Introduction Smart watches have the potential to support health in everyday living by:

Smart watches:

The smart watches helped measure the initial heart rate (HR) of a newborn and is at the core of initiating and evaluating newborn resuscitation.

Because clinical evaluation must be by listening to the heart’s voice or touching the umbilical cord to obtain an HR reading, to be both reliable and accurate, so the previous version of the Newborn Resuscitation Program (NRP) recommended that physicians use a pulse oximeter to assess the oxygenation of the newborn and obtain an HR reading. at same time. This takes longer and even fails to detect the heart rate if tissue perfusion is insufficient.
the new NRP update may recommend the use of an electrocardiogram (ECG) during resuscitation because it provides accurate information faster than oximetry.
The problem is that the EKG monitor is very expensive and not available in many delivery rooms.

Therefore, in this study a smart watch was used to detect the heart rate through a transparent plastic bag against heat loss to avoid contact with the fragile skin of a very bluish premature baby (24 weeks gestational age, weighing approximately 700 g; Figure 1). We also used an ECG monitor and pulse oximetry simultaneously.
And within a few seconds, the smartwatch provided the same ECG reading.

So far, we have briefly tested this smart watches method in several infants (with or without congenital bluish heart disease) and have had consistent results in the neonatal intensive care unit.