Child ILL

Settings of Care in Pediatric Nursing

• Care Settings Overview:

  • Hospital-Based Settings:

    • Pediatric Observation Units or $24$\text{-hour} observation units.

    • Emergency hospitalization facilities.

    • Outpatient and day surgery or treatment facilities.

    • Rehabilitative care units.

    • Pediatric Medical-Surgical units.

    • Pediatric Intensive Care Units (PICU).

  • Community-Based Settings:

    • School-based health clinics.

    • Community health clinics.

    • Home health care.

Developmental Responses and Stressors Associated with Illness

• General Responses to Illness in Children:

  • Fear of the unknown.

  • Separation anxiety.

  • Fear of pain, bodily injury, or mutilation.

  • Loss of control.

  • Anger.

  • Guilt.

  • Regression to earlier developmental stages.

• Stages of Separation Anxiety:

  • Protest: The child exhibits agitation, active resistance to caregivers, persistent crying, and is inconsolable.

  • Despair: Crying stops; the child feels hopeless and becomes quiet, withdrawn, and apathetic.

  • Detachment (Denial): The child shows renewed interest in the environment, interacts with stranger caregivers, and may actively ignore or turn away from parents upon their return.

• Age-Specific Stressors of Hospitalization:

  • Infants and Toddlers:

    • Primary stressor is separation anxiety.

    • Fear of physical injury and pain.

    • Profound loss of control over routines and environment.

  • Preschoolers:

    • Separation anxiety is less obvious and less severe than in toddlers.

    • Fear of injury and physical pain, specifically manifested as fear of bodily mutilation.

    • Loss of control.

    • Feelings of guilt and shame, often believing illness is a punishment for thoughts or actions.

  • School-Aged Children:

    • Distress over separation from family members and peer groups.

    • Fear of bodily disability, physical distortion, and death.

    • Asks relevant, detailed questions about their condition.

    • Desires to understand the specific reasons for diagnostic tests and procedures.

  • Adolescents:

    • Separation from peer networks serves as the primary source of anxiety.

    • Loss of control, independence, and identity.

    • Fear of the unknown.

    • Changes in body image and self-perception resulting from illness or procedures have a major psychological impact.

• Environmental Considerations for Stress Reduction:

  • Maintenance of a Safe Place:

    • A designated safe area must be established to enhance the child's sense of security.

    • Intrusive or painful procedures must occur in a dedicated treatment room, never in the child's hospital bed or room.

    • The hospital playroom must remain a safe sanctuary and must never be utilized for medical treatments, examinations, or medication administration.

• Factors Influencing Responses to Illness:

  • Individual perception of events.

  • Cognitive developmental level.

  • Parental response and emotional reactions.

  • Quality and timeliness of preparation.

  • Previous experiences with illness or hospitalization.

  • Baseline coping skills of the child and family.

  • Potential psychological benefits derived from overcoming the stressor.

• Role of the Child Life Specialist:

  • Assists children and families with all psychosocial aspects of hospitalization.

  • Implements strategies to help children cope with the acute stress of medical settings.

  • Assesses the developmental age of the child to customize interventions.

  • Promotes normal growth and development through structured programming.

• Play Interventions for Hospitalized Children:

  • Playrooms: Dedicated spaces for normal developmental activities.

  • Therapeutic Play: Structured play used to promote developmental growth; referrals are made to a play therapist as needed.

  • Emotional Expressive Play: Allows children to release tension and express feelings.

  • Teaching Through Play: Uses medical equipment and dolls to prepare children for procedures.

  • Enhancing Cooperation: Incorporates play into routine nursing interventions and treatments.

  • Unstructured Play: Provides free choice and control.

  • Evaluation of Play: Continuous assessment of play behaviors to evaluate emotional status and coping.

Family Dynamics and Responses to Illness

• Admitting the Pediatric Patient:

  • Obtain a comprehensive health history.

  • Perform a physical examination, initial visual inspection, and gather baseline physical data.

  • Actively involve parents in the admission and health history process.

• Impact of Illness on the Family Unit:

  • Illness and hospitalization represent a major situational crisis for the family.

  • Parental Reactions:

    • Guilt regarding potential oversight or responsibility for the illness.

    • Denial of the diagnosis or severity.

    • Anger directed at healthcare providers or self.

    • Depression and feelings of helplessness.

  • Sibling Reactions:

    • Jealousy due to diverted parental attention.

    • Resentment towards the ill sibling.

    • Confusion regarding the situation.

    • Anxiety over the sibling's safety or potential loss.

Emergency Nursing Care in Pediatrics

• General Principles of Emergency Nursing:

  • Maintain and communicate an attitude of calm confidence.

  • Establish a trusting therapeutic relationship with both child and family.

  • Encourage primary caregivers to remain present with the child at all times.

  • Maintain absolute truthfulness regarding procedures and pain.

  • Provide incentives and positive rewards for cooperation.

  • Continuous assessment of the child's unspoken thoughts, non-verbal cues, and fears.

• Developmental Strategies in Emergency Care:

  • Infants: Have parents hold the infant whenever possible, maintain normal body temperature, and utilize pacifiers for non-nutritive sucking.

  • Toddlers: Allow the child to hold a favorite toy or security blanket; apply the least restrictive restraints and remove them as quickly as possible; keep parents in close physical proximity.

  • Preschoolers: Utilize active distraction technique (e.g., bright lights, noises, blowing bubbles); use positive phrasing while avoiding frightening medical terminology; offer colorful bandages as rewards; explain procedures in simple terms immediately prior to execution.

  • School-Aged Children: Provide clear, age-appropriate explanations; answer all questions thoroughly.

  • Adolescents: Provide comprehensive explanations; actively encourage questions; involve the adolescent in care decisions and planning.

• Family Crisis in Emergency Settings:

  • Parental Fears and Anxiety:

    • Fear that the child may die.

    • Fear of pain inflicted on the child.

    • Fear that the child's body will be permanently altered or disfigured.

  • Parental Guilt:

    • Belief that they caused or failed to prevent the injury or illness.

    • Guilt over subjecting the child to painful medical procedures.

    • Anxiety stemming from a lack of knowledge needed to make medical decisions.

Primary and Secondary Emergency Assessment

• Rapid Initial Emergency Assessment:

  • Respiratory Rate and Effort: Evaluate for tachypnea, shallow breathing, or use of accessory muscles (retractions, nasal flaring). Observe the child's position of comfort (e.g., tripod positioning).

  • Skin Color: Assess for pallor, mottling, or central/peripheral cyanosis.

  • Response to Environment: Evaluate level of consciousness—determine if the child is alert, interactive, crying, sleepy, or limp/unresponsive.

• Primary Assessment Framework (ABCDEs):

  • A - Airway Assessment: The single most critical element in pediatric emergency care. Assess for patency and stability.

  • B - Breathing Assessment: Assess adequacy of ventilation. Abnormally slow breathing (bradypnea) is an ominous sign indicating impending respiratory failure.

  • C - Cardiovascular Assessment: Evaluate rate, rhythm, and perfusion. Bradycardia is an ominous sign of impending cardiac failure. In tachycardia, identify and correct the underlying trigger to resolve the elevated heart rate.

  • D - Disability: Perform a rapid neurological assessment (pupillary response, level of consciousness, AVPU scale).

  • E - Exposure: Fully expose the child to inspect for injury or rash while taking measures to prevent hypothermia.

• Secondary Assessment Framework:

  • Complete vital signs evaluation.

  • Focused health and trauma history.

  • Systematic head-to-toe physical examination.

  • Diagnostic laboratory and imaging tests.

  • Accurate measurement of weight.

  • Assessment of the parent-child interaction and relationship.

• Pediatric Vital Signs Normal Reference Values:

  • Newborn:

    • Respiratory Rate: $30 - 50$\text{ breaths/min}

    • Heart Rate: $120 - 160$\text{ beats/min}

    • Systolic Blood Pressure: $50 - 70$\text{ mmHg}

    • Weight Range: $2 - 3$\text{ kg} ($4.5 - 7$\text{ lbs})

  • Infant (1 to 12 months):

    • Respiratory Rate: $20 - 30$\text{ breaths/min}

    • Heart Rate: $80 - 140$\text{ beats/min}

    • Systolic Blood Pressure: $70 - 100$\text{ mmHg}

    • Weight Range: $4 - 10$\text{ kg} ($9 - 22$\text{ lbs})

  • Toddler (1 to 3 years):

    • Respiratory Rate: $20 - 30$\text{ breaths/min}

    • Heart Rate: $80 - 130$\text{ beats/min}

    • Systolic Blood Pressure: $80 - 110$\text{ mmHg}

    • Weight Range: $10 - 14$\text{ kg} ($22 - 31$\text{ lbs})

  • Preschooler (3 to 5 years):

    • Respiratory Rate: $20 - 30$\text{ breaths/min}

    • Heart Rate: $80 - 120$\text{ beats/min}

    • Systolic Blood Pressure: $80 - 110$\text{ mmHg}

    • Weight Range: $14 - 18$\text{ kg} ($31 - 40$\text{ lbs})

  • School Age (6 to 12 years):

    • Respiratory Rate: $20 - 30$\text{ breaths/min}

    • Heart Rate: $70 - 110$\text{ beats/min}

    • Systolic Blood Pressure: $80 - 120$\text{ mmHg}

    • Weight Range: $20 - 42$\text{ kg} ($41 - 92$\text{ lbs})

  • Adolescent (13+ years):

    • Respiratory Rate: $12 - 20$\text{ breaths/min}

    • Heart Rate: $55 - 105$\text{ beats/min}

    • Systolic Blood Pressure: $110 - 120$\text{ mmHg}

    • Weight Range: $>50$\text{ kg} ($>110$\text{ lbs})

Cardiorespiratory Resuscitation and Airway Obstruction Management

• Pediatric CPR Sequence & Guidelines:

  • Consciousness Verification:

    • Infant: Tap or flick the bottom of the foot.

    • Child: Shake or tap shoulders and call out the child's name loudly.

    • If unresponding and not breathing, initiate chest compressions immediately and activate emergency services ($911$

  • Chest Compressions:

    • Ratio: $30$\text{ compressions to } 2\text{ rescue breaths}.

    • Compression Rate: $100 - 120$\text{ compressions/min}.

    • Infant Technique (<1 year): Place infant on a flat, hard surface. Draw an imaginary horizontal line between the nipples. Position $2$\text{ fingers} of one hand just below this line in the center of the chest. Compress the chest $1\frac{1}{2}$\text{ inches} ($4$\text{ cm}).

    • Child Technique (1 year to puberty): Place child on a flat, hard surface. Position $1$\text{ or } 2\text{ hands} on the lower half of the breastbone between the nipples. Compress the chest $2$\text{ inches} ($5$\text{ cm}).

  • Airway Opening:

    • Perform a head-tilt/chin-lift maneuver after compressions by gently tipping the head back with one hand on the forehead and lifting the chin with the other.

  • Rescue Breathing:

    • Infant: Cover both the baby's mouth and nose with your mouth. Deliver steady breaths until visible chest rise occurs. Give $2$\text{ breaths} after every $30$\text{ compressions}.

    • Child: Pinch the nose closed, cover the child's mouth with yours, and deliver breaths until chest rise is observed. Give $2$\text{ breaths} after every $30$\text{ compressions}.

  • Rescuer Action Sequence:

    • If alone, perform CPR for $2$\text{ minutes} (approximately $5$\text{ cycles} of $30:2$) before leaving to call $911$ and retrieve an Automated External Defibrillator (AED).

  • Foreign Body Airway Obstruction Management:

    • Infants (<1 year of age): Deliver repetitive cycles of $5$\text{ back blows} followed by $5$\text{ chest thrusts}.

    • Children (>1 year of age): Perform abdominal thrusts (Heimlich maneuver).

Pathophysiology and Management of Pediatric Shock

• Definition: An acute, complex physiological state characterized by inadequate delivery of oxygen and nutrients to tissues and vital organs relative to metabolic demand.

• Classifications of Shock:

  • Hypovolemic Shock: Caused by reduction in intravascular volume (e.g., dehydration, hemorrhage).

  • Distributive (Septic) Shock: Caused by severe vasodilation and capillary leak secondary to systemic infection.

  • Cardiogenic Shock: Caused by primary myocardial dysfunction leading to inadequate cardiac output.

• Pediatric Blood Pressure Dynamics in Shock:

  • Hypotension is a late and catastrophic sign of shock in children.

  • Pediatric patients can maintain normal blood pressure by compensating for up to a $25\%$\text{ blood volume loss}.

  • Lower Limits for Normal Systolic Blood Pressure:

    • Infants <1 month: $60$mmHg

    • Infants 1 to 12 months: $70$ mmHg

    • Children >1 year: $70 + (2 \times \text{age in years})$ mmHg

• Clinical Manifestations by Shock Type:

  • Hypovolemic Shock:

    • Dry mucous membranes : looking in their mouths, tears

    • Depressed/sunken anterior fontanel: Flat with scalp, bulging → too much fluid; depressed → dehydrated. Under 18 Months, assess fontanel

    • Cold, clammy extremities

    • Oliguria.

    • Poor skin turgor.

    • Delayed capillary refill ($>2$seconds).

  • Septic Shock:

    • Early (Warm) Stage: Systemic vasodilation, extremities warm to the touch, tachypnea, tachycardia.

    • Late (Cold) Stage: Rapid thready pulse, cyanosis, cold clammy skin, purpuric skin lesions, narrow pulse pressure, marked oliguria or anuria.

  • Cardiogenic Shock:

    • Hepatomegaly or cardiomegaly.

    • Elevated central venous pressure (CVP).

    • Periorbital edema: children shouldn’t have this

    • Pulmonary crackles.

    • Diaphoresis.

    • Oliguria.

    • Delayed capillary refill with marked differences between proximal and distal pulses.

• Nursing Support for Families in Shock Management:

  • Provide concise, accurate medical updates at frequent, planned intervals → need somebody to go out and update parents.

  • Determine the child's developmental age and provide clear, simple explanations.

  • Answer all questions directly and honestly.

  • Deliver care in a supportive, nonjudgmental manner.

  • Mobilize interprofessional support services including social work and spiritual care.

Assessment and Management of Pediatric Trauma

• Mechanisms of Injury:

  • Blunt Trauma: Motor vehicle collisions, pedestrian injuries, falls.

  • Penetrating Trauma: Stab wounds, gunshot injuries.

  • Multiple Trauma: Multisystem involvement from severe energy transfer.

• Trauma Primary Survey Sequence:

  • Airway: Assess airway patency while maintaining strict cervical spine stabilization/immobilization.

  • Breathing: Assess chest expansion, bilateral breath sounds, and respiratory effectiveness.

  • Circulation: Evaluate pulses, central perfusion, active external hemorrhage, and vascular access.

  • Disability: Perform immediate baseline neurological evaluation.

• Trauma Secondary Survey Sequence:

  • Obtain a detailed history of the traumatic event: really important - if car: front seat/back seat

  • Calculate pediatric trauma scoring.

  • Screen thoroughly for signs of physical child abuse or non-accidental trauma.

  • Monitor continuously during the acute recovery period.

• Specific Trauma History Inquiries:

  • Motor Vehicle Collision: Was the child wearing a seatbelt? What restraint type was used? What was the estimated vehicle speed? What object did the vehicle collide with? Where was the child seated? What was the site of direct impact? What was the extent of vehicle passenger compartment damage?

  • Falls: What type of falls? witness or w/o witness? What distance did the child fall? How did the child land? What type of surface was struck? Was the fall broken by any intermediate objects?

  • Penetrating Injuries: What were the dimensions (length/width) of the blade? How far away was the firearm when discharged? What was the specific type and caliber of the firearm?

• Trauma Scoring Systems:

  • Trauma Score (TS): Adult scoring tool occasionally applied to children; evaluates respiratory rate, respiratory effort, systolic blood pressure, capillary refill, and Glasgow Coma Scale (GCS).

  • Revised Trauma Score (RTS): Uses physiological parameters: GCS, systolic blood pressure, and respiratory rate.

  • Pediatric Trauma Score (PTS): Specific to pediatric anatomy/physiology; evaluates size/weight, airway status, central nervous system status, systolic blood pressure, presence of open wounds, and presence of skeletal fractures.

• Artificial Airway Selection in Trauma:

  • Oropharyngeal Airway:

    • Indicated ONLY in unconscious children with absent gag reflex.

    • Sizing: Measure from the level of the incisors/teeth to the angle of the jaw.

  • Nasopharyngeal Airway:

    • Indicated in conscious or semi-conscious patients.

    • Sizing: Select a tube diameter slightly less than the diameter of the child's nares. Measure length from the external nares to the tragus of the ear.

Ingestion, Poisoning, and Environmental Emergencies

• Assessment of Toxic Ingestion:

  • Identify specific chemical or drug ingested if known → ask the parents did they know what kind, how much, did u see ? Knowing the TIME. - Important

  • Determine the exact quantity ingested (e.g., counting remaining/missing pills).

  • Establish approximate time of ingestion.

  • Identify changes in the child's physical and mental status.

  • Document any home first aid or interventions administered before hospital arrival.

• Environmental Emergencies:

  • Animal and human bite wounds: cats, dogs, bats, spiders. BED Bugs bite

  • Snakebites and spider envenomation.

  • Submersion injuries (near-drowning)- how much water: just a small bucket; they can drown

  • Heat-related illnesses (heat exhaustion, heat stroke).

  • Dental trauma and avulsion emergencies: if they lose a baby tooth or even mature tooth

Nursing Procedures and Patient Safety Guidelines

• Procedural Preparation:

  • Perform all painful procedures in a dedicated treatment room.

  • Ensure a trusted caregiver or nurse support person is present.

  • Use developmentally appropriate, non-threatening language: explain in basic terms; do not use any nursing language

  • Offer realistic choices where appropriate.

  • Instruct child and parents on specific ways they can assist during the procedure, like holding the stuff they like.

  • Never use punishment or threats regarding non-cooperation.

  • Encourage parental presence without coercing unwilling parents.

• Legal & Ethical Consent Standards:

  • Informed Consent: Required for invasive procedures, surgical interventions, or high-risk diagnostic treatments. Obtained by the practitioner performing the procedure.

  • General Consent: Covers routine hospital nursing care, baseline specimen collection, non-invasive procedures, and standard medication administration.

  • Assent: Ethically obtained from pediatric patients aged $7$ years and older to acknowledge their willingness to participate in care: asking a child who is 77 years of age or older if they agree to receive medical care or undergo a procedure. While parents give legal permission (informed consent), obtaining assent means explaining things in simple terms so the child understands and agrees to participate in their own care.

• Patient Transport & Safety:

  • Infants: Transported in bassinets or cribs.

  • Older Infants & Children: Transported using strollers, wagons, wheelchairs, stretchers, or hospital beds with protective side rails raised.

  • Crib and bed side rails must remain fully elevated at all times.

  • Infants and toddlers represent the highest risk population for accidental hospital-acquired injury.

  • Physical restraints must be applied strictly as a last resort.

• Restraint Administration & Neurovascular Monitoring:

  • Select the least restrictive restraint device appropriate for the medical necessity.

  • Ensure proper fit and size of the device.

  • Tie knots using quick-release hitches to allow immediate emergency removal.

  • Secure restraint ties directly to bed frame structures, never to movable side rails.

  • Neurovascular Monitoring Protocol:

    • Assess circulation, sensation, and movement distal to the restraint every $15$\text{ minutes} for the first hour post-application.

    • Continue monitoring thereafter as dictated by agency protocol.

    • Remove restraints completely every $1 - 2$\text{ hours} to perform full range-of-motion exercises, reposition the patient, evaluate skin integrity, and offer fluids/toileting.

    • Document all neurovascular findings meticulously.

Physical Care, Hygiene, and Infection Control

• Infection Control Standards:

  • Hand Hygiene: The single most critical practice for controlling health care-associated infections; strictly align with WHO (2009) and CDC (2002) guidelines regarding soap-and-water washing and alcohol-based hand rubs.

  • Standard Precautions: Applied to all patients receiving care. Covers exposure to blood, all non-sweat body fluids, non-intact skin, and mucous membranes.

• Routine Hygiene & Feeding Interventions:

  • Bathing: Sponge or tub bath based on age and clinical stability; maintain warm environment and protect skin integrity.

  • Oral Care: Maintain oral mucosa moisture; perform regular brushing and flossing based on age and dentition.

  • Feeding: Serve age-appropriate diet; NEVER prop infant bottles due to aspiration and dental caries risk; hold infants during all bottle feedings. Exercise strict aseptic technique for immunosuppressed patients.

• Thermoregulation & Fever Management:

  • Fever Definition: Core body temperature exceeding $38^{\circ}\text{C}$ ($100.4^{\circ}\text{F}$ ) rectally or $37.5^{\circ}\text{C}$ ($99.5^{\circ}\text{F}$) orally.

  • Pathophysiology: Triggered by endogenous pyrogens acting on the hypothalamus during inflammatory processes.

  • Interventions: Administer prescribed antipyretics (acetaminophen, ibuprofen); maintain environmental temperature control; push oral fluid intake; monitor continuously for clinical signs of dehydration.

• Diagnostic Specimen Collection:

  • Routine collection of urine, stool, venous/arterial blood, sputum, throat/nasopharyngeal swabs, cerebrospinal fluid (CSF via lumbar puncture), and bone marrow aspirate.

• Gastrointestinal Interventions:

  • Enteral Feeding: Select proper tube size/route (nasogastric, orogastric, gastrostomy tube/button); verify anatomical tube placement prior to each feed; assess for contraindications.

  • Enemas:

    • Indicated for severe constipation or pre-procedural bowel clearance.

    • Incorrect technique carries risk of intestinal perforation and severe mucosal trauma.

    • Fluid Selection: ONLY isotonic solution (0.9% Normal Saline) must be used in pediatric patients to prevent catastrophic electrolyte fluid shifts. Fluid volumes are tailored strictly to age and body weight.

  • Ostomies: Fecal or urinary diversions resulting from congenital or acquired gastrointestinal/urological defects. Stoma effluent consistency depends on the anatomical location along the GI tract. Require enterostomal therapy consultation and precise appliance sizing.

• Respiratory Care Interventions:

  • Oxygen Therapy Devices: Nasal cannula, simple face mask (requires exact fit), oxygen hoods, or oxygen tents.

  • Oxygenation Assessment: Continuous non-invasive pulse oximetry and arterial blood gas (ABG) analysis.

  • Tracheostomy Care: Surgical stoma created in the trachea to bypass upper airway obstruction, remove secretions, or manage mechanical ventilation. Requires regular aseptic stoma care and age-appropriate suctioning technique.

• Perioperative Nursing Care:

  • Preoperative Fasting Guidelines:

    • Fast from solid foods and full liquids starting at midnight prior to the procedure or as prescribed.

    • Discontinue human breast milk ingestion $2$\text{ hours} prior to scheduled hospital arrival time.

    • Clear liquids may be consumed up to $2$\text{ hours} prior to hospital arrival.

  • Postoperative care emphasizes continuous airway maintenance, postanesthesia recovery monitoring, pain management, and early mobilization.

Pain Assessment and Management

• Definition & Dynamics:

  • Pain is whatever the experiencing person says it is, existing whenever they say it does.

  • Designated as the fifth vital sign.

  • Pain threshold varies widely among individuals.

  • Effective acute pain management prevents long-term neurobiological and behavioral consequences.

• Gate Control Theory:

  • Nociceptive impulses travel along peripheral nerves to the dorsal horn of the spinal cord and up to the brain.

  • A neural mechanism in the spinal cord acts as a gate that can facilitate or inhibit pain signal transmission.

  • Stimulating large-diameter afferent cutaneous fibers (e.g., massage, heat, cold, TENS) can close the gate and dull pain perception.

  • Higher cognitive brain processes exert descending influences that directly affect pain gate transmission.

• Classification of Pain:

  • Acute Pain: Sudden onset, limited duration; results from surgical trauma, medical procedures, or acute disease states.

  • Chronic Pain: Unpredictable duration, prolonged course, unlikely to resolve rapidly; adversely affects activities of daily living (ADLs). Associated with juvenile idiopathic arthritis, sickle cell disease, and malignancies.

• Epidemiology and Practice Standards:

  • Research indicates $81\%$\text{ of hospitalized children} experience acute pain, yet nurses administer only $23\% - 43\%$\text{ of ordered PRN analgesics}.

  • Adhere to WHO three-step analgesic ladder guidelines and Joint Commission standards for continuous pain assessment.

• Obstacles to Effective Pain Management:

  • Widespread myths regarding pediatric pain perception.

  • Knowledge deficits among clinical staff.

  • Inaccurate or infrequent clinical pain assessments.

  • Underutilization of non-pharmacological interventions.

  • Lack of clinical confidence regarding analgesic efficacy.

  • Inadequate communication between clinicians, children, and parents.

  • Personal bias and unexamined attitudes.

• Developmental Pain Manifestations:

  • Neonates & Infants: Rapid change in behavioral state, crying, facial grimacing, and distinctive motor responses (flexion/extension of limbs).

  • Toddlers: Generalized physical restlessness, physical guarding of the painful area, touching the painful site, and inconsolable crying.

  • Preschoolers: Active physical struggling, loud crying, verbal resistance; may outright deny pain due to fear of injections or interventions.

  • School-Aged Children: Rigid or stiff body posture, emotional withdrawal, quietness, physical resistance.

  • Adolescents: Capable of describing quantitative intensity, precise location, and qualitative characteristics of pain.

• Standardized Pediatric Pain Assessment Tools:

  • Adolescent and Pediatric Pain Tool (APPT).

  • CRIES Pain Scale (Neonatal post-operative).

  • COMFORT Behavior Scale.

  • Face, Legs, Activity, Cry, Consolability (FLACC) Scale.

  • FACES Pain Rating Scale (Wong-Baker).

  • Neonatal Pain, Agitation, and Sedation Scale (N-PASS).

  • Numeric Rating Scale (NRS) (for children

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    Pain Management Interventions & Tools

    • Pain Assessment Tools:

      • Oucher Pain Scale

      • Poker Chip Tool

      • Visual Analog Scale (VAS)

    • Non-Pharmacological Pain Interventions:

      • Distraction techniques (bubbles, sensory games)

      • Regulated rhythmic breathing

      • Guided imagery

      • Biofeedback

      • Progressive muscle relaxation

      • Hypnosis

      • Acupuncture

      • Topical thermal therapies (heat or cold applications)

      • Therapeutic massage

      • Transcutaneous Electrical Nerve Stimulation (TENS)

      • Infant soothing interventions: Non-nutritive sucking with sucrose solution, swaddling, kangaroo care, gentle rocking

    • Pharmacological Pain Interventions:

      • Preferred Administration Routes: Intravenous (IV) or oral (PO). Transition from IV to PO as soon as oral intake is clinically tolerated.

      • Analgesic Classes: Non-opioids (acetaminophen, NSAIDs), opioids (morphine, hydromorphone, fentanyl), local/topical anesthetics, procedural sedatives, epidural analgesia, and Patient-Controlled Analgesia (PCA).

      • Opioid Safety & Reversal Protocol:

        • Infants and children receiving continuous IV or epidural opioids require continuous pulse oximetry monitoring.

        • If opioid-induced severe respiratory depression occurs and fails to respond to physical stimulation and oxygen administration, immediately administer naloxone hydrochloride for pharmacological reversal.

    Pediatric Pharmacokinetics and Medication Administration

    • Pediatric Pharmacokinetics Parameters:

      • Gastrointestinal Absorption Dynamics:

        • Pancreatic enzyme activity is variable in infants during the first 3 months of life as the GI tract matures; drugs requiring specific pancreatic enzymes for dissolution and absorption may not be properly digested.

        • Infants up to 8 months of age exhibit prolonged intestinal transit time and motility, increasing total medication absorption.

        • Gastric secretions are significantly less acidic in infants than in older children and adults.

        • Gastric emptying time is prolonged in infants.

      • Distribution Factors: Variations in total body water percentages, total body fat proportions, plasma protein binding capabilities, and incomplete blood-brain barrier permeability in young infants → Their metabolism is faster.

      • Topical Absorption: Infants possess a significantly thinner stratum corneum (outer epidermal layer), yielding topical absorption rates 3 times greater than adults due to a high body surface area (BSA)-to-mass ratio.

    • Developmental Strategies for Medication Administration:

      • Infants: Cuddle, soothe, and provide physical comfort during and after administration.

      • Toddlers: Incorporate play, minimize physical restraint, and offer rewards such as praise and colorful stickers.

      • Preschoolers: Offer simple, controlled choices (e.g., "Would you like apple juice or fruit punch to drink after taking your medicine?").

      • School-Aged Children: Provide clear choices, simple explanations of medication purpose, active distraction, and emotional support.

      • Adolescents: Provide detailed explanations, encourage direct participation in decision-making, and provide appropriate emotional outlets.

    • Dose Calculation Procedures:

      • Individually calculate and double-check every ordered dose based on weight in milligrams per kilogram per day (mg/kg/day).

      • Confirm the exact number and timing of divided doses.

      • Calculate dosages using Body Surface Area (BSA in $\text{m}^2$) when precise dosing is necessary.

    • Safety Practices & Verification:

      • The Six Rights of Medication Administration: Right Child, Right Drug, Right Dose, Right Time, Right Route, Right Documentation.

      • Verify orders for transcription errors and confirm documented patient allergies.

      • Re-verify unit conversions and mathematical calculations.

      • High-Alert Medications: Requires mandatory independent double-check by a second licensed nurse prior to administration. Includes: Insulin, Narcotics/Opioids, Chemotherapeutic agents, Digoxin, Anticoagulants, Potassium K+ salts, and Calcium (salts.

    • Medication Reconciliation Process:

      • Upon hospital admission, compile a complete, accurate list of all current prescription medications, over-the-counter (OTC) drugs, and herbal supplements.

      • Compare the pre-admission list against inpatient admission orders to identify and resolve discrepancies.

      • Assess parental baseline understanding of all administered medications.

    • Parenteral Administration Guidelines:

      • Intramuscular (IM) Injections:

        • Anatomical Site Selection: Vastus lateralis muscle (anterolateral thigh) is preferred for infants and children $<3$ years of age. Deltoid muscle (outer upper arm) is reserved for children $\ge 3$ years of age.

        • Technique: Insert needle rapidly using a dart-like motion; inject medication slowly into muscle body.

        • Maximum Volume Limits: Infant: $0.5 - 1$ mL; Toddler (walking for at least 1 year): $1$ mL; Preschooler/Elementary School-Age: $1 - 1.5$ mL.

      • Subcutaneous Injections: Insert needle at a $45^\circ$ to $90^\circ$ angle into abdominal or subcutaneous tissue. Never inject into areas of edema, inflammation, or active infection. Do not massage the site following injection.

      • Intradermal Injections: Insert needle at a $15^\circ$ angle with the bevel facing upward into the superficial dermis (e.g., upper back, forearm).

• Alternative Route Administration Techniques:

  • Ophthalmic: Pull down lower eyelid to expose the small conjunctival sac; place prescribed drops into the sac without touching the eyeball directly.

  • Otic: Solutions must be brought to room temperature prior to instillation. In children $<3$\text{ years of age}, pull the pinna back and down to straighten the auditory canal, then gently massage the tragus post-instillation.

  • Inhalation Therapy: Instruct child to hold breath for $10$\text{ seconds} following metered-dose inhaler activation.

  • Rectal / Vaginal / Topical: Apply as prescribed considering increased pediatric dermal permeability.

Pediatric Clinical Procedures and Vascular Access

• Intravenous Therapy & Vascular Access:

  • Site Care: Inspect and document peripheral IV site condition at least every hour.

  • Fluid Safety: Infuse solutions via dedicated volume-control chambers (buretrols) or smart infusion pumps to prevent accidental fluid overload.

  • EMLA Topical Anesthetic Application:

    • Indicated for intact, healthy skin prior to venipuncture or vascular access.

    • Cleanse skin with soap and water, perform hand hygiene, and don clean gloves.

    • Apply a thick mound ($2.5$\text{ g}) of EMLA cream to the target site and seal with an occlusive transparent dressing for $1 - 2$\text{ hours}.

    • Remove dressing, wipe away cream thoroughly, and perform procedure.

    • Exercise extreme caution when using in infants younger than $12$\text{ months of age} due to risk of methemoglobinemia.

• Venous Access Device Types:

  • Intermittent Infusion Devices (Saline Locks): Maintain venous access without requiring continuous running IV fluids.

  • Central Venous Access Devices (CVADs): Catheters placed directly into major thoracic veins. Includes Tunneled Central Lines (Hickman or Broviac catheters), Implanted Venous Access Ports (Port-a-Cath), and Peripherally Inserted Central Catheters (PICC lines).

• Administration of Blood Products:

  • Verify ABO blood type, Rh compatibility, and patient identifiers with a second nurse at the bedside.

  • Perform comprehensive baseline assessment including vital signs.

  • Control and monitor the rate of transfusion strictly.

  • Observe patient closely for manifestations of transfusion reactions.

  • Emergency Reaction Protocol: If a reaction is suspected, immediately stop the transfusion, disconnect the tubing, flush with normal saline via a new line, and notify the healthcare provider.

• Patient and Family Discharge Education:

  • Perform thorough assessment of all home medications.

  • Emphasize strict compliance with exact prescribed dosages and schedules.

  • Directly demonstrate accurate measurement of liquid oral medications using an oral syringe.

  • Reinforce comprehensive drug safety and storage guidelines in the home.

Care of the Child with Chronic Condition or Terminal Illness

• Chronic Illness Parameters:

  • Definition: A condition lasting longer than $3$\text{ months} that does not resolve spontaneously, lacks a complete cure, leaves residual disability, and limits normal activities of daily living.

  • Examples: Asthma, Cerebral Palsy, Diabetes Mellitus, Human Immunodeficiency Virus (HIV).

• Family Adaptation & Coping:

  • Illness Trajectory: Represents the uncertain course of chronic disease over time.

  • Normalization: Establishing routines and perceptions that treat the child and family life as normal despite medical demands.

  • Family Resiliency: Capacity of the family system to adapt and grow through severe adversity.

  • Goals for the Child: Achieve and maintain normalization; attain the highest level of physical, cognitive, and social function possible.

  • Goals for the Family: Maintain family integrity; achieve normalization; maximize long-term systemic function.

• Grief Dynamics & Developmental Concepts of Death:

  • Chronic Sorrow: Recurring, living grief experienced by parents and families of children with chronic disabilities or illnesses.

  • Kübler-Ross Stages of Grieving: Denial, Anger, Bargaining, Depression, Acceptance.

  • Developmental Concepts of Death:

    • Infancy to Toddlerhood ($0 - 2$\text{ years}): Death is perceived primarily as the loss of the primary caregiver and disruption of routines.

    • Early Childhood ($2 - 7$\text{ years}): Death is viewed as a reversible, temporary separation; magical thinking may induce guilt.

    • Middle Childhood ($7 - 12$\text{ years}): Death is understood as sad, permanent, and irreversible, but typically not applied to oneself as an immediate reality.

    • Adolescence ($12+$\text{ years}): Death is understood as fully inevitable, universal, and irreversible, though often treated as a distant possibility due to feelings of personal invulnerability.

• End-of-Life Nursing Interventions:

  • Parent Support: Support the family's transition from fear to acceptance of impending loss; provide culturally congruent end-of-life care; act as the primary liaison between family and medical teams.

  • Sibling Support: Address sibling guilt, developmental regression, anxiety, and feelings of isolation. Provide truthful, age-appropriate information regarding medical treatments and status.

  • Terminal Care & Hospice: Maintain strict professional boundaries; prioritize continuous, aggressive pain and symptom control; provide pediatric hospice services.

  • Care at Time of Death: Support the family through physiological changes preceding death. Grant parents and family as much unhurried time as they need with the child following death.