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8/18/2019 Neurologic Evaluation of Children With Neurodevelopmental Disorders
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Neurologic Evaluation of Children with
Neurodevelopmental Disorders
OS 211 [A]: Integration, Coordination and Behavior EXAM #2
March 1, 2016
Dr. Lukbanf
Hello! This is based on Ma’am slides, lectures, Nelson’s Pediatrics 19th ed,Bates, and pictures from the internet. We hope this helps! Focus ondevelopmental milestones daw. :PPS: Ma’am didn’t give a copy of her powerpoint to us, so we couldn ’t write a
more detailed descriptions of the videos. We tried to add pictures instead.
OUTLINE AND OBJECTIVES:
Review the components of a neurologic examination Review the emerging patterns of behavior from newborn to 5
years of age: focus on developmental milestones
Demonstrate an easy, rapid and complete neurologic examinationin small children
Emphasis on newb orns and infants less than 2 years old.
I. INTRODUCTION
Modern technology DOES NOT and CANNOT substitutefor skilled history taking (and physical/neurologicexamination)
It is...o Not a netting operation
Right now we’re used to casting out a net anddoing everything we like, hoping to findsomething and synthesizing that data
But a neurological examination of children needsto be dynamic in order to answer the questionsthat we have
o Not data to be sorted latero Data is: (Swaiman, 2006)
Dynamically synthesized when collected Used to alter the direction and depth of the
questioning (and examination) process
It aims to answer the following questions (using the historyand neurologic examination):o Is the nervous system involved?
Watch out for symptoms that hint at nervoussystem involvement, such as weakness,headaches, seizures, numbness, changes in
sensorium or consciousness. At what age did the problem occur?
Did it occur during birth, infancy, childhood,adolescence, or adulthood?
Different disorders manifest at different lifestages
o Is the process acute (ex. vascular), insidious (ex.tumor), or chronic?
o Is the process progressive (ex. IEM) or static (ex.Cerebral Palsy)?
o Is the problem familial or sporadic?o Is the involvement diffuse or localized (focal or
generalized)?
In the physical and neurological examination, the goal ofthe examiner is to get the child to be calm and cooperative
for the longest possible time.o First key principle: Have a patient that will
cooperate with you.
o Least intrusive parts done first Observe the child as he/she is playing and
interacting with the parentso Allow parents to participate in calming the baby
Don’t touch the patient right away! o Do things in stages, including undressing (all of them
should be undressed as we need to look forneurocutaneous lesions)
o PLAY!
II. DEVELOPMENTAL MILESTONES
Neurologic exam is performed in the context ofdevelopmental milestones
Developmental milestones reflects the maturation of the
child’s nervous system What are we looking for?
o Delay in obtaining developmental milestones ando Abnormal patterns of development are important
indicators of underlying neurological disease
Note: Memorize the developmental milestones
Table 1. Gross Motor Developmental Milestones
Age Gross Motor
2 wks Moves head from side to side
2 mos Holds head steady while sitting
Follows past midline
3 mos Pulls to sit, with no head lag
Brings hands together in midline
Palmar grasp
4 mos
Asymmetric tonic neck reflex gone6 mos Sits without support
6.5 mos Rolls back to stomach
12 mos Walks alone
Stoops and stands
18 mos Runs
Kicks ball
2 years Walks ups and down stairs one step at atime
Throws overhand
3 years Walks up and down steps withalternating feet
Broad jump
4 years Balances well on each foot
Hops on one foot
5 years Skips
Heel-to-toe walks
6 years Balances on each foot for 6 secs
Table 2. Fine Motor Developmental Milestones
Age Fine Motor
3.5 wks Grasps rattle
4 mos Reaches for objects
Palmar grasp gone
5.5 mos Transfers object hand to hand
8 mos Thumb-finger grasp
12 mos Turn pages of book
13 mos Scribbles
15 mos Builds tower of 2 blocks
18 mos Builds tower of 4 blocks
2 years Builds tower of 6 blocks
Copies line
3 years Builds tower of 8 blocks
Wiggles thumb
4 years Copies circle
Draws person with 3 parts
5 years Copies square
6 years Copies triangle
Draw person with 6 parts
Table 3. Communication and Language Developmental Milestones
Age Communication and Language
2 wks Alerts to bell (or voice)
1.5 mos Smiles in response to face, voice
2 mos Cooing
Searches for sounds with eyes
4 mos Laughs and squeals6 mos Monosyllabic babble
7 mos Inhibits to “no”
Follows one-step command with gesture
9-10 mos Follows one-step command withoutgesture
Says “mama” or “dada”
2-syllable sounds
Points to objects
12 mos Speaks first real word
15 mos Speaks 4-6 words
18 mos Speaks 10-15 words
OUTLINE
I. IntroductionII. Developmental Milestones
III. Key Principles: ReflexesIV. The Neurologic Examination A. Sequence of ExamB. Overview of the Stages of the ExamC. Instruments and ToolsD. Components of the Exam
V. Important RemindersVI. Summary
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2 years Speaks 2-word sentences (ex: Mommyshoe)
Points to pictures
Knows body parts
3 years Names pictures
Speech understandable
Says 3-word sentences
4 years Names colors
Understands adjectives5 years Counts
Understand opposites
6 years Defines words
Table 4. Social/Cognitive Developmental Milestones Age Social/Cognitive
2 wks Regards face
2 mos Smiles responsively
Lack of object permanence
4 mos Stares at own hand (self-discovery)
Cause and effect
6 mos Feeds self
Holds bottle
8 mos Bangs 2 cubes (active comparison ofobjects)
Object permanence
9 mos Waves bye-bye
Plays patty cake
12 mos Begins symbolic thought
Egocentric symbolic play
Drinks from cup
Imitates others
15 mos Uses spoon and fork
Helps with housework
17 mos Able to link actions to solve problems
Symbolic thought
Pretend play
2 years Washes and dries hands
Brushes teeth
Puts on clothes
3 years Uses spoon well, spilling little
Puts on t-shirt
4 years Brushes teeth without help
Dresses without help
III. KEY PRINCIPLES: REFLEXES
Development of motor control proceeds in a head to toefashiono A child who has not learned to control his/her head
will not be able to sit and achieve truncal control. Achild who has not learned to sit, will not be able tostand and walk.
Figure 1. Primitive and Postural Reflexes. Primitive reflexes disappear at
about 6 months and postural reflexes appear. Additional reflexes develop over
time.
Primitive reflexes:
o Reflex actions originating in the central nervoussystem that are exhibited by normal infants, but notneurologically intact adults, in response toparticular stimuli
Postural reflexes:o Automatic movements that control the equilibration
(balance, posture, and movement) we require onceupright and moving and having to combat the effectsof gravity
In infants, absence or presence of primitive reflexes aredetermined to evaluate the maturation stage of thenervous system
On the other hand, the segmental reflexes of the musclestretch reflexes and the superficial reflexes are elicited todetermine the site of affection of the nervous system,i.e. location of lesion.
Persistence of primitive reflexes (Moro, grasp) and thelack of development of the postural reflexes (Landau,parachute) are the hallmarks of an upper motor neuronabnormality in the infant.
See Appendix for Primitive and Postural Reflexes
IV. THE NEUROLOGIC EXAMINATIONA. Sequence of Exam
Observation
Inspection
Palpation
Manipulation
B. Overview of the Stages of the ExamTable 5. Stages of Neurologic Examination
Stage 1 Observation Inspection
Child allowed to play around, baby carried bymother in the lap
Stage 2 Palpation
Manipulation
Baby on examination tableStage 3 Intrusive tests
Ex: Fundoscopy, head circumferenceStage 4 Special maneuvers to elicit function
*Sequence of examination is FLEXIBLE as compared to adults andolder children (but report like in Adult neuro exam)
C. Instruments and Tools
Neuro kit
Stethoscope
Toyso Ex. rattle, plush toys, pretty/colorful toys
Children's books
Colorful pens, pencils, drawing materials
D. Components of the Exam
1. Physical ExamSomatic Growth
Check for the following:o Height
o Weighto Head circumference
>+2 or >-2 Z-score is abnormalo Check centiles.
Use standard tables (See appendix)o Compare with chest circumference and parents’ head
Fontanels and Sutures (From 2017 and 2018)Table 6. Development of fontanels and sutures
Age Development
3mo Posterior fontanel closed
6mo Fibrous union of suture lines occurs & serratededges interlock
20mos Anterior fontanel closed (others close at 18 mos.)
8 yrs Ossification of craniobasal bones is complete
12 yrs Sutures cannot be separated by raised intracranialpressure more dangerous
20 yrs Sutures still visible on radiographs
8t
decadeSolid bony union of all sutures is complete* check for symmetry of the head
Closure:o Anterior fontanel – 18-20 mos o Posterior fontanel – 3 mos
Craniosynostosis microcephaly (complete closure ofall sutures)
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Example of Dysmorphic features
Crouzon's syndrome
Figure 2, 3, 4. Children with Crouzon’s syndrome. Usually present withcraniosyntosis and midface hypoplasia. May also present withexophthalmos (bulging eyes due to shallow eye sockets after early fusion ofsurrounding bones), hypertelorism (greater than normal distance betweenthe eyes), and psittichorhina (beak-like nose), external strabismus,hypoplastic maxilla (insufficient growth of the midface) results in relativemandibular prognathism (chin appears to protrude despite normal growth ofmandible) and gives the effect of the patient having a concave face.
Down syndromeo Macroglossia and Mongolian slant of eyes
Figure 5, 6, 7. Children with Down syndrome. Usually present with asmall chin, macroglossia, “Mongolian slanted eyes”, flat nasal brigde, flatand wide face, with a short neck.
Eye examination
“The eye is the window to the brain”
Check the fundus and retina.o Congenital TORCH infection – retinitis pigmentosa
Skin search
Look for stigmata of neurocutaneous syndromes
Table 7. Example of Neurocutaneous lesions.
Disorder Lesion Figures 8, 9, 10
Tuberous sclerosis
with infantile spasms
At least 3 spots
Often come in othershapes, althoughmost are polygonal
Usually 0.5-2 cm indiameter, andresemble athumbprint
Watch out forbecause might bewith seizures
Ashleaf
patch
Sturge Weber
Caused by vascularanomaly
Watch out forbecause might bewith seizures
Facial port-
wine stain
Neurofibromatosis
Hyperpigmented
May be present atbirth or developwithin the first1-2years of life.
At least 6 spots
Watch out fortumors in the earsand eyes
Café au lait
spots
Abdomen
Check for visceromegalyo Storage diseases
Back and Spine
Scoliosis
Sacral abnormalities
2. StagesStage 1: Mostly Observation
Starts during history taking
Children 2 to 5 years old - can participate in the history
taking, gives us an idea of his intellectual and languageskills, as well as behavioro Ex. Extend your arm to a child as in “Pinapamano mo
yung bata” or ask the child “How old are you?” If childdoes not respond or does not look directly at you(examiner), screen for possible autism. Two-step behavior, acknowledging examiner and
doing the action. Child with autism will not acknowledge the hand. Alternatively, can also ask them to “look at the
light”. Through asking a child how he/she is, you can
also start to asses IQ.o From 2018. Assess child for
Cooing- 6 mos, “mama‟ - 9 mos. Mama is mama, papa is papa- 1 year/13 mos. Complete sentence- 2 years old
Child less than 2 years old (usually in their mother's lap)
o Motor and verbal abilities in developmental historyo Observe & ask mother state of alertness, awareness
of surroundings, vocalization, behavior, facial andocular movements, symmetry of limb movements
Newborns and pretermso Observe facial and motor movements during awake
and sleep stateso Inspect and palpate the head and the sutures
By observation:o Detect abnormal involuntary movementso Assess facial and eye movementso Allow the child to play (should be appropriate for
his/her age) – check for motor skills
Stage 1: Mental Status and Cranial Nerve Exam
Mental status: Alertness and responses to visual, tactile,and auditory stimuli
Motor function: Muscle bulk, posture, limb position,symmetry of movements, presence of abnormal andinvoluntary movements
Cranial nerves
Table 8. Strategies to Assess Cranial Nerves in Newborns and Infantsfrom Bates Guide to Physical Examination and 2018 (in italics)
CN Strategy
II Have baby regard your face and look for facial response andtracking. Response to light while head is in midline.
II andIII
Darken room, raise baby to sitting position to open eyesUse light and test for optic blink reflex (blinking in responseto light). Use otoscope to assess papillary response.
III, IV,VI
Observe tracking as the baby regards your or mother’ssmiling face move side-to-side.
V Test rooting reflex. Test sucking reflex. Eye blinking asresponse after visual threat.
VII Observe baby crying and smiling, note symmetry of face andforehead.
VIII Observe response to sound, turning of the head to thesource. Test acoustic blink reflex (blinking of both eyes in
response to noise).IX, X Note the quality and strength of the cry. Observecoordination during swallowing.
XI Observe symmetry of shoulders. Observe head and truncalcontrol
XII Observe coordination of swallowing, sucking, and tonguethrusting. Pinch nostrils, and observe reflex opening ofmouth with tip of tongue midline.
V, VII,
IX, X,
XII
Observe how the patient sucks and swallows milk
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Notes from the videoNormal Term Newborn Inspection
Baby is awake, alert
CN 2 function intact: Baby able to follow examiner’s face.
CN 3, 4, 6 function intact: Baby able to track.
CN 7: symmetrical
Symmetry in movement of both hands
Examiner is trying to test for sensation of the face
Cranial Nerves, motor function and moro reflex
Baby extends hands
Legs are symmetrical
Asymmetrical tonic head reflex
Abnormal Newborns Inspection1. Normalo No facial symmetryo Arms are extendedo Abdominal breathingo But legs are in a flexed position
2. Abnormalo Baby with Down syndromeo Hypotonic
4 months
Smiling
No facial asymmetry
Symmetrical movement of hands and legs
Should already be able to turn over and lift the chest withhands when placed on a prone position
Figure 11. Sample picture of baby in prone position. (Not from video)
9 months (abnormal)
Hands are extended
Legs are in a frog-leg position, very weak
Unable to do pull-to-sit maneuver (head lag, arm justextend unable to flex to help achieve sitting position)
Presence of head lag when trying
Unable to follow things (normal)
Figure 12. Sample picture of baby with frog-leg position. (Not from
video)
Figure 13. Sample picture of baby with head lag during the pull-to-sit
maneuver. (Not from video)
18 months
Just crying
Reaching out hands
Poor head control, muscles look thin
Asked to take tape measure, but did not perform
Some inversion of foot
Unable to run, just sitting with assistance
4 year old
Able to go up and down the stairs without assistance
Able to throw a ball in hyperbolic direction (in contrast to 2yo who will just throw it downwards or release it)
Stage 2: Palpation and Manipulation – Ventral position
Motor function: Posture, tone, motor strength and
abilities, fine motor skills and handedness, visuo-motorcoordinationo Note: When testing for motor function, make sure that
the head is midline or else you might get falselyasymmetric results.
Developmental Reflexes and Deep Tendon Reflexes:keyword is symmetry. Use fingers to elicit reflexes! Lookat Appendix for more reflexes!
Cranial Nerves – refer to Table 8.
Cerebellar Function – use a toy in finger-to-nose testing,identifying his/her body parts.
Some notes:o Preterm
Prone – C-shaped spine, hypotonic Upper and lower extremities extended
o 6 mos Ventral suspension – the examiner suspends
infant in prone position by supporting abdomen ofbaby on his palm and assessing extension ofneck and flexion of extremities.
o 9 mos Pull-to-sit maneuver normal response: infant’s
head will follow and arms will flex to help pullitself up
In the video, there was head lag and extension ofarms.
o 18 mos In the video, the 18 month-old was unable to
maintain a standing position with an inversion offoot, which suggests a weakness in thehamstrings.
Figure 14. Sample picture of baby with in ventral position (Not from
video)
Figure 15. Sample picture of baby with normal pull-to-sit maneuver
response. (Not from video)
Stage 3: Intrusive Tests
Head circumference measuremento Perform twiceo Glabella and most prominent part of occiput
Fundoscopic examination and pupillary light reflex
Examination of the ears, mouth, throat, and teeth.
Examination of the anal sphincter reflex
Palpation of abdomen for hepatosplenomegaly
Stage 4: Maneuvers (Observation and Manipulation)
Motor functiono Gait and balance abnormalities – walk on toes,
walk on heels, stand on one feet, tandem gait,Romberg's test
o Motor strength – traction or pull to sit maneuver,parachute response, wheelbarrow maneuver,crawling
o Fine motor skills – test hand function (give child
crayon, observe how he grasps it while scribbling)
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Figure 16. Parachute reflex. This occurs in slightly older infants when thechild is held upright and the baby's body is rotated quickly to face forward
(as in falling). The baby will extend his arms forward as if to break a fall,
even though this reflex appears long before the baby walks
Figure 17. Palmar, Intermediate, and Pincer Grasps.
Sensory function
Notes from videoRett Syndrome
Loss of ability to use hands
A genetic disorder of neurodevelopmental arrest ratherthan a progressive process
Physical findings vary according to the clinical stage ofdisorder. Common findings include:o Stage 1: Gross motor delay, loss of eye contacto Stage 2: Autistic-like behavioro Stage 3: Hand stereotypies, rigidityo Stage 4: Dystonia, muscle wasting, quadriparesis
Teenager with Nystagmus
Has horizontal and lateral nystagmus
Tandem walk abnormal
Diagnosis: Cerebellar Tumor
Viral encephalitis
Mask-like facies
Dystonic gait when walking
Basal ganglia lesion
From 2017 The plantar response is plantar flexor in direction in all
children with normal CNS function. According to Paine andOppe, a bilateral Babinski sign is seen normally in themajority of 1 year old children and in many up to 2 1⁄2years of age but if asymmetrical, there is a problem
How to elicit: stroke the lateral border of the sole forwardcrossing over the distal end of metatarsals toward thebase of the great toe. You may use your thumb and applyfirm pressure (Nelson‟s) (Ma‟am mentioned on using abroken tongue depressor for this).
Normal (negative) response: plantar flexion
Positive Babinski reflex: Dorsiflexion of the big toe andfanning of the other toes. (Ma’am said if big toedorsiflexion was only observed, it’s considered positive)
Absence of Babinski in neonates is normal.
Notes from videos
Childhood cerebral palsyo
Spastic Hemiplegic Asymmetric legs Learn to walk on tiptoes as compensation Spasticity due to tightening of Achilles tendon
o Spastic Quadriplegic
Tightness of adductors Scissoring
3. Notes from BatesNeurologic Examination of Newborns and Infants
neurologic screening examination of all newborns shouldinclude assessment of:o Mental statuso Gross and fine motor functiono Tone
First by carefully watching their position at restand testing their resistance to passive
movement. Move each major joint through its range of
motion, noting any spasticity or flaccidity.o Cryo Deep tendon reflexes and primitive reflexes
If you suspect any abnormalities from the history orscreening, a more detailed examination is indicated.o Cranial nerve functiono Sensory functiono Less common primitive reflexes
V. IMPORTANT REMINDERS
Throughout the Examination, testing for mental abilities:
o Degree of alertness and interest in surroundingso Verbal and nonverbal language functiono Intelligence – ability to learn and follow instruction,
picture and object identification, memory andcalculation
Things NOT to do with Childreno Do not test the CORNEAL reflex for CN 5.o Do not GAG to test CN 9 and 10.o Do not inflict pain in sensory exam.o All of these are done only on a stuporous or a
comatose child.From 2018
Term Newborn
Behavior
Cranial nerves Resting posture
UE tone
Arm traction
Arm recoil
Scarf sign
Hand position
LE tone
Leg traction
Leg recoil
Popliteal angle
Heel to ear
Neck tone
Head lag
Head control Prone
Vertical and ventral suspension
Deep tendon reflex
Plantar reflex
Sucking and rooting reflex
Moro reflex
Stepping reflex
Grasping reflex
Head shape and sutures
Head circumference (last)
Six-month old infant
Behavior
Cranial nerves
Motor – sitting, hand, tone
Position – prone
Reflexes – deep tendon, plantar
Primitive reflexes – should be absent
Postural reflexes (refer to Appendix)
Head appendix
2 to 4 years old
Behavior
Motor tone
Fine motor coordination
Reflexes
Motor
VI. SUMMARY Neurologic exam should always be a part of the
developmental and routine evaluation of a child
The success in obtaining a good result is dependent onthe cooperation of the child
A significant part is made thru observation
Neurologic exam is NOT DIFFICULT to do!!
END OF TRANSCRIPTION
Hi! Let’s watch Mediscene! :D #detoxFrom Ma’am: http://library.med.utah.edu/pedineurologicexam
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VII. APPENDIX
Appendix A: Cheers1. Which of the following motor developmental milestones are expected to be performed by a 24-monthold child?
A. Walks up and down stairs one step at a timeB. Walks up and down stairs with alternating feetC. Stands on one footD. Imitates circular strokes
2. Which of the following motor developmental milestones IS NOT expected to be performed by a 36- month old child? A. Walks up and down stairs with alternating feetB. Rides tricycleC. Hops on one footD. Imitates circular strokes
3. What is the EARLIEST developmental age of a child who is able to do the following movements: stands with assistance and cruises aroundholding on to furniture, waves “bye-bye”, holds toys and transfers objects from one hand to the other?
A. 6-8 monthsB. 9-11 monthsC. 12-15 monthsD. 15-18 months
4. Which of the following primitive reflexes normally persists at 7 months of age A. Moro reflexB. Palmar grasp reflexC. Plantar grasp reflexD. Asymmetric tonic neck reflex
5. Which of the following reflexes is NOT expected in a normal newborn term baby? A. Positive supporting actionB. Placing reactionC. Cross extensor reflexD. Neck righting reflex
6. The following cranial nerves can be assessed by observing the patient’s ability to suck and swallow? A. Cranial nerves II, V, VII, IX, XB. Cranial nerves V, VII, IX, X, XIIC. Cranial nerves V, VII, IX, X, XID. Cranial nerves VII, IX, X, XI, XII
7. The following postural reflexes can be normally performed by a 6 month old child EXCEPT? A. Positive supportiveB. LandauC. Lateral proppingD. Parachute
Answers: A, C, B, C, D, C, D
Appendix B: Examining Newborns (Bates)
Appendix C: Developmental Milestones During Infancy
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Appendix D: Primitive Reflexes That Should Be Part of Routine Neurologic Examination of Infants (Bates)Primitive
ReflexFigure Maneuver Age Notes
PalmarGraspReflex
Place your fingers into the baby’s hands andpress against the palmar surfaces.
The baby will flex all fingers to grasp yourfingers.
Birth to3 –4 mos
Persistence beyond 4 mossuggests cerebral dysfunction.
Persistence of clenched handbeyond 2 mos suggests central
nervous system damage.
PlantarGraspReflex
Touch the sole at the base of the toes.The toes curl.
Birth to6 –8 mos
Persistence beyond 8 mossuggests cerebral dysfunction.
Moro Reflex
Hold the baby supine, supporting the head,back, and legs. Abruptly lower the entire bodyabout 2 feet.
The arms abduct and extend, hands open, andlegs flex. Baby may cry.
Birth to4 –6 mos
Persistence beyond 4 mossuggests neurologic disease;beyond 6 mos strongly suggestsit.
Asymmetric response suggestsfracture of clavicle or humerus or
brachial plexus injury.
AsymmetricTonic Reflex
With baby supine, turn head to one side, holding jaw over shoulder.
The arms/legs on side to which head is turnedextend while the opposite arm/leg flex.
Repeat on other side.
Birth to2 mos
Persistence beyond 2 mossuggests neurologic disease.
Positive
supportreflex
Hold the baby around the trunk and lower untilthe feet touch a flat surface.
The hips, knees, and ankles extend, the babystands up, partially bearing weight, sags after20 –30 seconds.
Birth or2 mosuntil
6 mos
Lack of reflex suggests hypotoniaor flaccidity.
Fixed extension and adduction oflegs (scissoring) suggestsspasticity due to neurologicdisease.
Appendix E: Additional Primitive Reflexes That Should Be Tested If Neurologic Abnormality is Suspected (Bates)Primitive
ReflexFigure Maneuver Age Notes
RootingReflex
Stroke the perioral skin at the corners of themouth.
The mouth will open and baby will turnthe head toward the stimulated side and suck.
Birth to3 –4 mos
Absence of rooting indicatessevere generalized or centralnervous system disease.
Galant’sReflex(Trunk
Incurvation)
Support the baby prone with one hand, andstroke one side of the back 1 cm from midline,from shoulder to buttocks.
The spine will curve toward the stimulated side.
Birth to2 mos
Absence suggests a transversespinal cord lesion or injury.
Persistence may indicate delayeddevelopment.
Placing and
SteppingReflexes
Hold baby upright from behind as in positivesupport reflex. Have one sole touch the tabletop.
The hip and knee of that foot will flex and theother foot will step forward.
Alternate stepping will occur.
Birth (bestafter 4days).
Variableage to
disappear
Absence of placing may indicateparalysis.
Babies born by breech deliverymay not have placing reflex.
LandauReflex
To test for the reflex, the doctor will hold theinfant face down horizontally. The baby's headwill raise up, while her trunk will be straight andher legs extended. When the doctor pushes thebaby's head downward, her legs should drop aswell. When the doctor releases the baby's head,both her head and legs should return to theiroriginal positions.
Birth to6 mos
Persistence beyond 2 mossuggests neurologic disease.
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ParachuteReflex
Suspend the baby prone and slowly lower thehead toward a surface.
The arms and legs will extend in a protectivefashion.
4 –6 mosand does
notdisappear
Delay in appearance may predictfuture delays in voluntary motordevelopment
Appendix F: Postural Reflexes
Appendix G: Ballard Score For Neuromuscular Maturity
The Ballard Maturational Assessment, Ballard Score, or Ballard Scale is a commonly used technique of gestational age assessment. It assigns a score tovarious criteria, the sum of all of which is then extrapolated to the gestational age of the baby. These criteria are divided into Physical and Neurological criteria.This scoring allows for the estimation of age in the range of 26 weeks-44 weeks.
Each of the above criteria is scored from -1 through 5. The scores were then ranged from -10 to 50, with the corresponding gestational ages being 20 weeks and44 weeks. An increase in the score by 5 increases the age by 2 weeks.
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Appendix H: Growth Charts
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