Babies are turned upside down immediately after birth.
the verdict
INSUFFICIENT LEANING
refutedsupported
the weight of evidence
0 sources for · 3 against
Medical observations and studies show that turning newborns upside down is not a standard or universal practice, occurring only rarely or in specific historical and distressed resuscitation contexts.
<h4>Background</h4>About three - quarters of all neonatal deaths occur during the first week of life, with over half of these occurring within the first 24 h after birth. The first minutes after birth are critical to reducing neonatal mortality. Successful neonatal resuscitation (NR) has the potential to prevent these perinatal mortalities related to birth asphyxia. This study described the practice of NR and outcomes of newborns with birth asphyxia in a busy referral hospital.<h4>Methods</h4>Direct observations of 138 NRs by 28 healthcare providers (HCPs) were conducted using a predetermined checklist adapted from the national pediatric resuscitation protocol. Descriptive statistics were computed and chi - square tests were used to test associations between the newborn outcome at 1 h and the NR processes for the observed newborns. Logistic regression models assessed the relationship between the survival status at 1 h versus the NR processes and newborn characteristics.<h4>Results</h4>Nurses performed 72.5% of the NRs. A warm environment was maintained in 71% of the resuscitations. Airway was checked for almost all newborns (98%) who did not initiate spontaneous breathing after stimulation. However, only 40% of newborns were correctly cared for in case of meconium presence in airway. Bag and mask ventilation (BMV) was initiated in 100% of newborns who did not respond to stimulation and airway maintenance. About 86.2% of resuscitated newborns survived after 1 h. Removing wet cloth (P = 0.035, OR = 2.90, CI = 1.08-7.76), keeping baby warm (P = 0.018, OR = 3.30, CI = 1.22-8.88), meconium in airway (P = 0.042, OR = 0.34, CI = 0.12-0.96) and gestation age (P = 0.007, OR = 1.38, CI = 1.10-1.75) were associated with newborn outcome at 1 h.<h4>Conclusions</h4>Mentorship and regular cost - effective NR trainings with focus on maintaining the warm chain during NR, airway maintenance in meconium presence, BMV and care for premature babies are needed for HCPs providing NR.
Birth asphyxia, defined as the failure to initiate and sustain breathing at birth by WHO, causes about a quarter of all the neonatal deaths [ 2 ]. Approximately three – quarters of all neonatal deaths occur during the first week of life, with a million babies dying on the day they are born [ 3 ]. Conspicuously, over half of these neonatal deaths occur within the first 24 h after birth [ 4 , 5 ]. However, morbidity and mortality from birth asphyxia is mostly preventable and treatable [ 6 ]. Effective resuscitation at birth can prevent a large proportion – approximately 30% - of these deaths [ 7 ].
Furthermore, resuscitation may avert 5–10% of deaths due to complications of preterm birth [ 8 ]. Evidence around the world also show that the risk of death increases by 16% for every 30 s delay in initiating ventilation up to six minutes and every 6% for every minute of delay of applied bag and mask ventilation [ 5 ]. Therefore, it
The criteria included: failure to initiate spontaneous respirations at birth/within 1 min of delivery and/or gasping breathing at 30 s after birth and/or baby is floppy and/or bluish or has central cyanosis (blue tongue). Stillbirths (birth of a baby who shows no signs of life [no gasping, breathing, heartbeat or movement]) and those with congenital abnormalities incompatible with life were excluded. Consecutive sampling was used to select all the newborns that required NR immediately after birth and met the inclusion criteria until the required sample size was achieved.
It is estimated that about 1 in 10 babies needs help to breathe immediately after birth and therefore, a quick assessment immediately after birth remains the best way to know if a baby needs help to breathe [ 24 ]. The Kish Leslie formula ( n = Z 2 pq/e 2 ) for cross – sectional studies was used to calculate the sample size of the NRs to be observed [ 25 ]. The Z (variate from normal distribution that represents the level of confidence) was 1.96; p (estimated proportion of attribute present in a population) was set at 10% as the number of newborns who require resuscitation to breathe at birth [ 24 ]; and q = 1 – p.
Inappropriate head positioning (head not in neutral position to facilitate airway opening) to clear the airway was observed in 21 (17%) cases and 11 (7.2%) of the newborns were turned upside down and back patted. A few ( n = 6, 4.9%) newborns required prolonged suctioning with a bulb suction device for over 10 min to open the airway. Bag and mask ventilation (BMV) was initiated for all the newborns who did not initiate breathing after airway clearance ( n = 66, 100%). Ventilation was initiated within the Golden minute in just over half ( n = 36, 54.6%) of the newborns who required help. The mean time for initiation of bag valve and mask ventilation was 69.2 s (SD ± 19.6).
Evidence indicates that there is significant improvement in myocardial function and cerebral oxygenation when BMV is initiated within the Golden minute [ 2 ]. There is evidence that most resuscitated newborns will initiate spontaneous breathing after simple stimulation with very few going through the advanced NR steps involving chest compressions and drugs [ 8 ]. This implies that even in resource limited settings, many babies with birth asphyxia only require simple interventions to be able to initiate spontaneous breathing without difficulties.
Good NR skills in drying/stimulating and airway clearance in cases of airway obstruction due to secretions and ensuring that the babies are kept warm may be all that is required to avert most of the neonatal deaths due to birth asphyxia. Secretions obstruct the airway worsening the asphyxia. Our findings showed that newborns born with meconium – stained amniotic fluid in the airway who did not start breathing on their own had reduced chances of survival in the first hour after birth. Similarly, HCPs’ NR skills were poor in airway clearance in presence of meconium in babies who did not start breathing on their own.
<h4>Objective</h4>To assess readiness and quality of essential newborn care and neonatal resuscitation practices in public health facilities in Afghanistan.<h4>Design</h4>Cross-sectional assessment.<h4>Setting</h4>226 public health facilities in Afghanistan, including 77 public health facilities with at least five births per day (high-volume facilities) and 149 of 1736 public health facilities with fewer than five births per day (low-volume facilities).<h4>Participants</h4>Managers of 226 public health facilities, 734 skilled birth attendants (SBAs) working at these facilities, and 643 women and their newborns observed during childbirth at 77 high-volume health facilities.<h4>Outcome measures</h4>Availability of knowledgeable SBAs, availability of supplies and compliance with global guidelines for essential newborn care and neonatal resuscitation practices.<h4>Results</h4>At high-volume facilities, 569/636 (87.9%) of babies were dried immediately after birth, 313/636 (49.2%) were placed in skin-to-skin contact with their mother and 581/636 (89.7%) had their umbilical cord cut with a sterile blade or scissors. A total of 87 newborn resuscitation attempts were observed. Twenty-four of the 87 (27.5%) began to breath or cry after simply clearing the airway or on stimulation. In the remaining 63 (72.5%) cases, a healthcare worker began resuscitation with a bag and mask; however, only 54 (62%) used a correct size of mask and three babies died as their resuscitation with bag and mask was unsuccessful.<h4>Conclusions</h4>The study indicates room for improvement of the quality of neonatal resuscitation practices at public health facilities in Afghanistan, requiring only strengthening of the current best practices in newborn care. Certain basic and effective aspects of essential newborn care that can be improved on with little additional resources were also missing, such as skin-to-skin contact of the babies with their mother. Improvement of compliance with the standard newbo
Outcome measures Availability of knowledgeable SBAs, availability of supplies and compliance with global guidelines for essential newborn care and neonatal resuscitation practices. Results At high-volume facilities, 569/636 (87.9%) of babies were dried immediately after birth, 313/636 (49.2%) were placed in skin-to-skin contact with their mother and 581/636 (89.7%) had their umbilical cord cut with a sterile blade or scissors. A total of 87 newborn resuscitation attempts were observed. Twenty-four of the 87 (27.5%) began to breath or cry after simply clearing the airway or on stimulation.
Interviews revealed notable gaps in knowledge of essential newborn care among SBAs. Across all levels of facilities, knowledge of basic equipment and
One or more item of the essential supplies needed for resuscitation of babies not breathing at birth were also lacking at all levels of facility. A total of 71.7% (n=165) of facilities had a functional suction device for mucus extraction in the delivery room. Of facilities visited, 64.8% (n=157) had a size 0 mask, 74.9% (n=175) had a size 1 mask and 82.7% (n=191) had a newborn sized ambu bag. Availability of supplies and equipment varied by item, with no clear patterns across facility types ( table 2 ).
Not all clients were observed at all stages of care. During observation of 636 births, 87.9% of babies (n=569) were dried immediately after birth, 49.2% (n=313) were immediately placed in skin-to-skin contact with the mother, and an SBA cut the cord of 89.7% (n=581) of the babies with a sterile blade or scissors. During the first hour after birth, an SBA checked the temperature of 22.1% of newborns (n=143), a total of 32.1% of newborns (n=204) remained in skin-to-skin contact with their mother and 38.4% of women (n=244) were assisted to start breast feeding within first hour after birth.
Other practices, which are no longer recommended, were documented in a small but notable proportion of births observed. One newborn (0.2%) was bathed within the first hour after birth, and 90 (14.2%) of newborns had their mouth and nose aspirated without any indication. In addition, 12 (1.9%) newborns were slapped by health providers and 29 (4.6%) were held upside down after birth, both of which are not recommended practices ( table 4 ).
Table 4 Potentially harmful practices observed during assessment visit % of births observed All public sector (n=636) Harmful or inappropriate practices that are never indicated Bathing of newborn within first hour after birth 0.2% (1) Practices done without an appropriate indication Routine aspiration of newborn mouth and nose at birth 14.2% (90) Disrespectful or abusive practices Slapping newborn 1.9% (12) Holding newborn upside down 4.6% (29) During assessment visits, a total of 87 newborn resuscitation attempts were observed at 39 of the 77 public hospitals with an average of at least five births per day.
In 87.4% (n=76) of cases, a healthcare worker cleared the newborn’s airway and rubbed its back to stimulate airflow. In 10.3% (n=9) of cases, either the airway was cleared (8.0%, n=7) or stimulation given (2.3%; n=2) but not both. Twenty-four of the 87 newborns not breathing at birth (27.6%) began to breathe or cry after these simple actions. In the remaining 63 cases (72.4%), a healthcare worker began resuscitation efforts with a bag and mask. Quality of resuscitation efforts varied.
For example, we cannot assess the relationship between individual provider knowledge and performance; the units of analysis for this assessment were the health facility and case (client–provider interaction), and the same provider may have been observed providing care to multiple clients. Similarly, essential newborn care practices were only observed for babies born via normal vaginal delivery and immediately crying at birth; we did not document essential newborn care provided to babies born via caesarean surgery or following resuscitation of newborns not breathing or crying at birth.
community. Immediately after birth, the infant was assessed for breathing. If the infant was not breathing, then the midwife would hang the infant upside by his
The Inuit are Indigenous people who live in the arctic and subarctic regions of the North American continent (parts of Alaska, Canada, and Greenland). Modern Inuit (descendents of Thule Inuit) are culturally related to Iñupiat (northern Alaska) and Yupik (Siberia and western Alaska), and the Aleut, who live in the Aleutian Islands of Siberia and Alaska. The term "Eskimo" or Esquimaux has histori
In Inuit culture, marriage was not a choice, but a necessity. Inuit men and women needed each other to survive. Married couples had to work…
In Inuit culture, marriage was not a choice, but a necessity. Inuit men and women needed each other to survive. Married couples had to work together to overcome nearly impossible living conditions. Because every individual had to rely on a partner to survive, marriages were often arranged at birth to ensure the survival of the family. Love marriages, or choice marriages, existed, but these were all but arranged because there were usually few eligible partners. A young woman was eligible for marriage after puberty, but a man had to prove he was efficient enough in hunting to support a family before he could marry.
Inuit marriages rarely included large ceremonies; couples were often considered married after the birth of their first child. There were monogamous and polygamous marriages, but polygyny was rare because few men could afford to support multiple wives. Families exchanged gifts before marriages, but no official bride price or dowry was paid. Although men were considered the head of the family, both genders could demand a divorce. However, divorce was frowned upon because it was bad for the family and the community as a whole.
Spouses were sometimes traded or exchanged, and women had some say in this process. This was a common alternative to divorce because neither family would be without a component vital to its survival — a mother and a wife. In Inuit culture, the family was typically represented by a qullik (lamp) or a hearth, which was the property and responsibility of the wife. This lamp had significant symbolic meaning in the family, the community, and the culture.
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