fibula and the lateral condyle of the tibia
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semitendinosus proximal and distal attatchments
prox: ischial tuberosity
distal: superior part of the medial surface of the tibia (part of the pes anserine)
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semimembranosus proximal and distal attatchment
prox: ischial tuberosity
distal: posterior aspect of the medial condyle of the tibia
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gluteus medius proximal and distal attatchments
prox: ilium between the anterior and posterior gluteal lines
distal: greater tronchanter of the femur
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gluteus minimus proximal and distal attatchments
prox: ilium between the inferior and anterior gluteal lines
distal: greater tronchanter of the femur
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tensor fascia lata proximal and distal attatchments
prox: anterior superior iliac spine
distal: iliotibial tract
70
resisted isometric muscle testing for HIP
- Flexion
- Extension
- Abduction
- Adduction
- External rotation (at neutral and 90o flexion)
- Internal rotation (at neutral and 90o flexion)
71
What test should be performed for:
- femoralacetabular impingement syndrome
- acetebular labral tear
FADDIR test
72
What test should be performed for:
- femoralacetabular impingement syndrome
- acetabular labral tear
Flexion/ internal rotation test
73
What test should be performed for:
- lateral hip pain (greater tronchanteric pain syndrome)
- gluteus medius weakness
trendelenburg test
74
What test should be performed for:
- sacroiliac joint pain
- hip osteoarthristis
- labral tear
FABER test
75
What test should be performed for:
-lateral hip pain
- gluteus medius/minimus tendinopathy
resisted hip abduction
76
What test should be performed for:
- pubic related groin pain
- adductor related groin pain
adductor squeeze test -
77
active ROM of knee
- flexion
- extension
- external rotation (at 90)
- internal rotation (at 90)
78
passive ROM of knee
- flexion
- extension
- external rotation (90)
- internal rotation (90)
79
anterior aspect of knee bony palpation
- patella
- trochlear groove
- tibial tuberosity
80
lateral aspect of knee bony palpationu
- lateral joint line
- lateral tibial plateau
- lateral tubercle (attatchment for gerdy's tubercle)
- lateral femoral epicondyle and condyle
- head of fibula
81
medial aspect of knee bony palpationj
- medial tibial plateau
- medial joint line
- pes anserine
- medial femoral epicondyle and condyle
- adductor tubercle (hamstring and adductor magnus part)
82
anterior muscle palpation of the knee
- quadricpes
-> rectus femoris
-> vastus lateralis
-> vastus medialis
-> vastus intermedius
- patella tendon
- subcutaneous infrapatellar bursa
- pes anserine bursa
- infrapetella fat pad
83
medial muscle palpation of the knee
- medial meniscus
- medial collateral ligament
- satorius
- gracilis
- semintendinosus
- pes anserine tendons
84
lateral muscle palpation of the knee
- lateral meniscus (within joint line)
- lateral collateral ligament
- anterior superior tibiofibular ligament
- common fibular/ peroneal nerve
- biceps femoris tendon
- iliotibial band
85
posteror muscle (popliteal fossa) palpation of the knee
borders:
Supmed: semimembranosus & semitendinosis
Suplat: biceps femoris
InfMed: medial head of gastroc
LatMed: lateral head of gastroc

Contents
- tibial nerve (cannot palpate)
- popliteal artery
- popliteus (hard to palpate)
86
joint play of knee
- tibiofemoral joint traction
- AP shear of tibia
- PA shear of tibia
- medial gapping of knee
- lateral gapping of knee
- medial/ lateral glide of the patella
- patella traction
87
resisted isometric muscle testing of the knee
- flexion
- extension
- external rotation
- internal rotation
88
What test should be performed for:
- ACL sprian
- unhappy triad
anterior draw test
89
What test should be performed for:
- ACL sprain
Lachman's test
90
What test should be performed for:
- PCL sprain
Posterior draw test
91
What test should be performed for:
- MCL sprain
Valgus stress test at 0 and 25
92
What test should be performed for:
- LCL sprain
varus stress test at 0 and 25
93
What test should be performed for:
Meniscal injury
Thessaly's test
94
What test should be performed for:
- intracapsular swelling
Sweep test
95
active ROM of the ankle/foot
- dorsiflexion (talocrural)
- plantarflexion (talocrural)
- inversion (subtalar)
-eversion (subtalar)
- toe flexion/ extension
- metatarsophalangeal flexion/extension (knuckles)
- interphalangeal felxion/extension
*Should be performed both weightbearing and non-weightbearing
96
passive ROM of ankle/foot
- Dorsiflexion (talocrural)
- Plantarflexion (talocrural)
- Inversion (subtalar)
- Eversion (subtalar)
- Adduction (subtalar)
- Abduction (subtalar)
- Toe flexion/extension
- metatarsophalangeal flexion/extension (knuckles)
- interphalangeal felxion/extension
97
medial bony palapation of the foot
- Distal tibia
- Medial malleolus
- Sustentaculum tali (anteromedial calc- attachment point deltoid and spring lig)
- Medial Calcaneus
- Head of talus (articulate w/navicular)
- Navicular & navicular tubercle
- Medial cuneiform
- 1st metatarsal
- Great toe
98
lateral bony palpation of the foot
- Distal fibula
- Lateral malleolus
- Fibular trochlear (peroneal tubercle) splits fib longus and brevis on calcaneus
- Calcaneus
- Sinus tarsi (tunnel b/w calc + talus)
- Cuboid
- Styloid process of 5th met
- 5th metatarsal
- 5th toe
99
plantar surface bony palpation of foot
- Calcaneus
- Medial tubercle of calcaneus (plantar fascia attachment)
- Sesamoid bones (under 1st MTP)
- Metatarsals 4-2 & heads of METs
- Phalanges
100
dorsal surface bony palpation of the foot
- Phalanges (distal, middle, proximal)
- Metatarsals
- Cuboid
- Cuneiforms: medial, intermediate, lateral
- Navicular
- Talar head
101
medial soft tissue palpation of foot
- 1st metatarsal bursa (medial to MTP)
- Spring ligament
- Deltoid ligament
- Tibialis posterior
- Flexor digitorum longus
- Posterior tibial artery and nerve
- Flexor hallicus longus
102
lateral soft tissue palpation of foot
- Lateral ligaments
-> Anterior talofibular
-> Calcaneofibular
-> Posterior talofibular
- Anterior-inferior tibiofibular
- posterior-inferior tibiofibular ligaments (hard to palpate)
- Fibularis longus
- Fibularis brevis
- Extensor Digitorum Brevis
- 5th metatarsal bursa
103
anterior/ dorsum soft tissue palpation of foot
- Tibialis anterior
- Extensor hallicus longus
- Dorsalis pedis artery
- Extensor digitorum longus
- Extensor digitorum brevis
- Fibularis (peroneus) tertius
104
posterior/ plantar surface soft tissue palpation of foot
- Achilles tendon
-> Gastrocnemius (medial and lateral heads)
-> Soleus
- Calcaneal bursa (post calc, superficial and deep to achilles)
- Plantar fascia (med calc tub – prox phalanges
105
joint play of the ankle/foot
- talocrural joint traction
- talocrucural AP shear (glide) of the talus
- subtalar spring
- shear of the cuniforms
- mid tarsal AP spring (glide)
- metatarsal shear
- MTP traction
- IP traction
- MTP medial/lateral gapping
- IP medial/lateral gapping
106
resisted isometric muscle testing
- Dorsiflexion
- Plantarflexion
- Inversion
- Eversion
- Toe flexion
- Toe extension
107
What test should be performed for:
- achilles tendon rupture
thompson test
108
What test should be performed for:
- anterior talofibular ligmament sprian (lateral ankle)
anterior draw test
109
What test should be performed for:
- syndesmosis (high ankle) spain
squeeze test
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