Author Question: The mother observes traces of blood on the diaper of her newborn daughter and calls this to the ... (Read 64 times)

rl · **on:** Jun 27, 2018

The mother observes traces of blood on the diaper of her newborn daughter and calls this to the attention of the nurse. The nurse's best reply would be which of the following?

a. I suspect this is from a urinary tract infection, a condition common in newborns when the bladder is not completely developed.
b. This is probably caused by the baby not getting maternal hormones from the placenta. It will probably go away soon.
c. This is probably from the trauma of the birth and will disappear in time.
d. This is some placental blood we missed when bathing the baby at birth.

Question 2

Omissions and duplications of chromosomes can occur during:

a. MeiosisB. TranslocationC. Mutations
D. Metabolism

missalyssa26 · **Reply #1 on:** Jun 27, 2018

Answer to Question 1

B

Feedback
A Incorrect. The usual cause of small traces of blood on the female newborn's diaper is from the withdrawal of maternal hormones, not from a urinary tract infection.
B Correct. The usual cause of small traces of blood on the female newborn's diaper is from the withdrawal of maternal hormones, called pseudomenstruation, and caregivers may need reassurance that this is normal and will soon disappear.
C Incorrect. The usual cause of small traces of blood on the female newborn's diaper is from the withdrawal of maternal hormones, not from the trauma of birth..
D Incorrect. The usual cause of small traces of blood on the female newborn's diaper is from the withdrawal of maternal hormones, not from placental blood we missed when bathing the baby at birth.

Answer to Question 2

A
Meiosis is the cell division seen only in sex cells. The chromosomes divide in half before the cell divides. Translocation is a problem that can occur during meiosis. Mutations are errors in duplication, rearrangements, or the loss of parts of the DNA code. Metabolism is any physical or chemical change that takes place in the body, and is not limited to reproduction of cells.