Getting ready to welcome a baby can be an incredibly stressful time for parents. They’re worried about their child’s development, their financial situation, and the care they’ll receive. It’s important to note that these are the five best NICUs in the country. These facilities are designed to provide the best possible care for infants. While there are countless great neonatal care units, the following hospitals have been found to have some of the best units in the United States.
Children’s National Medical Center, Washington
One of the most prominent facilities in Washington that provides the best possible care for infants is Children’s National Medical Center. It’s known for its dedication to providing the best possible care for its patients. There are many other great hospitals in the country that provide exceptional care for infants. However, Children’s National is one of the only facilities that’s dedicated to providing the best possible care for those who are born prematurely.
Boston Children’s Hospital
The Boston Children’s Hospital has been named one of the top hospitals in the country by Parents. The organization claims that the facility is at the forefront of stem-cell research. It also enjoys the latest imaging technology that allows it to monitor the condition of newborn babies with neurological defects.
John Hopkins Children’s Center, Baltimore
The Charlotte R. Bloomberg Children’s Center at Johns Hopkins features 205 private rooms and a 45-bed NICU. The Hub states that it also has ten state-of-the-art surgical suites, and it has been ranked as one of the top facilities in the country when it comes to providing neonatal care. This facility was opened in 2012.
Rady Children’s Hospital, San Diego
For the past nine years, Rady Children’s Hospital has been regarded as one of the top facilities when it comes to providing neonatal medical care. According to the San Diego Union-Tribune, the facility’s recent success can be attributed to the development of revolutionary research in areas such as pediatric genomics.