Using delaying the first bathing by 8 hours as an interventional measure, considering the consistent effect of physiological maturity, newborns with a gestational age of ≥37 weeks were selected as the subjects in the nursery cases, and randomly assigned to the delayed bathing group and the routine bathing group , 10 minutes before bathing, immediately after bathing, 10 minutes, 30 minutes, and 60 minutes to analyze the differences in body temperature of the cases, and the differences in the rate of exclusive breastfeeding at discharge. Show Newborn HypothermiaBehavioral: Delay first bathNot Applicable The subjects of this study came from newborn babies in the nursery of a teaching hospital in the northern region. The research design was reviewed and approved by the Human Trials Committee. Can freely choose whether to participate in the research project or withdraw, willing participants to inform the research project and fill in the consent form and basic information form, inform that they can withdraw at any time during the research period, and divide the participating infants into the experimental group and the control group through a random allocation form , after the newborn arrives in the baby room, the nursing staff will evaluate the newborn, and then perform an oil bath with baby oil to remove the fetal fat on the body, and then follow the newborn bathing procedure of our hospital. Wash the whole body with water, about 1-2 hours after birth; the control group took the first bath as usual; the experimental group postponed the last step of washing the whole body after washing the face and head to 8 hours after birth , personnel must wear gloves to take care of newborns before bathing. The bathing process was performed by nurses in the baby room. Body temperature was measured 10 minutes before, immediately after, 10 minutes, 30 minutes, and 60 minutes after bathing, and the exclusive breastfeeding situation at the time of discharge was counted. After all measurements are completed, a 100 yuan supermarket coupon will be given. Go to Layout table for study informationStudy Type :Interventional (Clinical Trial)Actual Enrollment :90 participantsAllocation:RandomizedIntervention Model:Parallel AssignmentMasking:Single (Outcomes Assessor)Primary Purpose:PreventionOfficial Title:A Study of Effects of Delay in the First Bathing Time of Newborns on the Rate of Body Temperature and the Rate of Exclusive Breastfeeding: A Randomized Controlled TrialActual Study Start Date :September 2, 2021Actual Primary Completion Date :January 25, 2022Actual Study Completion Date :January 25, 2022Resource links provided by the National Library of Medicine Go to Experimental: delayed first bath time Delay first bath to 8 hours after birth Behavioral: Delay first bathNewborns delay first bath to 8 hours after birth No Intervention: regular bath Birth temperature 36.5°C, regular bath Go to Primary Outcome Measures :
Secondary Outcome Measures :
Go to Information from the National Library of Medicine Choosing to participate in a study is an important personal decision. Talk with your doctor and family members or friends about deciding to join a study. To learn more about this study, you or your doctor may contact the study research staff using the contact information provided by the sponsor. Respiratory distress syndrome (RDS) occurs in babies born early (premature) whose lungs are not fully developed. The earlier the infant is born, the more likely it is for them to have RDS and need extra oxygen and help breathing. RDS is caused by the baby not having enough surfactant in the lungs. Surfactant is a liquid made in the lungs at about 26 weeks of pregnancy. As the fetus grows, the lungs make more surfactant. Surfactant coats the tiny air sacs in the lungs and to help keep them from collapsing (Picture 1). The air sacs must be open to allow oxygen to enter the blood from the lungs and carbon dioxide to be released from the blood into the lungs. While RDS is most common in babies born early, other newborns can get it. Those at greater risk are:
Signs and SymptomsBabies who have RDS may show these signs:
DiagnosisThe diagnosis is made after examining the baby and seeing the results of chest X-rays and blood tests. TreatmentOxygen - Babies with RDS need extra oxygen. It may be given several ways:
Surfactant - Surfactant can be given into the baby’s lungs to replace what they do not have. This is given directly down the breathing tube that was placed in the windpipe. Intravenous (IV) catheter treatments - A very small tube called a catheter, is placed into one or two of the blood vessels in the umbilical cord. This is how the infant gets IV fluids, nutrition and medicines. It is also used to take blood samples. Medicines - Sometimes antibiotics are given if an infection is suspected. Calming medicines may be given to help ease pain during treatment. Warning
What to ExpectThe road to recovery is different for each infant. Often RDS gets worse before it gets better. Some babies need more oxygen than others. Some may require a treatment of surfactant. As the baby is able to breathe better, they may need less oxygen and other help to breathe. What are the consequences of cold stress in a newborn?Prolonged, unrecognized cold stress may divert calories to produce heat, impairing growth. Neonates have a metabolic response to cooling that involves chemical (nonshivering) thermogenesis by sympathetic nerve discharge of norepinephrine in the brown fat.
Which of the following are signs of cold stress in a newborn quizlet?Signs of cold stress include decreased skin temperature, increased respiratory rate with periods of apnea, bradycardia, mottling of skin, and lethargy.
What is cold stress in newborns quizlet?Cold stress is excessive heat loss that requires a newborn to use compensatory mechanisms (such as nonshivering thermogenesis and tachypnea) to maintain core body temperature. The consequences of cold stress can be quite severe.
Why are premature babies at risk for cold stress?Cold stress is the major risk to naked preterm infants nursed in a dry incubator. Decreased epidermal and dermal thicknesses result in increased heat loss from radiation and conduction. Minimal subcutaneous fat and an immature nervous system also decrease the premature infant's ability to respond to cooling.
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