Technology in Nursing
Student's Name
Institution Name
Course Name
Professor's Name
Assignment Due Date
, Research Process
I utilized the electronic databases of Capella University Library to perform an extensive
literature search that supported the creation of this report. I consulted the research guide of the
BSN Program Library for peer-reviewed sources about "pulse oximetry" through a search
including terms "patient safety," "quality of care," "nursing technology" and "pulse oximetry"
itself. I examined latest research conducted during the past five years to validate the relevance
and timeliness of the presented information. The research sources concentrate on pulse
oximetry’s practical applications across different healthcare environments while examining its
effects on patient results together with personnel operational processes
Description of Pulse Oximetry Technology
The non-invasive pulse oximetry instrument assesses oxygen saturation levels of arterial
blood hemoglobin using finger sensors on body tissues. The technology estimates oxygen levels
through light-based detection of skin absorption changes during light beam transmission. The
utility of pulse oximeters extends to surgical procedures as well as intensive care units (ICUs)
and emergency care settings and newborn infant patient observation. The technology enables
immediate detection of oxygen saturation levels which enables healthcare staff to promptly
generate necessary decisions when treating patients susceptible to respiratory crisis.
Impact of Pulse Oximetry on Patient Safety and Quality of Care
Student's Name
Institution Name
Course Name
Professor's Name
Assignment Due Date
, Research Process
I utilized the electronic databases of Capella University Library to perform an extensive
literature search that supported the creation of this report. I consulted the research guide of the
BSN Program Library for peer-reviewed sources about "pulse oximetry" through a search
including terms "patient safety," "quality of care," "nursing technology" and "pulse oximetry"
itself. I examined latest research conducted during the past five years to validate the relevance
and timeliness of the presented information. The research sources concentrate on pulse
oximetry’s practical applications across different healthcare environments while examining its
effects on patient results together with personnel operational processes
Description of Pulse Oximetry Technology
The non-invasive pulse oximetry instrument assesses oxygen saturation levels of arterial
blood hemoglobin using finger sensors on body tissues. The technology estimates oxygen levels
through light-based detection of skin absorption changes during light beam transmission. The
utility of pulse oximeters extends to surgical procedures as well as intensive care units (ICUs)
and emergency care settings and newborn infant patient observation. The technology enables
immediate detection of oxygen saturation levels which enables healthcare staff to promptly
generate necessary decisions when treating patients susceptible to respiratory crisis.
Impact of Pulse Oximetry on Patient Safety and Quality of Care
