Kid-Friendly Care

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Go the extra mile to make surgery safer and more pleasant for pint-sized patients.


PURE JOY Pediatric patients are often able to smile and laugh, even during stressful or scary situations.  |  Pamela Bevelhymer

 

One of the common misconceptions providers have when caring for pediatric patients is thinking they’re little adults who can be treated with scaled-down versions of standard practices. In my experience, taking care of children undergoing surgery requires a multi-disciplinary and cooperative team approach, and paying extra attention to their needs during each phase of surgery. That means being mindful that they’re properly sedated and positioned, and having a multimodal protocol in place to limit their pain and PONV.

Calming measures

Hospitals, surgery centers and operating rooms can be big, scary places to young children, but depending on their age and developmental level, they need to have some understanding of the procedure they’re having done. Unfortunately, some parents like to keep their kids in the dark by not telling them about what’s going on around them. Sadly, I have cared for many pediatric patients who did not know they were about to undergo surgery. Their parents were in the room whispering to me to not say anything. My advice: Tell the parents of your pediatric patients to inform their children, in an appropriate way, of the care they’re about to receive. Even a generalized description, such as “We’re going to the hospital to help you feel better,” helps to ease a child’s anxiety about the strange environment in which they’ll find themselves.

Also remind parents that their children feed off their emotions on the day of surgery. Parents who are extremely anxious make their child more nervous, but parents who are relaxed in pre-op (or pretend like they are!) will help their child remain calm before induction. Using guided imagery, engaging in therapeutic play, playing background music and providing access to shows or movies on a facility-supplied tablet can also help a child relax. I apply a flavored ChapStick, such as cherry or bubblegum, to their masks and ask them to guess the flavor. It’s a fun game that diverts their attention from the sights and sounds of surgical care.

By using guided imagery or distraction techniques, you can often redirect children’s anxiousness enough to avoid using pharmacological interventions to keep them calm. However, not all techniques work for all children. Some pediatric patients require oral midazolam — at a maximum dose of 15 milligrams — before procedures to help alleviate their separation anxiety or fears of the unknown.

 

Safety during surgery

SPECIAL TREATMENT Providers must be mindful when helping young children prepare for and recover from surgery.

Just as with adult patients, make sure children are positioned properly to prevent pressure injuries and nerve damage. Keep in mind that small kids under drapes on adult-sized tables are at risk of having surgical instruments inadvertently placed on their body during surgery. Arm boards are not always required, depending on the size of the child, as they may be able to lie with their arms comfortably at their side. Be sure to use positioning aids designed specifically for pediatric cases.

Maintaining normothermia is also critical because pediatric patients are at an increased risk of experiencing perioperative hypothermia. This is especially true for infants, who experience non-shivering thermogenesis, meaning they do not always shiver when cold.

We use warming blankets to keep pediatric patients warm and comfortable, and also turn the thermostat up in the OR to keep the ambient temperature around 80 degrees, especially if the child is a premature infant or young baby. The surgical team might be sweating and uncomfortable, but the child is further protected from becoming hypothermic, and that’s what matters most.

There are many risks involved in administering medications to pediatric patients because children have immature drug receptor sites. Certain medications that would work predictably in an adult patient may not work as well or at all in young children. For example, dosing of succinylcholine for pediatric patients is roughly double the typical adult dose due to the prevalence of immature muscle receptors in children.

Patients younger than two years old are often heart rate dependent due to their predominant parasympathetic nervous system response and are at risk for bradycardia and desaturation. For this reason, some providers pretreat pediatric patients with atropine IV at a dose of 0.02mg/kg. There is also an elevated risk of laryngospasm in pediatric patients, so anesthesia providers should suction the airway and mouth before extubation and removal of the laryngeal mask airway. Younger kids can generate extra airway secretions, especially if they’re crying because they’re upset or scared, which increases the risk of laryngospasm. Toddlers, preschoolers and kindergarteners tend to put shared toys, fingers and crayons in their mouths, and therefore are sick more frequently, which also increases the likelihood of laryngospasm.

MH Risk Heightened in Pediatric Patients
EMERGENCY RESPONSE
SMALLER SIZES A pediatric anesthesia cart has age- and weight-specific supplies, such as masks, blood pressure cuffs and breathing tubes.  |  Robert Simon

You are more likely to see malignant hyperthermia in a child than in an adult. In fact, children under the age of 15 account for greater than 50% of all reported MH reactions. Recent literature states an estimated incidence of MH for every one in 10,000 children compared to one in 50,000 adults. Contributing factors include underlying neuromuscular and genetic disorders that are asymptomatic before a certain age. Like adults, there are certain triggering agents that should be avoided in MH susceptible pediatric patients. These include succinylcholine, isoflurane, desflurane and sevoflurane. Exposure to these triggering agents can precipitate an MH event and should best be avoided.

To treat an acute MH event in an adult or a pediatric patient, hyperventilate with 100% oxygen at flows of 10L/min. to flush volatile anesthetics and lower ETCO2. Give IV dantrolene 2.5 mg/kg rapidly through a large bore IV, if possible. Repeat as frequently as needed until the patient responds with a decrease in ETCO2, decreased muscle rigidity and/or lowered heart rate. Large doses (>10mg/kg) may be required for patients with persistent contractures or rigidity. — Robert W. Simon, DNP, CRNA, CHSE, CNE

Comfortable recoveries

Emergence delirium, which is classified as an abnormal mental state during the transition from unconsciousness to complete wakefulness that develops as a result of anesthesia administration, is quite common in pediatric patients. Children in the midst of a bout of post-op delirium roll around and thrash, can be inconsolable and usually cannot register what’s being said to them. There’s no gold standard for treating post-op delirium, but giving a small propofol bolus can help manage the condition. Dexmedetomidine has been administered before emergence — doses range from 0.5 mcg/kg to 1 mcg/kg — with good preventative effect.

Assessing a child’s pain and discomfort following surgery can be very challenging based on their developmental level and age. If they can talk, ask them to rate their pain level on a scale of one to 10. It might be more effective to use the Wong-Baker FACES Pain Rating Scale, which lets children self-assess their discomfort by pointing to a facial expression that matches how they’re feeling. If a patient is an infant or nonverbal, check their vital signs for an indication of their pain level. For example, a baby whose heart rate or blood pressure goes up during surgery is probably having a normal physiological response to pain, so you know to administer medication to help reduce it.

If a child wakes up from surgery in significant pain, you can administer morphine, fentanyl, ibuprofen or acetaminophen. Dilaudid can be used to control pain in teenage patients. Regional blocks placed during surgery are also effective ways to manage post-op pain. It’s standard practice at pediatric hospitals to administer regional anesthesia after patients are anesthetized to avoid having to manage their fears and questions during what’s likely to be a frightening and confusing procedure. As with all aspects of pediatric care, we explain the risks and benefits of regional anesthesia to parents or legal guardians, and only perform blocks if it is appropriate and we receive consent.

Kids should be assessed for PONV risks with a pediatric assessment tool because triggers in children are different than in adults. In adults, the female gender, history of PONV, non-smoking status and opioid use increase the risk of PONV. In kids, gender doesn’t impact the risk, secondhand smoke exposure doesn’t matter, opioid use is generally not an issue, and they are often undergoing surgery for the first time and therefore don’t have a history of PONV. Additionally, the chemoreceptor trigger zone (the vomiting center in the brain) isn’t fully formed or functional in children younger than two years old, so they’re typically not at increased risk of PONV. Instead, ask parents if their child gets carsick or queasy on amusement park rides. Also ask parents if they or direct relatives have had any issues with anesthesia.

Surgical case types such as eye muscle surgery, procedures involving insufflation of the abdomen and surgeries lasting longer than 45 minutes can trigger PONV. To prevent the risk in pediatric patients, who often don’t drink enough fluids at home, administer IV fluids before surgery to ensure they are adequately hydrated. Dexamethasone and ondansetron can also be administered before surgery. If children still wake up feeling nauseous in recovery, administering an antihistamine can help calm their stomach.

Big hearts

The great thing about children is that they’re very resilient and able to bounce back relatively quickly from surgery. Even when they’re scared or nervous, they can laugh at a silly joke or be consoled with a hug. It’s amazing to witness. I’m constantly reminded that all kids are special and deserving of the best possible care we can provide. OSM

Dr. Simon ([email protected]) is chief CRNA at Huntington Valley Anesthesia Associates and the assistant program director/didactic education coordinator at the Frank J. Tornetta School of Anesthesia, located in the suburbs of Philadelphia.

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