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FRCSOrthExam Education Viva

FRCS (T&O) VIVA TOPICS

 

Trauma

1)     =Type 3 periprosthetic fracture around a THR

2)     =THR presents with a first time dislocation

3)     =Posterior dislocation with a fractured acetabulum

4)     =Osteochondral fracture of the knee

5)     =15 yr old boy club football player with acute ACL injury

6)     =Segmental tibial fracture with ipsilateral tibial plateau fracture

7)     =Open book pelvic fracture that is very haemodynamically unstable

8)     =Draw me Hamilton Russell traction for a femoral fracture.

9)     =Diagram of oblique fracture, Where do you place the lag screw and why

10) =Pelvis fracture and inferior dislocation of hip, pneumothorax

11) =18 yr old with subtalar dislocation

12) =32 yr old with midshaft tibial fracture and chest injury

13) =Clavicle fracture mid shaft in a young adult, Non-union

14) =Inferior shoulder dislocation

15) =Burst fracture T12, no neurology

16) =Treatment of distal biceps rupture and describe surgical approach.

17) =Mangled extremity. Limitations of MESS

18) =Spinal fracture. Need for steroids. NASCIS studies

19) =IM nails biomechanics.

20) =Displaced intracapsular NOF# in a 42 yr old, classification (Garden & Pauwell's angle)

21) =Lateral C-spine XR with C7/T1 subluxation, paraplegic, application of halo & discussion of respiration in C-spine injuries

22) =Pelvic fixator in place with pins not in the pelvis on one side

23) =anterior #/dislocation shoulder

24) =tibial tuberosity avulsion in a child

25) =Salter Harris II # of proximal phalanx of little finger

26) =Open comminuted tibial #

27) =Midshaft ulna #

28) =Volar Barton

29) =Torus versus greenstick

30) =Post fracture dislocation shoulder

31) =Distal radius with scaphoid fracture

32) =Segond

33) =Median nerve laceration

34) =Comminuted prox humerus fracture

35) =Distal femoral fracture in elderly

36) =Secondary prevention osteoporosis and effects on bone healing

37) =Clinical picture mangled leg

38) =Segmental loss tibia, Limb salvage versus reconstruction

39) =Weber C ankle

40) =Displaced intracapsular fracture in young male

41) =Elbow dislocation with radial head fracture

42) =Intracapsular NOF in a 70 year old

43) =Open supracondylar femoral fracture with pelvic fracture

44) =SH4 fracture prox phalanx great toe

45) =Grade 3 Ruedi tibial pilon fracture

46) =Transverse humeral fracture in a 2 month old

47) =Pelvic Fracture

48) =Acetabular fracture

49) =Distal Femoral fracture intra-articular

50) =Supracondylar elbow fracture/Baumann’s angle

51) =Compartment Syndrome

52) =Open fracture Gustilo C

53) =Lisfranc

54) =Shaft femur with neck of femur

55) =Periprosthetic fracture

56) =Ankle instability

57) =Compartment syndrome

58) =Unstable inter-trochanteric #               

59) =Galeazzi #                 

60) =Patho # Humerus

 

Adult Pathology

1)     =50 yr old man with symptomatic hip OA, failed conservative management. Which hip would you do and can you support this with any literature or joint registry findings

2)     =Paget’s disease, THR

3)     =Valgus rheumatoid knee

4)     =X-ray appearances of OA, RhA and gout.

5)     =Infected THR 

6)    =Osteochondroma proximal femur, differential, management, risks

7)     =Meniscal injury and repair.

8)    =Ankylosing spondylitis with painful bilateral hips with 30 degrees FFD

9)     =Ewing’s

10) =Biopsy for a bone tumour.

11) =isolated renal metastases in the femur

12) =RSA analysis for implants

13) =Guidelines for doing MIS for hip surgery

14) =Bilateral mild hip dysplasia in 18 yr old 

15) =Degenerative spine. What are worrying reg flag signs.

16) =MRI of PCL deficient knee.

17) =56 yr old with OA hip. What implant are you going to use and why.

18) =Conversion hip arthrodesis to THR

19) =C-spine x-ray. Destroyed C5, no neuro signs, 70 yr old male (Myeloma)

20) =Chronic osteomyelitis in adult tibia

21)=Fibrous dysplasia with Shepherds crook deformity.

22) =Freiberg's of a 2nd MT head

23) =Unicortical # in a pt with Paget's. D/D & treatment (problems with nailing).

24) =Loose Charnley THR. Discussion of diagnosis, investigations and treatment

25) =Fibrous cortical defect in distal tibia

26) =Pelvic XR with diffuse lytic pelvic lesion & a sclerotic iliac lesion

27) =Bilateral varus knees, bone on bone

28) =Correctable Flat foot picture with too many toes sign

29)=Lytic lesion over greater trochanter

30) =Foot photo 6 mths after  weber B fracture treated in POP with RSD

31) =Glass eye d/to retinoblastoma as a child. X ray of knee showed osteosarcoma

32) =Elbow with loose body

33) =Rheumatoid forefoot

34) =Lytic lesion femoral neck in a 32 year old woman

35) =Young patient pelvis with Cemented THR one side & severe dysplastic OA hip on other side

36) =Mechanism of loosening/wear/osteolysis

37) =Risks of allogenic bone graft

38) =Rotator cuff tear

39) =Rotator cuff arthropathy

40) =Meniscal tears, MRI features, types, structure of meniscus and blood supply

41) =Protrusio hips

42) =Rheumatoid foot

43) =Hallux valgus

44) =Dislocated MTPJ’s, management surgical

45) =Spondylolysis

46) =Gangrenous foot post-op

47) =Syme’s, Chopart’s and BK amputation, design of BK amputation prosthesis

48) =Chondrosarcoma

49) =Osteomyelitis

50) =Septic loosening

51) =Spondylolisthesis and spondyloptosis

52) =Acute calcific tendonitis of the shoulder

53) =Psoas abscess (on CT)

54) =AVN

55) =MM

56) =Looser’ s zones

57) =Synovial chondromatosis

58) =Paget’s with THR and protrusion

59) =Spinal stenosis

60) =Ewing’s

      

61) =Fowler’s op

Basic Science  

1)     =Draw a hip free body diagram and explain why a walking stick is useful.

2)     =Posterior hip-surgical approach

3)     =Pathogenesis of osteoarthritis and rheumatoid arthritis.

4)     =Biomechanics of hip fracture fixation devices.

5)     =What would you do if you had 5 consecutive THR that became acutely infected whilst still an in patient.

6)     =Survivorship curve

7)     =Posterior approach to the knee

8)     =Indications for disarticulation of the knee as an amputation.

9)     =Define wear and give me examples.

10) =Define hoop stresses and give me some examples in the body.

11) =Biomechanical priciples and material properties of an Exeter & Charnley stem

12) =Problem in the 3M capital hip disaster.

13) =Summary of the 2nd National Joint registry report form September 2005 and tell me the features of the NJR compared with other joint registries.

14) =Draw the compressive and tensile trabecullae in the proximal femur

15) =What is a hypothesis.

16) =How do you go about setting up a clinical trial.

17) =What does central tendency mean (mean, median, mode)

18) =What is dispersion (SD, interquartile, range).

19) =Why do we use a p value of 5%

20) =When do you use a parametric test and when do you use a non parametric test.

21) =What is a meta analysis.

22) =Given diagram of a box and whisker plot, asked to describe all points , lines etc

23) =What is your DVT prophylaxis and why. What is the evidence behind it.

24) =Describe the different forms of lubrication.

25) =What properties of ceramic make it good for lubrication.

26) =How does MRI, X ray, US, CT, bone scan, DEXA scan work.

27) =X-ray on a 25 yr old pregnant female, steps you take to reduce the dose.

28) =How do you do an arthrogram. What are the C/I to using the contrast.

29) =Radiation dose they will get from an isotope bone scan

30) =Design a new plate for fracture fixation. What features in the plate will you incorporate into your design.

31) =You have been asked to design a new hip replacement / knee replacement. What features will you incorporate into your design.

32) =DCP plate is very strong. Why does it need to be this strong.

33) =What are the material properties of tendon & ligament

34) =How is polyethelene manufactured.

35) =Draw the structure of a nerve and what do you repair in a digital nerve repair and a median nerve repair.

36) =Name some outcome scores used in orthopaedics.

37) =What do you know about metal on metal articulation. How do the current generation of implants differ from those used in the 70's (McKee Farrar).

38) =Tourniquets. How to apply and use.

39) =Screws, describe different types and how they work etc.

40) =Locking plates, principles.

41) =Humeral plating, why done posteriorly, principles tension band.

42) =Draw brachial plexus.

43) =set up a bone bank (Consent, testing, storage etc)

44) =X-sectional anatomy of carpal tunnel.

45) =Chronic regional pain syndrome.

46) =Creep and stress relaxation curves

47) =Zones of growth plate, blood supply & relevance to osteomyelitis

48) =Types of ossification & bones in which these occur

49) =Shown unmarked axial drawing of a vertebra

50) =Lumbar discogram with normal discogram at L3/4 & abnormal at L4/L5

51) =Structure of intervertebral disc & what happened with age

52) =Shown a drawing of the ulna bursa in the hand

53) =Hysteresis loops (one for elastin and one for collagen)

54) =Cross section of nerve. Tell me about the structure of a nerve

55) =How does the nerve vary along its course  

56) =Nerve Conduction Studies

57) =OI

58) =Dwarfism

59) =Torticollis

60) =OO

61) =Syringomyelia

62) =Horner’s syndrome

63) =Rickets

64) =Fracture healing

65) =Nerve injuries

66) =Piriformis muscle anatomy

67) =Prosthesis, A/K prosthesis

68) =Bone grafts

69) =Tourniquets

70) =Screw design and function/ lag screw principle

71) =Structure peripheral nerve/nerve conduction studies

      

72) =Brachial plexus injury with Horner

73) =Henry approach to radius

74) =Course of Axillary nerve & muscles innervated

75) =Design of knee brace for valgus deformity

76) =Four bar linkage mechanism of ACL/PCL

77) =Difference between osteoporosis and osteomalacia

78) =Causes of secondary tumours to bone and mechanism of metastases

79) =Parts of a THR

80) =Ceramic-mechanical properties

81)=Stainless steel -mechanical properties, manufacture

82) =Titanium -mechanical properties

83) =Draw X-section anatomy at mid thigh level

84) =Course of the sciatic nerve from roots to foot

85) =Course of the lateral cutaneous nerve of thigh

86)=Draw articular cartilage, viscoelasticity, lubrication, laceration, loading and unloading

87) =Articular cartilage defects and repair methods

88) =Draw osteoclast

89) =Meniscus structure/function/biomechanics/discussion on hoop stresses.

90) =Structure of proteoglycan

91) =Mendelian inheritance, sex-linked recessive/dominant.

92) =Theatre design (Laminar flow, Ex flow, air changes, HEPA filter, size of particles)

93) =Failure mechanisms prostheses. Interfaces.

94) =Bacterial organisms. Use of prophylactic antibiotics and mechanism of action.

95) =Open fractures

96) =Gas gangrene

97) =talus & calcaneum to describe anatomy

98) =Bone graft substitutes properties

99) =Confidence intervals and relative risk.

100) =Wear mechanisms

101) =Subsurface delamination

102)=Traction

103)=MRI principle

104)=Stress-strain curve

105)=Phyeal injuries

106)=Palacos cement

107)=HCL poly

108)=Ex-fix construct

 

Hands and Paeds

1)    =Finger tip injury with bone exposed

2)     =Radial club hand

3)    =Madelung’s deformity of distal radius

4)    =# 4th and 5th Metacarpals minimally displaced

5)     =Bilateral club foot

6)    =Neurofibromatosis I & II and pseudoarthrosis of tibia

7)     =Tibia vara

8)     =Blounts disease

9)     =Acute displaced scaphoid fracture

10) =Kienbock’s

11) =STT OA

12) =Clinical slide hypothenar eminence haemangioma

13) =Clinical slide recurrent Dupuytrens

14) =Boutonniere deformity

15) =Tibial spine avulsion

16) =Arthrogram in a 18 month old DDH

17) =Clinical picture anterolateral bowing tibia toddler with café au lait spot

18) =Clinical photograph adolescent pes planus

19) =Calcaneonavicular tarsal coalition

20) =Extra-articular distal radius fracture management options

21) =UCL thumb injury and management

22) =Mucous cyst

23) =Monteggia Fracture dislocation with unreduced radial head

24) =Scapholunate ligament injury and management – acute vs chronic, Kirk-Watson’s instability test

25) =LLD and causes, Management of predicted 9cm LLD in a normal child

26) =Management of missed DDH in 18 month old

27) =DDH in newborn

28) =Perthes’ disease

29) -SUFE                                                

30) -CTEV                                                

31) -Cavovarus foot                              

32) -Physiological variants                 

33) -Neuromuscular disease              

34) -Limb lengthening and deformity correction  

35) -Juvenile Arthritis

36) -Non Accidental Injury

37) -Paediatric knee

38) -Skeletal Dysplasias

39) -Spinal disorders

40) -Oncology

41) -Infection

42) =Supracondylar fracture

43) =Lateral condyle

44) =Mallet finger

45) =Fight bite

      

46) =Fibular hemimelia

47) =EPL rupture

48) =De Quervain’s

49) =SL dissociation

50) =OCD knee

51) =UCL injury

52) =Dorsal PIPJ fracture dislocation

53) =Undisplaced scaphoid fracture

54) =Pes cavus with claw toes

55) =Grease gun injury

56) =Old Monteggia

57) =Bipartite patella

58) =Galeazzi

59) =Ewing’s

60) =Boutonniere and swan neck deformities

61) =Examiner puts glove on. Draw on the glove and talk about incisions for the hand

62)=Management of 1st MTPJ OA. Conservative and operative.

63) =How do you repair a flexor tendon injury in Zone 2, different post op regimes.

64) =Describe the zones for flexor and extensor tendon injuries of fingers and thumb

65) =Picture of winging scapula. What are causes.

66) =Menigococcal septicaemia.

67) =Diaphyseal aclasia

68) =Scaphoid non union.

69) =Gross crush injury to hand. Management fasciotomies

70)=Enchondroma PP with #, Treatment

71) =Climber with rupture of all flexor pulleys of finger. Reconstruction principles

72) =Clinical photo of a nail bed injury

73) =Malunited Frykman VIII distal radial #, options for DRUJ reconstruction (osteotomies), Darrach's, Suave-Kapandje & ulna head replacement.

74) =Clinical photo of a traumatic amputation through MCPJ's of all fingers

75) =Asked about the different types of grip

76) =Between proportionate and non proportionate dwarfism.

77) =Principles in the management of CP.

78) =Three ways bone form and grow.

79) =Physes in the hand metacarpals, and phalanges.

80) =AVN rate in pavlic

81) =Basic requirements for a good screening test.

82) =What screening do we have for DDH in the UK.

83) =Gait analysis, gait cycle, and what are the prerequisites for normal gait.

84) =Causes of bowing of tibia.

85) =Osteogenesis imperfecta, and draw me a genetic table demonstrating the genetics.

86) =Differences in medial and anterior approaches for DDH

87) =Setting up a pavlik harness

88) =Picture of congenital vertical talus. What are the associations

89) =Cavo varus foot.

90) =Changes in Childs knee varus and valgus with age (Selenius graph)

91) =SUFE, causes, classification, management. Discussion about recent review from Southampton

92) =Fibular hemimelia and PFFD

93) =Clinical photo of pair of varus knees in 2 yr old 

94) =Picture of Gallows traction 

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