She had received oxytocin to induce labor at 17:00, she also received magnesium, and cytotec. After Melina and I had received M.B.’s background information, we proceeded to perform a full newborn assessment. We began by assessing her vital signs starting with her pulse and respirations. While Melina assessed the rate and quality of M.B.’s respirations, I assessed her apical pulse. I first disinfected the bell of my stethoscope with an alcohol wipe and then gently placed it over her left nipple. As I listened I made sure to note the rate, rhythm and quality of M.B.’s heart rate. Melina and I concluded that M.B. had an apical pulse rate of 140 beats per minute and a respiratory rate of 40 breaths per minute. We then continued on in our assessment and palpated M.B.’s brachial and femoral pulses, which were equal and bilateral. I then proceeded to assess M.B.’s axillary temperature, I gently lifted M.B.’s arm, placed the tip of the probe into the center of the axilla, and then eased her arm against her arm and gently held it until her temperature was read. M.B.’s axillary temperature was 98.6 degrees Fahrenheit. Because
She had received oxytocin to induce labor at 17:00, she also received magnesium, and cytotec. After Melina and I had received M.B.’s background information, we proceeded to perform a full newborn assessment. We began by assessing her vital signs starting with her pulse and respirations. While Melina assessed the rate and quality of M.B.’s respirations, I assessed her apical pulse. I first disinfected the bell of my stethoscope with an alcohol wipe and then gently placed it over her left nipple. As I listened I made sure to note the rate, rhythm and quality of M.B.’s heart rate. Melina and I concluded that M.B. had an apical pulse rate of 140 beats per minute and a respiratory rate of 40 breaths per minute. We then continued on in our assessment and palpated M.B.’s brachial and femoral pulses, which were equal and bilateral. I then proceeded to assess M.B.’s axillary temperature, I gently lifted M.B.’s arm, placed the tip of the probe into the center of the axilla, and then eased her arm against her arm and gently held it until her temperature was read. M.B.’s axillary temperature was 98.6 degrees Fahrenheit. Because