FRCS Paediatric Ortho — improved notes
FRCS Paediatric Ortho — visual inline notes

091. Spina bifida

visual-inline rebuild1 extracted figuresspeaker notes XML38 study lines3 Q&A

Individual slide images have been cropped from the rendered slide and inserted beside the matching note section. The full slide remains below only for layout/audit.

Clean FRCS notes with inline figures

Physical exam:

•Very short and slim LL, UL normal, AFO
•Scar: longitudinal mostly at back

Spinal bifida:

•Fetal neural plate fail to completely closed

Risk factors: folate deficiency, maternal diabetes, chromosomal abnormality

Forms:

•Spinal bifida occulta (confined cord and meninges)
•Meningocele (protruded sac, no neural element)
•Myelomeningocele (protruded sac with neural elements)
•Rachischisis (neural elements exposed)

Cause of neurological deterioration:

•- Tethered cord, hydrocephalus, syringomyelia

Presentation:

Clinical photograph
Fig 1. Clinical photographtop left
•Deformity due to imbalanced muscle pull (hip dislocation, ankle deformity)
•Contracture
•Scoliosis (congenital / muscle imbalance / secondary to unilateral hip dislocation with LLD)
•Functional deficit (Walking difficulty)
•Neurogenic bladder
•Foot deformities
•Assess last functional level
•Walk? (yes at least L3)
•Ankle equinus? (no at least L4)
•Hip abduction? (yes at least L5)
•If not walk: check hip control (no L1 or above, yes with flexion L2)
Type / groupDefinition / note
L3highest risk of hip dislocation (intact adductor but weak abductor), household walking

Treatment: depends on form, level

Aim:

•Maximize patient’s function consistent with the level involved and prevent deterioration

Multidisciplinary approach

•Patient and family counselling

Community based treatment and minimize hospital admission

•Use of orthosis
•Physiotherapy for stretching to prevent contracture, maintain muscle power
•Surgery: balance muscle pull to prevent development of deformity/ correct deformity
•Hip: highest dislocation rate in L3,4 last functional level due to imbalance of adductor and abductor. Surgery is controversial and only applicable in patient with functional quadriceps
•Knee: flexion contracture release if severe and affecting walking
•Ankle: can be equinovarus, cavovarus, calcaneovalgus

Direct Q&A

Q1 What are the management aims for Spina bifida?
•Maximize patient’s function consistent with the level involved and prevent deterioration
Q2 What operative steps, indications, and risks are listed for Multidisciplinary approach?

Patient and family counselling

Q3 Which anatomical structures or danger structures are listed under Community based treatment and minimize hospital admission?

Use of orthosis

•Physiotherapy for stretching to prevent contracture, maintain muscle power

Surgery: balance muscle pull to prevent development of deformity/ correct deformity

•Hip: highest dislocation rate in L3,4 last functional level due to imbalance of adductor and abductor. Surgery is controversial and only applicable in patient with functional quadriceps
•Knee: flexion contracture release if severe and affecting walking
•Ankle: can be equinovarus, cavovarus, calcaneovalgus

Raw speaker-note hierarchy audit

#lvlmarLindentlogicaloriginal note line
10NoneNone0Physical exam:
20NoneNone0Very short and slim LL, UL normal, AFO
30NoneNone0Scar: longitudinal mostly at back
40NoneNone0Spinal bifida:
50NoneNone0Fetal neural plate fail to completely closed
60000Risk factors: folate deficiency, maternal diabetes, chromosomal abnormality
70000Forms:
80171450-1714501Spinal bifida occulta (confined cord and meninges)
90171450-1714501Meningocele (protruded sac, no neural element)
100171450-1714501Myelomeningocele (protruded sac with neural elements)
110171450-1714501Rachischisis (neural elements exposed)
120000Cause of neurological deterioration:
130000- Tethered cord, hydrocephalus, syringomyelia
140NoneNone0Presentation:
150171450-1714501Deformity due to imbalanced muscle pull (hip dislocation, ankle deformity)
160171450-1714501Contracture
170171450-1714501Scoliosis (congenital / muscle imbalance / secondary to unilateral hip dislocation with LLD)
180171450-1714501Functional deficit (Walking difficulty)
190171450-1714501Neurogenic bladder
200171450-1714501Foot deformities
210NoneNone0Assess last functional level
220171450-1714501Walk? (yes at least L3)
230171450-1714501Ankle equinus? (no at least L4)
240171450-1714501Hip abduction? (yes at least L5)
250171450-1714501If not walk: check hip control (no L1 or above, yes with flexion L2)
260000L3: highest risk of hip dislocation (intact adductor but weak abductor), household walking
270000Treatment: depends on form, level
280000Aim:
290000Maximize patient’s function consistent with the level involved and prevent deterioration
300000Multidisciplinary approach
310000Patient and family counselling
320000Community based treatment and minimize hospital admission
330171450-1714501Use of orthosis
340171450-1714501Physiotherapy for stretching to prevent contracture, maintain muscle power
350171450-1714501Surgery: balance muscle pull to prevent development of deformity/ correct deformity
361628650-1714502Hip: highest dislocation rate in L3,4 last functional level due to imbalance of adductor and abductor. Surgery is controversial and only applicable in patient with functional quadriceps
371628650-1714502Knee: flexion contracture release if severe and affecting walking
381628650-1714502Ankle: can be equinovarus, cavovarus, calcaneovalgus

Improved semantic hierarchy used for the study notes

#semantic levelsection?rewritten line
10yesPhysical exam:
21Very short and slim LL, UL normal, AFO
31Scar: longitudinal mostly at back
40yesSpinal bifida:
51Fetal neural plate fail to completely closed
60yesRisk factors: folate deficiency, maternal diabetes, chromosomal abnormality
70yesForms:
81Spinal bifida occulta (confined cord and meninges)
91Meningocele (protruded sac, no neural element)
101Myelomeningocele (protruded sac with neural elements)
111Rachischisis (neural elements exposed)
120yesCause of neurological deterioration:
131- Tethered cord, hydrocephalus, syringomyelia
140yesPresentation:
151Deformity due to imbalanced muscle pull (hip dislocation, ankle deformity)
161Contracture
171Scoliosis (congenital / muscle imbalance / secondary to unilateral hip dislocation with LLD)
181Functional deficit (Walking difficulty)
191Neurogenic bladder
201Foot deformities
211Assess last functional level
221Walk? (yes at least L3)
231Ankle equinus? (no at least L4)
241Hip abduction? (yes at least L5)
251If not walk: check hip control (no L1 or above, yes with flexion L2)
261L3: highest risk of hip dislocation (intact adductor but weak abductor), household walking
270yesTreatment: depends on form, level
280yesAim:
291Maximize patient’s function consistent with the level involved and prevent deterioration
300yesMultidisciplinary approach
311Patient and family counselling
320yesCommunity based treatment and minimize hospital admission
331Use of orthosis
341Physiotherapy for stretching to prevent contracture, maintain muscle power
351Surgery: balance muscle pull to prevent development of deformity/ correct deformity
362Hip: highest dislocation rate in L3,4 last functional level due to imbalance of adductor and abductor. Surgery is controversial and only applicable in patient with functional quadriceps
372Knee: flexion contracture release if severe and affecting walking
382Ankle: can be equinovarus, cavovarus, calcaneovalgus