The Effects of Delivering Nitric Oxide - Coursework Example

The Effects of Delivering Nitric Oxide At level 2 new born, the care of infants with a rectified gestational age of 8 months or greater and Is estimated to weigh about 1500 g. These babies have moderate illnesses that can be resolved quickly. This can be babies who usually convalescing after they are removed from intensive care. In this stage, there is resuscitation and stabilization of all the babies is important before they are transferred to the care facility. The babies are usually under nasal oxygen and saturation monitoring.

For a full term new born, the average birth weight is approximately 3.4 kg. Over the first week following birth, the body weight decreases to about 6-7 %. This is majorly caused by urination and resorption. The fluid that was field in the lungs is removed for breast feeding can take place. After that week, healthy neonates tend to gain about 10-20 grams/per day. It is important to evaluate the effects of delivering nitric oxide by using an oxyhood inside an incubator when helping neonates to breath.

From previous studies, nitric oxide mixtures can effectively be delivered via an oxyhoood in an open environment. This could be used to deliver an enclosed environment of a neotanal incubator and determine any threats that are present outside the incubator (Hockenberry, Wong, Wilson, & Wong, 2013) . Oxyhood delivery of NO mixture is not affected while inside an incubator. In addition, there is on environmental threat posed by delivering NO inside the incubators. The role of the LVNS and RNS in the management and administration of medications is different.

LVN is only to provide basic care to the patients that are suffering from intrathecal catheters. Conversely, the RN should apply the Nursing Practice Act that applies to specific practice setting. The RNS can delegate duties to the LVNS. The three formulas that have to be taken include cow milk based formulas, therapeutic infant formulas and soy based infant formulas. The protein intake should be decreased in this case of the pre intern. Weight:Maintenance fluid0.3 kg :100 ml/kg/day = 80 ml/day0.

4 kg :10 ml + (5 ml/kg * 5) = 100 + 25 = 125 ml/day0.7 kg :15 ml + (2 ml/kg * 7) = 15 + 14 = 164ml/dayInfants < 1.5 kg30 % of a vial (1.5 ml)Infants 2 kg65 % of a vial (3.25 ml)Infants > 3 kg yrs100% of a vial (5 ml)ReferencesHockenberry, M. J., Wong, D. L., Wilson, D., & Wong, D. L. (2013). Wong's nursing care of infants and children. St. Louis, Mo: Elsevier Mosby.