Neonatal nursing

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Neonatal nursing is a sub-specialty of nursing care for newborn infants up to 28 days after birth. The term neonatal comes from neo, "new", and natal, "pertaining to birth or origin". Neonatal nursing requires a high degree of skill, dedication and emotional strength as they care for newborn infants with a range of problems. These problems vary between prematurity, birth defects, infection, cardiac malformations and surgical issues. Neonatal nurses are a vital part of the neonatal care team and are required to know basic newborn resuscitation, be able to control the newborn's temperature and know how to initiate cardiopulmonary and pulse oximetry monitoring.^[1] Most neonatal nurses care for infants from the time of birth until they are discharged from the hospital.

Levels of the Neonatal Nursery

There are four different levels of nurseries where a neonatal nurse might work.^[2] The updated classification of neonatal levels by the American Academy of Pediatrics (AAP) includes a Level IV.

• Level I consists of caring for healthy newborns. Level I nurses are now uncommon in the United States. Healthy babies typically share a room with their mother, and both patients are usually discharged from the hospital quickly.^[3]
• Level II provides intermediate or special care for
  premature
  or ill newborns. At this level, infants may need special therapy provided by nursing staff, or may simply need more time before being discharged.
• Level III, the
  Neonatal intensive-care unit (NICU), treats newborns who cannot be treated in the other levels and are in need of high technology to survive, such as breathing and feeding tubes. Nurses comprise over 90 percent of the NICU staff.^[4]
• Level IV includes all the skills of the level III but involves the extensive care the most critically and complex newborns. This facility will have 24-hour resident neonatologists and surgeons. They are involved with intricate surgical repairs like congenital cardiac issues and acquired malformations.[5]

Changes in neonatal care

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Neonatal care became a specialty in the United States in 1960 and in that same year, the first NICU was established in the United States. There have been some major changes in Neonatal Care over the past 120 years. Some of these changes include the invention of the incubator, changes in respiratory care and the development of surfactants.

The incubator

An incubator is a plastic dome-shaped machine designed as a crib that regulates a newborn infant's body temperature. The incubator is designed to allow the temperature to be adjusted according to the state of the baby's current body heat. A range of five types of incubators all serve different purposes in the neonatal intensive care unit. The closed-box incubator is used to prevent infection that could be contracted the outside of the box; it filtrates the air and keeps the moisture fresh. The double-walled incubator keeps heat inside the box. Servo-controlled incubators are controlled by skin detectors which are designed to recognize the loss or gain of body heat and make adjustments to maintain the correct temperature. The open box incubator produces heat from beneath the baby to keep it warm. Portable incubators transport the newborn to and from different parts of the hospital.^[1] In 1880, Dr. Tarnier was convinced that the maintenance of internal temperature was key to the premature infant's survival. This led him to introduce the first human incubator. Inspired by chicken eggs hatching in an incubator, he asked a zoo keeper to design a similar incubator for premature infants. Dr. Delee expanded the use and function of the incubator by incorporating an oxygen chamber and an electric controlled thermostat which allowed the incubator to be transported in ambulances.^[6]

Respiratory care

Administration of oxygen assists and generates oxygen intake for neonates. Oxygen administration began with a metal forked device in the nostrils, and it is now administered through thin plastic tubes in the nostrils, also known as nasal cannula. The first ventilation of an infant was in 1961 in a positive pressure situation, and mechanical ventilation was improved in 1971. Mechanical ventilation is the process in which a machine, attached to the patient, regulates breathing by pumping air in and out of the lungs. Another type of breathing mechanism used is the continuous positive airway pressure (CPAP) mask which attaches to the face to help with breathing. These masks were first used in 1973 as an alternate less invasive form of support.^[1]

Surfactants

A surfactant allows a substance to get "wet" to help another substance dissolve. In 1910, the first study of the use of surfactants on infants took place in Japan. Surfactant therapy since has improved the infant mortality rate by 50%. Surfactants combined with the least invasive respiratory therapy (bubble CPAP or nasal CPAP) has greatly improved the infant mortality rate in the US.^{[citation needed]}

Family involvement (United States)

In the later 70s, family involvement in treatment became a major addition to patient treatment plans. This decade allowed for upgrades in visiting hours. Hours were expanded and siblings and fathers were encouraged to assist the mother in physical treatment. Many studies showed that with the higher frequency of family interaction such as bottle feeding, skin-to-skin contact, and overall baby holding, and support allowed for patients to have overall major health improvements which eventually lead to a decreasing need for ventilators and quicker discharge rates.^[7]

Qualifications and requirements

United States

Healthcare institutions have varying entry-level requirements for neonatal nurses. Neonatal nurses are

As with any registered nurse, local licensing or certifying bodies as well as employers may set requirements for continuing education.[2]

There are no mandated requirements to becoming an RN in a NICU, although neonatal nurses must complete the Neonatal Resuscitation Program. Some units prefer new graduates who do not have experience in other units, so they may be trained in the specialty exclusively, while others prefer nurses with more experience.

Intensive care nurses receive intensive

Europe

The first step to qualify is to complete a nursing degree. To gain entry into a nursing degree, it is required to have at least GCSE (A-C) in English, Mathematics and a science-based subject, and two to three A-levels with one being in a biological science.^[9]

United Kingdom

Neonatal nurses must complete a 3-year degree program in nursing or midwifery and be either a RN(adult), RN(child) or a RM. Once a registered practitioner, they can work in special care and some high dependency areas. It is a requirement to complete a recognized neonatal intensive care course to become qualified in specialty (QIS) to care for intensive care babies and to supervise other nurses.

Australia

In Australia, a neonatal nurse first needs to be a Registered Nurse (RN) or Midwife.

Two years of nursing experience are needed, as is practical experience and employment in the neonatal unit before being eligible to undertake postgraduate studies in neonatal nursing. This usually requires undertaking a Graduate Diploma Degree in Clinical Nursing.^[10]

Academy of Neonatal Nursing

The Academy of Neonatal Nursing was founded in 2001 and serves as a professional organization for neonatal nurses. Nurses who belong to the organization have the ability to locate continued education, apply for scholarships and awards, and receive other benefits. They can also receive the academy's healthcare journal, Neonatal Network.

APGAR scoring

All nurses working in a birthing center have an important role in assessing the newborn immediately after birth. The assessment of the neonate's appearance (colour), pulse (heart rate), grimace (in response to unpleasant stimuli such as bulb suctioning the pharynx), activity (muscle tone and/or movement), and respiratory effort via the APGAR scoring system is essential to guide the baby's care (see Understanding the APGAR scoring system). The nurse is often directly responsible for assigning the APGAR scores at 1 and 5 minutes of life. Each of the five assessment areas is given a score of 0, 1, or 2. The maximum score possible is 10. Scores of 7 or above are considered normal for full-term newborns. If the total score is below 7, or any area is scored 0 at 5 minutes of life, resuscitation efforts and scoring should continue every 5 minutes until 20 minutes of life. At 10 minutes neonates with an APGAR score of 3 or lower are at risk of having neurological dysfunctions and cerebral palsy in the future although there is no guarantee. Despite how every individual's case varies; as time goes by with the score not improving the risk becomes higher. However, there are numerous other factors to take into consideration when determining future complications, an APGAR score cannot do it alone.^[11]

Beyond assessing the five components that make up the APGAR score, it's essential to understand its meaning. The APGAR score assigned at 1 minute of life reflects how the fetus tolerated the in utero environment and/or the labor and delivery process. All subsequent APGAR scores reflect the newborn's response to interventions during the transition from intrauterine to extra-uterine life. There are, however, multiple different factors that can impact the APGAR score which include anesthesia, gestational age and initial lower oxygen.^[11] These nursing interventions include keeping the baby warm, stimulating the baby to breathe, giving breaths to the baby who isn't breathing well, and performing chest compression if needed.^[1]

References