No, it's highest.
irregular
40-60 Breaths per minute
Tachypnea in infants is defined as an elevated respiratory rate, typically exceeding 60 breaths per minute. Normal respiratory rates for infants range from 30 to 60 breaths per minute, so a rate above this threshold indicates tachypnea. It can be a sign of various underlying conditions, including respiratory infections or distress. If observed, it is important to seek medical evaluation.
Infants have increased respiratory rates compared to adults because their lungs are smaller and less efficient at exchanging oxygen, requiring more frequent breaths to meet their metabolic needs. Additionally, infants have underdeveloped respiratory control centers in the brain, leading to a faster respiratory rate to maintain proper oxygen levels.
The normal respiratory rate for a newborn is 30-60 breaths a minute. When the respiratory rate drops below that, this is a symptom of sleep apnea or respiratory difficulties, and the baby should be seen by a physician immediately.
The normal respiratory rate for a newborn is typically between 30-60 breaths per minute. However, it is important to note that individual variations may occur.
The signs of respiratory distress in infants and children are grunting, increased rate of breathing, chest retraction and difficulty in feeding.
Infants have smaller lungs, and although they also have smaller bodies, the smaller lungs must work faster to exchange the amount of gasses, i.e. O2 and CO2, the same way their hearts beat faster than an adult's to pump the amount of blood they need because of it's small size.
An abnormal respiratory rate is the number of times that a person breathes in one minute that is outside of the normal range of respirations in most people. The average normal rate for adults is 60 to 90, and for infants it is 100 to 140.
Newborns and babies have a faster respiratory rate than adults. A newborn should have a respiratory rate of 30 to 60 breaths per minute.
Fever due to any cause can increase the respiratory rate. Any disease of lungs or heart can increase the heart rate. Severe anemia is another cause.
The lowest rate of gas exchange is likely the result of decreased surface area for exchange, thickening of the respiratory membrane, or a decrease in the concentration gradient of gases. These factors can impair the efficiency of gas diffusion across the respiratory surfaces.