Final coaching Flashcards
s/sx for respiratory alkalosis
STD c tingling and numbness
- syncope, tetany, dizziness
s/sx of respiratory acidosis (early and late)
early: HARDy
- Headache, anxiety, restlessness, dyspnea
late: CCS
- confusion, coma, somnolence
s/sx for metabolic alkalosis
WTMD
- ms weakness, early tetany, mental dullness
causes for metabolic alkalosis (4)
excessive intake of bicarb, diuretics, steroids; vomiting
s/sx for metabolic acidosis
(KNAL)
Kussmaul breathing, nausea/vomiting, cardiac arrhythmia, lethargy/coma
causes for metabolic acidosis
DARS
diabetes, alcohol, renal failure, starvation
order and percent of disc pressure percent
cough:
laugh:
walking:
side bending:
small jumps:
bending forward:
rotation:
lifting c back straight knees bent:
lifting c back bent knees straight:
CWRSLSLBL
cat was running, sliding, landing so lucy bit lol
cough: 5-35%
walk: 15%
rotation: 20%
side bending: 25%
lifting c back straight knees bent: 73%
small jumps: 40%
laugh: 40-50%
bending forward: 150%
lifting c back bent knees straight: 169%
SLR 1
FED/ST
hip flexion
knee ext
foot DF
sciatic, tibial
SLR 2
FEDEE/T
hip flexion
knee ext
ankle DF, Ev
toe ext
tibial
SLR 3
FEDIS
hip flex
knee ext
ankle DF, inv
sural
SLR 4
FEPIC
hip flex
knee ext
ankle PF, inv
CPN
SLR 5 (well leg)
PED
hip flex
knee ext
ankle DF
nerve prolapse (done on unaffected leg)
primary antibody response
IgM
most common antibody receptor, only antibody that crosses the placenta
IgG
antibody responsible for allergic reaction
IgE
most abundant antibody, found in saliva tears breast milk
IgA
antibody that activates B cells
IgD
epimysium
muscle
perimysium
fascicle
endomysium
ms fiber
renin
angiotensinogen -> A1
ACE
A1 -> A2
A2
release aldosterone
zona glomerulosa
mineralocorticoid aldosterone release
zona fasciculata
glucocorticoid cortisol release
zona reticulata
androgen
be careful to see my new face book
bone, cartilage, tendon, skin, muscle, nerve, fat, blood
protein: most to least
fluid: least to most
stage 2 dermal wound
(intensity, frequency, DC, tx time, area)
0.2-1 W/cm2; 3 MHz; 20% DC; 1-2min per area; around wound’s edges
stage 3 & 4 dermal wound
(intensity, frequency, DC, tx time, area)
0.2-1 W/cm2; 1 MHz; 20% DC; 1-2min per area; around wound’s edges
madelung’s deformity
ulnar prominence, radius and wrist volarly displaced
scaphoid fx
preiser dse
lunate fx
kienboch dse
patella fx
kohler dse
navicular fx.
kohler dse
talus fx
mouchet dse
vertebral epiphysis fx
scheuermann
calcaneal apophysis fx
sever’s dse
accessory tarsal navicular OR os tibiale externum
haglund dse
2nd MTT fx
freiberg
proximal tibial epiphysis
blount dse
tibial tuberosity
osgood schlatter
secondary patellar center
sinding-larsen-johansson dse
distal epiphysis of ulna or distal lunate
burns dse
capitulum of humerus
panner
bennett’s fx
1st MC
boxer’s fx
5th MC
baseball finger
DIP dorsal avulsion fx of base of distal phalanx
bunk bed fx
intraarticular fx. of 1st MTT fx in children
chance fx
lap type seat belt fx.
vert body compression
colle’s fx.
radius fx. dorsal displacement
clay shovelers
cervical vertebrae spinous process fx.
duverney fx
iliac wing fx
essex lopresti
comminuted fx of radial head with dislocation of distal RU jt
galeazzi fx
radial fx. c radial head d/L
jefferson fx
C1 burst fx.
jones fx
5th MTT fx
maisonnueve fx.
prox 1/3 of fibula + torn syndesmosis
malgaigne fx.
double vertical fx ant& post pelvic ring
march fx
2nd MTT
monteggia fx
ulnar fx.
pilon fx
tibial plafond fx
rolando fx
1st MC comminuted fx.
runner’s fx
distal fibula fx.
segond fx
avulsion fx, of lat tibial condyle at gerdy’s tubercle (ITB insertion)
ski boot fx
distal third of tibia and fibula
smith fx
fracture of distal radius c volar displacement
steida fx
medial femoral condyle fx at MCL
teardrop fracture
comminuted vertebral body fx c ant displacement
cotton fx
trimalleolar fx
torus fx
compression fx of long bone in or near metaphysis
MOI and mx of trimalleolar fx
MOI: abduction/ER force; adduction force
mx: ORIF
4 autonomic/parasympathetic ganglia (location- CN)
ciliary ganglion - CN3
(hay fever) pterygopalatine/sphenopalatine - CN7
submandibular ganglion - CN7
otic ganglion - 9
norepinephrine site of production
loecus coereleus
dopamine site of production/release
substantia nigra pars compacta
serotonin site of production/release
raphe nucleus
acetylcholine site of production/release
nucleus basalis of Meynert
MS variant with isolated optic N affectation
Devic’s
denial of blindness
anton’s syndrome
benign GBS (triad: ataxia, opthalmoplegia, areflexia)
miller-fisher
type of PD involving severe autonomic failure
shy-drager syndrome (AKA multiple system atrophy MSA)
congenital facial palsy
moebius syndrome
limbic system components
HATCH
hypothalamus, amygdala, thalamus, cingulate gyrus, hippocampus
other term for the hippocampus
ammon’s horn (cornu ammonis)
dysfunction of the amygdala; hypersexuality
kluver bucy syndrome
inability to recognize the form and shape of objects by touch
astereognosis/tactile agnosia
painful burning sensations, usually along nerve distribution
causalgia
loss of light touch sensibility
thigmanesthesia
vascular lesion of the thalamus resulting in sensory disturbances and partial or complete paralysis of one side of the body, associated with severe boring-type pain; sensory stimulus = exaggerated, prolonged, painful response
thalamic syndrome/dejerine-roussy
specific part of thalamus for temp regulation
ant hypothalamus and preoptic area
paleo cerebellum (3)
PASP
ant., spinocerebellum, postural tone
neo cerebellum (3)
Large NPoCor
largest, posterior, coordination
archi cerebellum (4)
BAFOV
oldest, flocculonodular, vestibulocerebellum, balance
CSF flow
Choroid plexus
lateral ventricles
foramen of Monroe
3rd ventricle
Sylvian/cerebral aqueduct
4th ventricle
2 Luschka, 1 Magendie
Subarachnoid space (to S2)
Arachnoid villi
Dural venous sinuses
peak torque of quads (deg)
60 deg of flexion
peak activity of quads + common compensation
HS -> FF
forward lurch
peak activity GMax + common compensation
HS/IC
backward lurch
peak activity GMed + common compensation
MStance
Trendelenburg -> lat lurch or list
ACL/PCL orientation, tautest/laxest during?
ACL - PLS; ExIR taut, 30-60flex lax
PCL - SAM; 30flex taut; early flex lax
peak activity Hams + common compensation
TSwing / decceleration
intrinsic foot muscles layers
1: ADM, FDB, Abd Hallucis
2: Lumbricals, quadratus plantae; master knot of henry: FHL & FDL tendons
3: FHB, FDMB, Add Hallucis
4: interossei; TP, P
master knot of henry comprised of what tendons?
FHL & FDL tendons
weber syndrome lesion, affected (2)
medial basal midbrain
CN 3 - I/L CN3 palsy
CST - C/L hemiplegia
benedikt syndrome lesion, affected (5)
tegmentum of the midbrain
CN 3 - I/L CN3 palsy
STT - C/L body P/T
DCP - C/L prop
sup. cerebellar peduncle - C/L ataxia
red nucleus - C/L chorea
locked-in syndrome lesion, affected (2), spared
B basal pons
CST - quadriplegia
CBT - face and neck paralysis
spared: upward gaze
millard-gubler syndrome lesion, affected (3)
lateral pons
CN 6 - I/L CN 6 palsy
CN 7 - I/L CN 7 palsy
CST - C/L hemiplegia
wallenberg syndrome lesion, affected (5)
lateral medulla
CN 5 - I/L facial pain and temp
STT - C/L body P/T
nucleus ambiguus - dysphagia, dysphonia
vestib nuclei - I/L nystagmus
spinocerebellar - I/L ataxia
frontal gaze palsy (type of stroke syndrome)
ACA
asymptomatic stroke (type of stroke syndrome)
ACA
amaurosis fugax (type of stroke syndrome)
ICA or optic nerve lesion
grasp reflex (type of stroke syndrome)
ACA
sucking reflex (type of stroke syndrome)
ACA
disconnection apraxia (type of stroke syndrome)
ACA
akinetic mutism/abulia (type of stroke syndrome)
ACA
dysphagia (type of stroke syndrome)
MCA
C/L HH (type of stroke syndrome)
MCA d/t impaired macula
agnosia (type of stroke syndrome)
R MCA
aphasia (type of stroke syndrome)
L MCA
coma/LOC (type of stroke syndrome)
VBA
cerebellar signs (type of stroke syndrome)
VBA
quadriplegia (type of stroke syndrome)
VBA
visual impairment (type of stroke syndrome)
PCA
CN involvement (type of stroke syndrome)
VBA
memory impairment (type of stroke syndrome)
PCA
thalamic pain syndrome (type of stroke syndrome)
PCA
hemiballismus (type of stroke syndrome)
PCA
weber syndrome (type of stroke syndrome)
PCA
locked in syndrome (type of stroke syndrome)
basilar artery
benedikt syndrome (type of stroke syndrome)
paramedian penetrating branches of the basilar artery
millard gubler syndrome (type of stroke syndrome)
penetrating branches of basilar artery
wallenberg syndrome (type of stroke syndrome)
PICA
pathology of small subcortical spaces of grey and white matter
lacunar stroke
pure motor lacunar stroke lesion, blood supply
post limb of int capsule; LSA
pure sensory lacunar stroke lesion, blood supply
thalamus; PCA
MC lacunar stroke
pure motor lacunar stroke
sensory motor lacunar stroke lesion
jxn of int capsule and thalamus
2nd MC lacunar stroke
sensory motor lacunar stroke
dysarthria clumsy hand lacunar stroke lesion, blood supply
ant limb of int capsule
recurrent art of Huebner
ataxic hemiparesis lacunar stroke lesion, blood supply
PICC
pons, int capsule, cerebellum, corona radiata
LC aphasia
global aphasia
global aphasia lesion (2)
MCA, perisylvian area
mixed transcortical aphasia lesion (2)
watershed or unlocalized area
common sites of DAI
CPP
corpus callosum (MC)
parasagittal white matter
pons and MB
glasgow coma scale scoring per item verbal, motor, eyes (grading)
verbal (5)
no - 1
inappropriate sounds - 2
inappropriate speech - 3
confused - 4
oriented x3 - 5
motor - 6
no - 1
decerebrate, ext tone - 2
decorticate, flexor tone - 3
withdraws - 4
localizes - 5
commands - 6
eyes
no - 1
pressure/pain - 2
speech - 3
spontaneous - 4
the great crippler of young adults
MS
MC sites affected by MS (5)
PCCOP
periventricular white matter
cerebellum
CST
optic N
posterior white column of SC
medication for ALS
riluzole (rilutek, exservan, Tiglutik)
superior continuation of PLL
tectorial membrane
congenital elevation of scapula
sprengel’s deformity
wheelchair ambulation energy expenditure
10%
crutch walking energy expenditure
60%
single BKA energy expenditure
10-40%
single AKA energy expenditure
65%
double BKA energy expenditure
41%
double AKA energy expenditure
110%
1 AKA 1 BKA energy expenditure
75%
prosthetic fitting in children
above/below elbow
3-6 months
prosthetic fitting in children
below/above knee jt
8-10 months
prosthetic fitting in children
active terminal device
2 yo
prosthetic fitting in children
elbow unit
2-3 yo
prosthetic fitting in children
fxnal hand
3 yo
prosthetic fitting in children
actively controlled knee jt
3-4 yo
GMFCS: walks c restriction, limited in AGMS
GMFCS 1
GMFCS: walks s AD, limited outdoor and comm amb
GMFCS 2
GMFCS: walks c AD, limited, limited outdoor and comm amb
GMFCS 3
GMFCS: limited self-mob; use of powered/mobility W/C outdoors & comm
GMFCS 4
GMFCS: severely limited self-mob even c AD
GMFCS 5
other name for grand mal seizures
tonic-clonic
5 minutes or more of continuous or clinical electrographic seizure activity or recurrent seizure activity s recovery in between seizures
status epilepticus
other name for petit mal seizures
absence seizures
other name for atonic seizures
drop seizures
blank stare seizure
petit mal seizure
sudden falling down and drop head seizure
drop seizure/atonic
repeated jerking muscle seizure
clonic seizure
sudden brief jerks or twitches of the arms and legs; no LOC
myoclonic seizure
classification of intraventricular hemorrhage with pre/definite CP
Pre-CP:
I. subependymal hemorrhage
II. bleeding into ventricles s dilation
Definite CP:
III. bleeding into ventricles c dilation
IV. periventricular hemorrhage
lentiform nucleus components and blood supply
putamen, globus pallidus
recurrent artery of Huebner (AKA cerebral artery of apoplexy)
neostriatum/striatum components and blood supply
caudate nucleus, putamen
LSA
AD, orthosis to use: T6-T12
parapodium THKAFO
W/C for ALL fxnal mob
AD, orthosis to use, functional prognosis: L1, L2
RGO + HKAFO
W/C most fxnal mob; short HA
AD, orthosis to use, functional prognosis: L3, L4
KAFO
W/C for CA; HA
AD, orthosis to use, functional prognosis: L5-S1
AFO + ground reaction AFO
limited CA; ind HA
AD, orthosis to use, functional prognosis: S2 down
supramalleolar orthosis
HA, CA s difficulty
important crutch walking shoulder depressors (3)
pecs minor
lats dorsi
lower traps
important crutch walking shoulder adductors (2)
pecs major
lats dorsi
important crutch walking shoulder FAbER (1)
deltoids
important crutch walking elbow ext. (2)
triceps, anconeus
important crutch walking wrist ext. (3)
ECRL, ECRB, ECU
important crutch walking finger and thumb flexors (4)
FDS, FDP
FPL, FPB
push handle to floor
36”
armrest to floor
30”
total length W/C
46”
total width W/C
23”
W/C reach forward
48”
W/C reach down
15”
W/C reach side to side
24”
T6-T12 deformity
kyphoscoliosis
L1, L2, L3 deformity
severe hip d/L
L4, L5 deformity (2)
mild hip d/L, calcaneovarus
S1 deformity
calcaneocavus
S2 deformity
clawing of toes
S3, S4 deformity
sphincter control prob
surprise muscle
occipitofrontalis
frowning muscle
corrugator supercilli
eye closing ms
orbicularis oculi
eye opening ms
levator palpebrae superioris
expression of distaste
procerus
compression/dilation of nostrils ms (2)
nasalis - compressor and dilator nares
smiling ms
zygomatic major
sneering ms
levator anguli oris
protrusion of upper lip ms
zygomaticus minor
protrusion of lower lip ms
depressor labi inferioris
grimace
risorius
kissing muscle
orbicularis oris
blowing, sucking, whistling ms
buccinator
pouting ms
mentalis
egad
platysma
3 ways of measuring scoliosis severity, landmarks to use
cobb’s - MC used
- superior and inferior end vertebra
risser-ferguson
- superior and inferior vertebra; apical vertebra
nash-moe
- pedicle method
dorsal column pathway functions (3) and components and fxns (2)
DC: discriminative touch, epicritic sensation, proprioception
fasciculus cuneatus (UE), gracilis (LE)
1st, 2nd and 3rd order neurons location
1st: DRG
2nd: substantia gelatinosa
3rd: thalamus
apprehension test indication
patellar dislocation; movement is forced d/L of patella
sit to stand
reciprocal innervation
horizontal plane lateral SCC angle
30deg
MAS: Slight increase in muscle tone, manifested by a catch and release or by minimal resistance at the end of the range of motion when the affected part(s) is moved in flexion or extension
1
MAS: Slight increase in muscle tone, manifested by a catch, followed by minimal resistance throughout the remainder (less than half) of the ROM (range of movement)
1+
damages the epidermis and part of the dermis. Symptoms include blisters, redness, swelling, and pain. The burned area may appear wet and shiny, and the skin may be white or discolored in an irregular pattern
deep partial thickness
destroys the epidermis, dermis, and often the underlying subcutaneous tissue. Symptoms include a white or blackened and charred appearance,
full partial thickness
The examiner applies axial compression through the fourth and fifth metacarpals
TFCC compression test
alternative TFCC compression test
axial load ulnar deviate
True of the anatomic snuffbox:
I. Bounded medially by the EPL (ext. pollicis longus)
II. Contains the radial artery and the superficial radial nerve
III. Laterally bound by the EPB (extensor pollicis brevis) and APL (adductor pollicis longus)
IV. The floor is made up of the scaphoid and triquetrum bone
V. Tenderness within the snuffbox may lead to suspicion of scaphoid fracture
A. All of these
B. I, II, III
C. I, II, III, V
D. I, II, V
E. I, III, V
D. I, II, V
toileting degrees of shoulder abduction
40deg
All of the following describes the period of rapid filling of the ventricles, Except
A. The semilunar valves are closed, the AV valves are opened
B. The turbulent flow of blood into the ventricles produces a third heart sound
C. Continuous ventricular filling occurs during the middle one third of diastole
D. The ventricles relax, but ventricular volume does not change
D. The ventricles relax, but ventricular volume does not change
What fissure/s can be found in the right lung?
A. Horizontal Fissure
B. Oblique Fissure
C. Both a and b
D. NOTA
C. Both a and b
Which of the following describes the continuous breath sounds?
A. most prominent during inspiration
B. caused by vibrations of air passing through the narrowed airways
C. present in CHF Atelectasis
D. caused by the sound of gas bubbling through secretions
B. caused by vibrations of air passing through the narrowed airways
This type of end feel occurs sooner or later in the ROM than is usual, or in a joint that normally has a firm or hard end. This may feel boggy with fluid shift
A. Springy
B. Empty
C. Hard
D. Soft
D. Soft
The patient requires moderate assistance and expends 50-75 % of the effort. What is the patient’s FIM level?
A. 2
B. 3
C. 4
D. 5
B. 3
This reflex is elicited by flicking the terminal phalanx of the index, middle or ring finger. A positive sign indicates increased irritability of sensory nerves in tetany and pathology in the pyramidal tract
A. Rossolimo
B. Schaeffer
C. Piotrowski
D. Hoffman
D. Hoffman
Rossolimo - tap/percuss ball of foot
- exaggerated flexion
- pyramidal lesion
Schaeffer - pinch Achilles
- foot and toe flexion
Piotrowski - tap TA
- PF + inv/sup
Hoffman index middle ring finger; pyramidal tract pathology
What is the normal range of flexion of the distal interphalangeal joints?
A. 90 degrees
B. 100 degrees
C. 150 degrees
D. 180 degrees
A. 90 degrees
MCP, DIP - 90
PIP - 100
This tests the structures around the PIP joint. The proximal interphalangeal joint is held in a neutral position while the DIP is flexed by the examiner. If the DIP joint does not flex, the retinacular ligaments or the PIP capsule are taut. If PIP joint is flexed and DIP is flexed easily, the retinacular ligaments are taut and the capsule is normal.
A. Haines-Zancolli Test
B. Bunnel Littler Test
C. Sweater Finger Sign
D. Froment Sign
A. Haines-Zancolli Test
Allen, Adson, Halstead rotation
allen - same
halstead - opposite
adson - both sides
The fluids outside and inside the cell is important to maintain the homeostasis. Which of the following is true about extracellular fluids and intracellular fluids?
A. The intracellular fluids contain large amount of potassium, magnesium, chloride ions. The extracellular contain sodium, bicarbonate ions and phosphate ions
B. The intracellular fluids contain large amount of potassium, magnesium, sodium. The extracellular contain sodium, bicarbonate ions and phosphate ions
C. The intracellular fluids contain large amount of potassium, magnesium, phosphate ions. The extracellular contain sodium, bicarbonate ions and chloride ions
D. NOTA
C. The intracellular fluids contain large amount of potassium, magnesium, phosphate ions. The extracellular contain sodium, bicarbonate ions and chloride ions
Which of the following describes the diffusion?
I. Diffusion through the cell membrane is divided into two subtypes, called simple diffusion and facilitated diffusion
II. Simple Diffusion means that kinetic movement of molecules or ions through a membrane opening or through intermolecular spaces without any interaction with carrier proteins in the membrane
III. Facilitated diffusion requires interaction of a carrier protein.
IV. The carrier protein in facilitated diffusion aids passage of the molecules or ions through the membrane by binding chemically with them.
A. I,II,III
B. I,II,III
C. I,II,III,IV
D. Only I
C. I,II,III,IV
_________ migration of each set of chromosomes is complete. The chromosomes unravel to become less distinct chromatin threads. The nuclear envelope forms from the endoplasmic reticulum. The nucleoli form, and cytokinesis continues to produce two cells.
A. Prophase
B. Metaphase
C. Anaphase
D. Telophase
D. Telophase
(+) mitotic spindle (-) nuclear envelope
prophase
midline
metaphase
(-) centromere, centromere separation
anaphase
(+) nuclear envelope (-) mitotic spindle
telophase
Erythropoietin
A. inhibits the production of red blood cells.
B. production increases when blood oxygen decreases.
C. production is inhibited by testosterone.
D. All of these are correct.
B. production increases when blood oxygen decreases.
Each muscle fiber contains several hundred to several thousands_________
A. myofilament
B. myofibrils
C. muscle fiber
D. fascicle
B. myofibrils
All of the following are true about the skeletal muscle fiber, EXCEPT
A. A cross-bridge forms when the myosin binds to the actin.
B. muscle fiber is a single cell consisting of a plasma membrane (sarcolemma), cytoplasm (sarcoplasm), several nuclei, and myofibrils
C. Sarcomeres are bound by Z disks that hold actin myofilaments.
D. NOTA
D. NOTA
Sacral pain occurs when _________ is stimulated such as during a bowel movement or when passing a gas and relieved after each of these events
A. Stomach
B. Rectum
C. Esophagus
D. Small intestine
B. Rectum
All of the following are true about the nephron, EXCEPT
I. Proximal tubular membranes are highly permeable to water
II. As fluid flows down the descending loop of Henle, water is absorbed into the cortex
III. The thin ascending limb is essentially impermeable to water but reabsorbs some sodium chloride
IV. The thick part of the ascending loop of Henle is also virtually impermeable to water, but large amounts of sodium, chloride, potassium, and other ions are actively transported from the tubule into the medullary interstitium
V. The concentration of fluid in the medullary collecting ducts also depends on ADH
A. II,III,IV
B. II,III
C. Only IV
D. Only II
E. NOTA
D. Only II
Areas of reabsorption (c and s ADH)
PCT
Thin descending LOH
Thin ascending LOH
Thick ascending LOH
DCT
CCT
MCT
PCT - concentrated
Thin descending LOH - concentrated
Thin ascending LOH - diluted
Thick ascending LOH - diluted
DCT - diluted (ADH: concentrated)
CCT - diluted (ADH: concentrated)
MCT - diluted (ADH: concentrated)
most concentrated c ADH
MCT
most concentrated s ADH
thin descending LOH
most diluted c ADH
thick ascending LOH
most diluted s ADH
MCT
The following are contraindications of traction, EXCEPT:
A. Vascular conditions
B. Patients with subacute state of degenerative joint disease
C. Hypermobility
D. Local and systemic disease affecting joints, ligaments, bones and muscles such as tumors and infections
B. Patients with subacute state of degenerative joint disease
ACUTE state of DJD - CI
Which ultrasound treatment parameter is recommended for a stage 3 chronic dermal wound?
A. 1 MHz at 1.5 watt.cm2
B. 3 MHz at .2-1 watt/cm2
C. 3 MHz at 1.5 watt/cm
D. 1 MHz at .2-1 watt/cm2
D. 1 MHz at .2-1 watt/cm2
Stage 2: 3 MHz at .2-1 watt/cm2; 20% duty cycle; around edges 1-2min per area
Ultraviolet radiation within this range that will cause anti-rachitic effect is _______
A. 2400-3000
B. 4600-4970
C. 3000-4000
D. 3600-3900
A. 2400-3000
antirachitic purpose
treating ricketts - lack of vit D; osteomalacia in kids
MC subluxed vertebral level in RA:
A. C1-C2
B. C2-C3
C. C4-C5
D. C5-C6
A. C1-C2
True about Volkmann’s ischemic contracture:
A. FPL and FDP are spared
B. Affects the radial artery
C. Involves fracture of the forearm, radius, or ulna
D. Commonly seen in weightlifter and clerical jobs
C. Involves fracture of the forearm, radius, or ulna
neer stage 3 vs 4
stage 3: >40yo; partial tendon tear; osteophyte formation
stage 4: >40yo; multiple tendon tear
AdCaps 3-9 months, most painful
freezing
AdCaps 1-3 months
pre-adhesive
AdCaps 9-15months; most significant LOM
frozen
AdCaps 15-24 months
thawing
A patient with a crush injury to the foot developed reflex sympathetic dystrophy. Now, two months into the RSD, the clinical presentation you would expect is:
A. Edema and osteoporosis with decreased sweating and nail growth
B. A cool, dry extremity with the beginning of ankylosis
C. Causalgia with vasomotor reflex spasm resulting in warm, dry skin with increased nail growth
D. Pain on motion with trophic skin changes and osteoporosis
C. Causalgia with vasomotor reflex spasm resulting in warm, dry skin with increased nail growth
A mother complains of sharp pain on radial styloid when carrying her baby. The pain increases with extension of the thumb against resistance. What is the likely diagnosis?
A. Osteoarthritis of radial styloid
B. De Quervain Tenosynovitis
C. Dupuytren’s contracture
D. Scaphoid fracture
B. De Quervain Tenosynovitis
Dupuytren’s contracture involves flexion contractures of the _______________ digits of the hand, MP, and proximal interphalangeal (PIP) joints.:
A. 2nd and 3rd
B. 3rd and 4th
C. 4th and 5th
D. 1st and 2nd
C. 4th and 5th
Upon examination of your patient with quadriceps contusion, you note that he has deep bruising, pain, swelling, and discoloration along the injury site. His active knee ROM is recorded to be 45 degrees. You classify his injury as:
A. Mild
B. Moderate
C. Severe
D. Malingering
B. Moderate
severe: <45
moderate: 45-90
mild: >90
The following treatments are helpful for plantar fasciitis during the initial stages. Which should be done in the subacute and more chronic stages?
A. Stretching of the Achilles tendon and plantar fascia
B. Icing and deep massage
C. Cortisone injection
D. Taping
C. Cortisone injection
other choices for acute
Diagnostic Criteria for Hand Osteoarthritis include the following, EXCEPT?
A. All of the choices
B. Joint space narrowing in any finger joint
C. Age > 40 years old
D. Presence of heberden’s nodes
E. None of these
E. None of these
Upon extraction of synovial fluid in the knee of OA patient, what is the characteristic of the synovial fluid if it is gray, cloudy, and opaque?
A. Normal
B. Hemorrhagic
C. Inflammatory
D. Non-inflammatory
C. Inflammatory
absence of 2nd to 4th MC
lobster claw or ectodactyly
absence of wrist and hand
acheiria
absence of phalanges
aphalagia
The x-ray of a patient diagnosed with Poland syndrome revealed skin union between the digits of the hand. This is called:
A. Syndactyly
B. Camptodactyly
C. Clinodactyly
D. Macrodactyly
E. Simian Hand
A. Syndactyly
Among the elderly, humeral fractures at the surgical neck are common where this nerve is in direct contact.
A. Ulnar
B. Axillary
C. Median
D. Radial
B. Axillary
On palpation of the foot, tenderness at the articular surface of the talus is a common finding in:
A. Deltoid strain
B. Bursitis
C. Tendonitis
D. Osteoarthritis
D. Osteoarthritis
talus is a WB joint
Rheumatoid arthritis: Limited in ability to perform usual self-care, vocational, and avocational activities
A. class I
B. class II
C. class III
D. class IV
D. class IV
The following statements are correct concerning the facial nerve:
I. The muscles of facial expression including the buccinator is supplied by the facial nerve
II. It supplies the stylohyoid, posterior belly of the digastric muscles of the neck and the stapedius muscles of the middle ear
III. It emerges as two roots from the anterior surface of the hindbrain between the pons and the medulla oblongata
IV. Injury to the facial nerve at the stylomastoid foramen will result in facial palsy, hyperacusis, impaired lacrimation and loss of taste on anterior 2/3 of the tongue.
V. Lesion of the facial nerve at the stylomastoid foramen presents with inability to close the eye on the side of the paralysis
A. All of these
B. I, II and III
C. I, II, III and IV
D. I, II, III and V
E. I, III and V
D. I, II, III and V
True about the trigeminal nerve, EXCEPT:
A. It is a mixed nerve supplying the muscles of mastication and divides into three major branches, ophthalmic, maxillary, and mandibular.
B. Mediates the reflex arc in the jaw reflex involving the masseter and temporalis muscles
C. If the motor root of the trigeminal nerve is injured, paralysis occurs in the tensor tympani, mylohyoid and anterior belly of the digastric.
D. Taste impulses from the anterior 2/3 of the tongue is mediated by the trigeminal nerve
E. None of these
D. Taste impulses from the anterior 2/3 of the tongue is mediated by the trigeminal nerve
CN 7 fxn
The vagus nerve is the great parasympathetic nerve that innervates the thorax and the abdomen. These statements correctly describe this nerve, EXCEPT:
I. Stimulation of the vagus nerve may result to vasodilation and bradycardia
II. Branches from the vagus nerve supply the intrinsic muscles of the larynx
III. Dysphagia, dysphonia and regurgitation of food into the nose on swallowing is a result of bilateral lesion to this nerve
IV. In testing for phonation by having the patient say “AH”, deviation of the uvula to the right suggests involvement of the right vagus nerve
A. I and IV
B. II and IV
C. All of these
D. None of these
E. Only IV
E. Only IV
The following are key muscles represented by the C5, C6 myotomes
I. Biceps
II. ECRL
III. ECRB
IV. ECU
V. FCR
A. All of these
B. I, II and III
C. I, II, III and IV
D. I, II, III and V
E. II, III, IV and V
B. I, II and III
Cavities within the brain filled with cerebrospinal fluid:
A. Subarachnoid space
B. Ventricles
C. Meninges
D. Sinuses
B. Ventricles
ventricles are lined with ependymal cells
pharmacokinetics vs. pharmacodynamics
kinetics - body to drug
dynamics - drug to body
Which of the following medications block receptors of the sinoatrial node and myocardial cells, thereby decreasing the force of contraction of the heart as well as the heart rate?
A. Thiazide diuretics
B. Calcium channel blockers
C. Alpha-blockers
D. Beta-blockers
E. ACE-inhibitors
D. Beta-blockers
cancer with worst prognosis
lung cancer
lowest survival rate cancer
pancreatic cancer
CPP of hip
ExAbIR
The following statements are true about the gluteus maximus, except:
A. it works as a force couple with the abdominal muscles to posteriorly tilt the pelvis on the femur and flatten the lumbar spine, decreasing lumbar lordosis
B. it works with the three hamstring muscles to extend the hip
C. it is the most powerful hip extensor, regardless of knee position
D. in the prone position with the knee in flexion, strong action is required of the gluteus maximus to move the hip into extension
E. none of these
E. none of these
Actions of the gluteus medius include:
I. hip flexion
II. hip abduction
III. hip medial rotation
IV. hip extension
A. All of these
B. I, II, III
C. I and III
D. II and IV
E. Only IV
A. All of these
think delts
anterior: FlexIR
middle: abd
posterior: ExER
The menisci are attached to the tibia to deepen the joint’s socket, improving the joint’s congruency. Which of these attachments to the menisci is incorrect?
A. Deep fibers of the mcl attach to the medial meniscus
B. The tendon of the semimembranosus muscle sends fibers to the posterior edge of the medial meniscus
C. The meniscofemoral ligament extends form the medial meniscus to the inside of the medial condyle near the posterior cruciate ligament
D. The popliteus muscle sends fibers to the posterior edge of the lateral meniscus
E. Each meniscus is anchored along its lateral rim to the tibia and joint capsule by a loose coronary ligament
C. The meniscofemoral ligament extends form the medial meniscus to the inside of the medial condyle near the posterior cruciate ligament
extends forming the LATERAL meniscus
meniscofemoral: wrisberg, humphrey
The gastrocnemius and soleus belong to the superficial posterior group of the leg. these two muscles together are also called the triceps surae. The following descriptions are correct, except:
A. the soleus has been found to contain a higher proportion of slow twitch muscle fibers than the gastrocnemius
B. the soleus is more concerned with stabilization at the ankle and control of postural sway than is the gastrocnemius
C. the gastrocnemius and soleus are both involved in activities requiring forceful plantarflexion of the ankle
D. when the gastrocnemius-soleus group is paralyzed, the individual cannot rise on tiptoes and gait is severely affected
E. none of these
E. none of these
Tibiofibular lateral rotation happens in which of the following foot motions?
A. supination, weight-bearing
B. supination, non-weight bearing
C. pronation, weight bearing
D. pronation, non-weight bearing
A. supination, weight-bearing
SSETT - supination, ext. tibial torsion
While you are treating a T4 level SCI male patient, he suddenly had an autonomic dysreflexia.The following are the signs and symptoms of AD, except:
A. Pounding headache
B. Increased BP
C. Increased HR
D. Miosis
C. Increased HR
A male TBI patient was able to open his eyes upon verbal command, pull the therapist’s hand when the anterior forearm was pinched, and speak inappropriate words when asked about how he was feeling in the past few hours. His GCS score is
A. 10
B. 12
C. 13
D. 11
A. 10
While evaluating the reflexes of your TBI patient, you noticed that the patient’s right eye turns to the right when you suddenly turn his head to the right and turns upward when you suddenly lift his head. What reflex could be impaired in this patient?
A. Pupillary light reflex
B. Vertical/diagonal oculocephalic reflex
C. Doll’s eye reflex
D. Fronto-orbital reflex
C. Doll’s eye reflex
OR horizonal oculocephalic reflex
What happens to the axons after plaque formation in patients with multiple sclerosis?
A. The axons become interrupted and undergo anterograde degeneration
B. The axons become interrupted and undergo retrograde degeneration
C. The axons are not interrupted but undergo anterograde degeneration
D. The axons are not interrupted but undergo retrograde degeneration
B. The axons become interrupted and undergo retrograde degeneration
PD test
apomorphine test
Which of the following signs and symptoms would suggest that the patient is LEAST likely to have amyotrophic lateral sclerosis?
A. Spasticity on one extremity
B. Clumsiness
C. Decrease in balance
D. Normal bladder function
D. Normal bladder function
Spared in ALS: bladder fxn, cognition, ocular ms, sensory fxn
ALS meds
riluzole/rilutek
Which of the following is not a characteristic of myasthenic syndrome or LambertEaton myasthenicSyndrome?
A. Paraneoplastic syndrome associated with small cell lung cancer
B. Involves antibodies to presynaptic Calcium ion channels
C. Proximal muscle weakness that improves with further exertion
D. Extraocular weakness
D. Extraocular weakness
- affected in MG and botulism
MG - ACh
LEMS - calcium
botulism - nerve block
Hoehn- Yahr classification: patient experiencing unsteadiness when turning or rising from chair.
A. Stage 1
B. Stage 2
C. Stage 3
D. Stage 4
C. Stage 3
In which position is a person with a herniated disc in the low back usually most comfortable?
A. Standing
B. Lying prone with a pillow under the head
C. Lying supine with support under the knees
D. Sitting
C. Lying supine with support under the knees
positioning in prone may cause ms spasm; prone can be uncomfy
A patient was diagnosed to have spondylolisthesis with a forward displacement of his upper lumbar vertebra by 40%. He has a:
A. Grade I spondylolisthesis
B. Grade II spondylolisthesis
C. Grade III spondylolisthesis
D. Grade IV spondylolisthesis
B. Grade II spondylolisthesis
A 42-year-old patient is experiencing TMJ dysfunction. He stated that there is a (+) click upon mouth opening. As a therapist, you might give an expression that the patient is suffering from:
A. Disc displacement
B. TMJ displacement
C. TMJ synovitis
D. TMJ capsulitis
A. Disc displacement
TMJ displacement - click with closing
Which of the following are responsible for mandibular protrusion?
I. Masseter
II. Lateral pterygoid
III. Medial pterygoid
IV. Temporalis
V. Digastric
VI. Infrahyoid muscle
A. I and III
B. II and IV
C. I, II and III
D. I, II, III and IV
E. V and VI
F. All are correct
C. I, II and III
Which of the following is/are considered innervated structure/s of the spine?
A. All of these
B. Transversospinalis
C. Inner of annulus
D. Intertransverse ligament
E. Zygapophyseal joint
E. Zygapophyseal joint
ALL, PLL, interspinous ligament, joint capsule, outer of annulus
ES, multifidi
All of the following statements describe the joints of Von Luschka, EXCEPT:
A. Are called uncovertebral joints
B. Are called uncinate process
C. No synovium; so not considered as true joints
D. Not present at birth; develop by end of first decade
E. Unique articulation seen in upper cervical vertebrae
E. Unique articulation seen in upper cervical vertebrae
C3-C7
Patients with a poking chin or forward head posture is a result of them following EXCEPT: (Tidy’s page 225)
A. overactivity of the SCMs
B. weakness of the deep cervical flexors
C. overactivity of the levator scapulae
D. overactivity of the deep cervical flexors
D. overactivity of the deep cervical flexors
overactivity of deep cervical EXTENSORS
All of the following are true regarding stretching of the thoracic and lumbar spine in lumbar aquatic therapy, except:
A. Patient is in supine, buoyancy supported
B. PT grasps the patient’s abducted arm with fixed hand, while the movement hand is at the lateral aspect of the lower extremity of the side to be stretched
C. Stabilization is placed by the patient’s hip, while the pulling the patient in lateral flexion
D. The patient’s stretch side arm is adducted to end range to facilitate stretch
E. None of these
D. The patient’s stretch side arm is adducted to end range to facilitate stretch
ABDUCTED
Knee capsular tightness has limited a patient’s ability to attain full flexion. An initial intervention a physical therapist can employ to restore joint motion should emphasize sustained mobilization in the loose packed position using:
A. Posterior glide of the tibia and internal rotation of the tibia
B. Anterior glide of the tibia and internal rotation of the tibia
C. Posterior glide of the tibia and external rotation of the tibia
D. Anterior glide of the tibia and external rotation of the tibia
A. Posterior glide of the tibia and internal rotation of the tibia
Which modality causes the greatest increase in tissue temperature?
A. Infrared
B. Ultrasound
C. Diathermy
D. Hot moist pack
C. Diathermy
FOOSH is the MOI. Your patient was referred for an x-ray. There is still pain and swelling. What bone commonly manifests with this type of presentation?
A. Distal radius
B. Scaphoid
C. Trapezium
D. Ulna
B. Scaphoid
(-) X-ray findings - usually later
(+) pain, swelling