A woman gives birth to a 28 week infant. The infant is scheduled to receive caffeine citrate after birth. The mother asks, "Why are you giving my baby stuff that is in coffee?' What is the nurses best response?

A. "It will help your baby gain weight faster."

This statement is not accurate. Caffeine citrate is not given to help with weight gain; its primary use is to stimulate the respiratory center in preterm infants and improve breathing.

B. "Caffeine can help your baby breathe better."

This is the correct response. Caffeine citrate is commonly used in premature infants to stimulate the respiratory center, leading to improved breathing. It is a standard treatment to reduce the risk of apnea of prematurity.

C. "This isn't the same substance that is in coffee."

While caffeine citrate is derived from caffeine, this statement might be confusing and does not directly address the specific benefits of caffeine citrate for preterm infants.

D. "The baby's temperature will be warmer with caffeine."

This statement is not accurate. Caffeine citrate is not used to affect the baby's temperature; its primary effect is on the respiratory system.

A. Blood cultures will need to be drawn.

Blood cultures are not typically used for diagnosing H. pylori infection. Instead, specific blood tests, such as serology or antibody tests, may be employed to detect antibodies against H. pylori.

B. A biopsy of the stomach will be done.

While a biopsy may be taken during an upper endoscopy to examine the stomach lining for ulcers and H. pylori infection, it is not the primary method for detecting the presence of H. pylori. The biopsy may be used for confirming the infection and assessing the severity of damage.

C. A breath test will be performed.

This is the correct choice. The breath test is a common and non-invasive method used to detect the presence of H. pylori. The patient drinks a solution containing a substance that H. pylori can break down, and the detection of carbon dioxide in the patient's breath indicates the presence of the bacteria.

D. Computerized scanning will identify if H. pylori is present.

Computerized scanning, such as computed tomography (CT) scans, is not a primary method for detecting H. pylori. Imaging studies are not typically used for H. pylori diagnosis, and the methods mentioned earlier, like breath tests and endoscopy, are more commonly employed.