2. Developmentally Supportive
Care - Introduction
• Initial premie care - intrauterine like
environment
• “Masterly inactivity”
• Based on three basic needs(FAT)
• Quiet nursery to busy / bustling stations
• Increasing survival of smaller babies
• Technology - oriented NB care.
• Optimal functional outcome more important
5. NICU Environment -
Present Scenario
• Preterm babies with immature organ systems
• “Deprivation” or “Over-stimulation”
• Inappropriate pattern of stimulation
• Immature distance receptors (e.g.hearing &
vision) over stimulated.
• Mature tactile and vestibular pathways
under-stimulated.
• “Robotic” care
• No parental / maternal involvement
7. “The genes are the bricks & mortar
to build a brain. The environment is
the architect” - Christine Hohmann
8. Developmentally supportive care
Definition : Developmentally supportive
care is defined as care of an infant to
support positive growth and
development, while allowing stabilization
of physiologic and behavioral functioning
(National Association of Neonatal Nurses,
2000)
12. The virtues of the Womb
• Cushioned and comfortable aquatic abode
• Thermal comfort
• Zero insensible water losses
• Shielded from light
• Protected form sound
• Effective and safe ECMO-like oxygenation
• Optimal excretion of waste products
• Isolation and asepsis
• Parenteral nutrition
( Singh M, 2003 )
13. Dev Supp Care - Principles
• NICU design and environment
• Nursing care routines & plans
• Use of positioning aids
• Use of self regulation aids
• Feeding methods
• Management of pain
• Parental participation & support
• Neonatologist’ attitude
14. NICU Environment
Infant states
1. Quiet sleep - regular breathing, no REM, no
spontaneous movements.
2. Light sleep - irregular breathing, REM,
spontaneous movements.
3. Transition / drowsy - variable activity, dull look
4. Awake - alert - minimal activity, bright look.
5. Awake - hyperactive - very reactive, fussy,
increased motor activity.
6. Crying
15. NICU Environment
Signs of neonatal stability
Autonomic : Stable colour, stable
heart & RR, feeding tolerance.
Motor : Flexed or relaxed
posture, hand to mouth / sucking
State : Clear sleep state,
interaction
(Gupta G, 2001)
16. NICU Environment
Signs of neonatal stress
Autonomic : Color changes,
alterations in HR & RR,
alterations in SaO2, Hiccoughs
Motor : Hypotonic, increased
movements, open mouth
State : Hyperalert, fussing, diffuse
sleep states
(Gupta G, 2001)
17. NICU Environment – Sound
Adverse effects of loud sound
(>60 db)
Interferes with sleep
• Increase in Heart Rate
• Peripheral vasoconstriction
• Sudden loud noise may ↓ TcPo2,
ICP, ? IVH
• Hearing loss
( Lefrak L, 2001)
18. NICU Environment - Sound
• In-utero, 40-60 db
• Usual noise levels in NICU, 50-80 db
• Levels > 90 db for long times, hearing loss
• In PT on aminoglycosides, at lower db levels
19. NICU Environment – Sound
Sources of Noise
• Inside incubater, 55-88 db (Peak 117)
• Additional 10-40 db with surrounding
equipments
• Routine care activities, 58-76 db.
• Loud, sharp sound - 100-200 db.
• 4994 peak noises - 90% due to human related
factors
(Chang et al, 2001)
20. NICU Environment – Sound
Interventions to reduce noise
•Decrease noise in NICU
•Decrease monitor noise
•Respond quickly to alarms
•Rounds & reports away from bedside
•Speak softly
•Decrease telephone & intercom noise
( Ctd--)
21. NICU Environment – Sound
Interventions to reduce noise
( Ctd--)
•Move equipments quietly, repair noisy ones
•Decrease staff generated noises
•Prepare medications & feedings away from
bedside
•Gently open doors and drawers
•Follow the sound limit recommendations
22. NICU Environment - Sound
• Monitor decibel readings
& keep level < 45 db
(AAP, 1997)
23. NICU Environment – Sound
Helpful Effects
•Sound of mother’ voice (calming effect)
•Music may be beneficial
•Lullabies, womb sound, heart beat music.
- Better weight gain
- Decreased hospital stay,
- Better behavioral organization
(Chapman JS,1998)
25. NICU Environment – Light
Present scenario
•Fetal life - near darkness (ND)
•NICU- Usually very bright light
•Continuous light exposure
•Usual range - 50-150 foot candles
•Procedure & PT lights - 200-400
foot candle
26. NICU Environment – Light
Light effects:
•Effect on central visual system
•“Shutting out” behavior
∀↓ Quiet sleep & physiological instability
•Effect on circadian rhythms
•Effect on G & D
•? ↑ risk of ROP
( Slevin M, 2000 )
27. NICU Environment – Light
Light Reduction
Safe level not established
• Shade head of crib / incubator
• when required , use spot light /
procedure light
•Eye covers must with PT
• use available natural light
28. NICU Environment – Light
Light Reduction
Cycled lighting better than near Darkness
- More time in sleep state
- ↑ weight gain
- ↓ Motor activity levels
- ↓ Heart rate
(Brandon HD et al, 2002).
31. NICU Environment -Positioning
• Effect on respiratory physiology
• Body alignment important
• Prevent postural deformities
• Promote self-soothing activities
• Decided by GA, degree of illness,
paralytic agents.
32. NICU Environment –Positioning
Guidelines
Preferred, Prone / side lying
• Swaddle / cover to keep in flexed position
• Attempt to “nest” the infant
• Promote midline alignment
• Head support
• Avoid :
- Hyperextension of neck
- Frequent head turning to side
- Lower extremity frogging
- Bigger diaper
33. NICU Environment - Handling
• Physiologic and behavioral stress
• Pace the care according to baby
• Time the care around sleep / wake
cycles
• No routine procedure
• Provide 2-3 hrs of uninterrupted
sleep
• Watch for S/o stress
34. NICU Environment -
“Minimal Handling” or “Quiet hour” Protocol
• Reduce noise
• Reduce lights
• Allow minimum two hours of rest
• Cluster the caregiving procedure
• Sensitize the nursing staff
35. NICU Interventions - Stimulation
• Should begin in the womb.
• Fetuses known to respond to
mother’s heart beats and voice.
• Indian mythology - Abhimanyu learnt
to enter Chakaryuh in his mother’s
womb.
• Any stimulation through special
senses during fetal / neonatal life
beneficial
(Singh M, 2003)
36. NICU Interventions
Supplemental stimulation
• Kangaroo Mother Care ( KMC )
• Non-nutritive sucking ( NNS )
• Massage therapy
• Multimodal stimulation
• Breast feeding
• Pain management
• NIDCAP
• Wee care
40. NICU Interventions
Non-nutritive Sucking
• Different from nutritive sucking
• On empty breast / pacifier
• Provides comfort
• Promotes physiological organization
• Pain-reducing effect
• Promotes suck- swallow co-ordination
• Facilitates transition to breast feeding
• Better weight gain & shorter hospital stay.
(Field TM, 2003)
41. NICU Interventions
Massage Therapy
•Tactile / Kinesthetic stimulation
•Tactile stimulation only, may be aversive.
•Massage therapy with moderate pressure
may be useful.
•Stimulation of tactile and pressure receptors
important.
•Hypothetical mechanisms of benefit
- Touch - Growth gene interaction
- Increased vagal tone
- Increased insulin levels
- Increased growth hormone secretion
(Field TM, 2003)
42. NICU Interventions
Massage Therapy
Proposed benefits :
Better weight gain
• More time in active, alert state
• More quiet sleep
• Better motor maturity scores
• ? Better long-term outcome
(Mathai S. et al, 2001)
43. NICU Interventions
Massage Therapy
Unresolved Issues :
•Collapse / disorganization due to over-
stimulation
•Response of full term Vs preterm infants
•Response of SGA Vs AGA babies
•Maternal Vs nurse’ touch
(Feldman R et al, 1998)
45. NICU Interventions
Breast Feeding
• Humanized and natural
• Species specific & baby specific
• Minimal enteral feeds (Trophic feeds)
• Multiple benefits of MEN
• Early contact and bonding
Support and encourage breast
feeding
47. NICU Interventions- NIDCAP
•Neonatal individualized developmental and assessment program
(NIDCAP)
•Developed by Als et al
•Four standards of care
- Structuring the environment
- Timing, organizing & giving direct care
- Working collaboratively
- Supporting & strengthening family relationships.
•Individualized plan for each baby
•Meta-analysis : Significant decrease in O2 requirement
: Improved outcome at 12 mths.
(Jacobs SE et al, J Ped, 2002).
48. NICU Interventions -
Multimodal Stimulation
• ATVV - Auditory, tactile, visual & vestibular
• Soft & soothing music
• Gentle touch
• Use of pictures (human face), bright toys
• Olfactory stimulation, use of “breast milk”
(avoid cologne / spray).
• Better weight gain and early discharge
(Standly JM, 1998)
51. NICU Interventions
Pain Management
Neonatal Pain - Misconceptions
• Newborns lack anatomical &
physiological structures to transmit pain
sensation.
• Can not express pain sensation
• Have no memory of pain
• Would not tolerate analgesia /
anesthesia
52. NICU Interventions
Pain Management
Neonatal Pain - Facts :
Nociceptive mechanisms well developed
even in preterm.
• Pain expression and assessment possible
• Various consequences of pain & stress
• Various nonpharmacologic &
pharmacologic strategies useful for
treatment
53. NICU Interventions
Pain Management
Non-pharmacologic Interventions
• Positioning & containment
• Swaddling
• Non-nutritive sucking / pacifiers
• Skin to skin contact
• Rocking
• Music
• Breast milk
• Oral glucose / sucrose
55. NICU Interventions -
Family Involvement
• NICU - a barrier
• Provision of privacy (for bonding)
• Social interaction & support
• Parental education & counselling
• Involvement of mother in care
• Mother - based NICU, need of hour
(Cisler - Cahill et al 2002)
63. NICU Interventions
Other Important Issues
• Ethical care issues
• Involvement of
physiotherapist &
occupational therapist in
NICU
• Individual rooms in NICU
(White RD, 2003)
65. “The prematurely born infant emerges into a hectic,
cold, noisy and bright environment filled with
mysterious equipment and peopled by masked
strangers who try to help. Almost everything done
to or for the infant is painful, and that pain can be
certainly felt, although it can not be communicated.
The infant who must have an endotracheal tube
cannot cry and is not fed by mouth for weeks. His or
her feet are slashed periodically for blood samples.
The infant’s respirator roars away night and day,
keeping his or her lungs inflated and sustaining life
- but at what price ?”
Dr. Jerry Lucey, Editor of Pediatrics