ABSTRACT
Introducción: a nivel mundial la taquipnea transitoria del recién nacido se presenta entre el 0.3 y 0.5 % de todos los recién nacidos, aunque existen algunas series mexicanas que reportan hasta el 2 % de todos los recién nacidos vivos. Comprende entre el 35 y 50 % de todos los casos de dificultad respiratoria no infecciosa que ingresan a los cuneros patológicos o unidades de cuidado intensivo neonatal.1 Mientras que las tasas de criptorquidia e hidrocele son más altas en los niños nacidos por cesárea (3.3 y 4.7 %, respectivamente), en comparación con los obtenidos por vía vaginal (1.7 y 1.6 %).2 Descripción del caso: neonato de 39 semanas de gestación con taquipnea transitoria del recién nacido, criptorquidia e hidrocele atendido en el servicio de atención al recién nacido de un hospital de segundo nivel de atención. Objetivo: proporcionar cuidados especializados, utilizando el proceso de atención de enfermería basado en los conceptos teóricos del modelo de autocuidado de Dorothea E. Orem. Método: estudio de caso, dado que en este diseño se observan los fenómenos en su contexto natural, el cual se realizó en la tercera semana de mayo 2021. Consideraciones éticas: se tomaron en cuenta aspectos bioéticos para la investigación clínica basada en evidencia científica, como la ley de Helsinki y el código de Nuremberg. Resultado: se logró que el neonato y su cuidador primario alcanzaran las metas propuestas al inicio del ingreso hospitalario, mediante la continua capacitación sobre los cuidados generales del recién nacido. Conclusión: la taquipnea transitoria, criptorquidia e hidrocele son alteraciones que pueden ser detectadas al momento de la exploración al neonato.
Introduction: worldwide, transient tachypnea of the newborn occurs in 0.3 to 0.5% of all newborns, although there are some Mexican series that report up to 2% of all live newborns. It comprises 35-50% of all cases of noninfectious respiratory distress admitted to pathological nurseries or neonatal intensive care units.1 While the rates of cryptorchidism and hydrocele are higher in infants born by cesarean section (3.3% and 4.7%, respectively), compared to those obtained vaginally (1.7% and 1.6%).2 Case description: the case study was conducted on a 39-week gestational neonate with Transient Tachypnea of Newborn, Cryptorchidism and Hydrocele seen in the Newborn Care service of a second-level care hospital. Objective: to provide specialized care, using the nursing care process based on the theoretical concepts of Dorothea E. Orem's Self-Care Model. Orem. Method: is a case study, given that in this design the phenomena are observed in their natural context, which was carried out in the third week of May 2021. Ethical considerations: bioethical aspects for clinical research based on scientific evidence, such as the Helsinki law and the Nuremberg code, were taken into account. Result: the neonate and his primary caregiver were able to achieve the goals proposed at the beginning of hospital admission, through continuous training on general newborn care. Conclusion: transient tachypnea, cryptorchidism and hydrocele are alterations that can be detected at the time of examination of the newborn.
Subject(s)
Humans , Male , Infant, Newborn , Infant , Infant, Newborn , Cryptorchidism , Transient Tachypnea of the Newborn , Testicular Hydrocele , Nursing CareABSTRACT
Background: Caesarean delivery (CD) rates in developing countries are rising beyond the recommended rates of World health organization. Objective of this study was to evaluate whether Dexamethasone injections reduce neonatal incubation admissions when given before scheduled caesarean delivery (CD) at term or not.Methods: A double blinded, two armed, randomized clinical trial was conducted at Tanta University hospitals in the period from October 2017 to March 2019. Four hundred pregnant women admitted for scheduled CD with gestational age ≥37 weeks were included. Patients were randomized into study group and control group. The study group was given 3 dexamethasone doses, 8 mg each while control group was given saline injections simultaneously as a placebo drug. The primary outcome was the neonatal incubatory admissions.Results: Demographic data in both groups were comparable. Transient tachypnea of newborn (TTN) was 15.47% in study group versus 20.33% in control group with p=0.227. The respiratory distress (RDS) in study group was 6.63% versus 9.89% in control group with p=0.260. The incubation admissions were nasal oxygen 12.71% versus 15.38%, continuous positive airway pressure ventilation (CPAP) 5.52% versus 8.24% and mechanical ventilation was 3.87% versus 6.59% in the study and control groups respectively.Conclusions: Although Dexamethasone administration before scheduled CD at term reduced both respiratory morbidity and incubation admissions, the differences between study and control groups were not significant.
ABSTRACT
Introduction: Respiratory distress (RD) is a common causeof admission in the neonatal unit. Early recognition of RDand initiation of appropriate treatment is important to ensureoptimal outcomes. RD is one of the most common causes ofmorbidity in newborn. Aim of the present research was tostudy clinical profile of neonatal respiratory distress (RD),to find out most common etiology of respiratory distress innewborn and to assess the immediate clinical outcome of RDin our neonatal intensive care unit (NICU).Material and Methods: A prospective study was conductedat Tertiary Care Hospital, Guntur from May 2019 to October2019 and study includes 200 cases. Term, pre-term and postterm babies both in-born and out-born cases were included inthe study.Results: The study showed among the 720 newborns admittedin NICU, 200 (28 %) cases were admitted with Respiratorydistress. Of them, 116 babies (58%) were delivered vaginallyand 84 (42%) by lower segment caesarean section. There were122 (61%) pre-term babies, 68 (34%) term and 10 (5%) postterm neonates who were admitted with respiratory distress. Themajority of cases were clinically presented with tachypnea,flaring of alae nasi, and chest indrawing. The respiratorydistress resolved on the 4th day in majority of cases.Conclusion: Respiratory Distress is one of the commonestcause of NICU admissions. Transient tachypnea of thenewborn is the most common cause of respiratory distress interm babies whereas Hyaline membrane disease is common inpreterm babies. The survival rate was 90% among RD casesadmitted to NICU.
ABSTRACT
Background: While the role of antenatal steroids administration to mother is proved in reducing neonatal morbidity and mortality in preterm gestation secondary to respiratory distress and hyaline membrane disease its role in patients undergoing elective cesarean deliveries at or near term appears to be controversial.Methods: This was a retrospective observational study in which women who have undergone elective cesarean delivery between 34-37 weeks of gestation were included. Those women who received two intramuscular injections of 12 mg betamethasone 24 h apart were included in group S whereas the women who didn’t receive such injections were included in group B. Outcome measures were incidence of transient tachypnea of the newborn, hyaline membrane disease and NICU admissions due to respiratory distress.Results: Neonates in the treatment group had a statistically significant lower overall incidence of transient tachypnea of newborn, respiratory distress syndrome and NICU admissions. The incidence of transient tachypnea of newborn and respiratory distress in Group S was 5% and 8.33% respectively where as TTN and respiratory distress was seen in 18.33% and 28.33% neonates in the group N. The over NICU admission rates, due to respiratory distress in group S and Group N were found to be 8.33% and 28.33% respectively.Conclusions: Antenatal administration of corticosteroids to women at or near term (34-37 weeks) is found to have a beneficial effect in reducing neonatal morbidity and NICU admissions secondary to respiratory distress in women undergoing elective CS.
ABSTRACT
Both transient tachypnea of newborn (TTPN) and respiratory distress syndrome(RDS) are the com mon reasons of neonatal respiratory dyspnea,but their treatments and prognosis are much different.It is difficult to differentiate them by clinical features and chest X-ray while the lung ultrasound can see it easily.In lung ultrasonography images,the TTPN mainly manifested with pulmonary edema,while the RDS mainly manifested with lung consolidation with air bronchograms.Thus,it is important to perform lung ultrasound routinely at the bed side.