The parent of a 7-month-old brings the infant to the clinic because the skin in the diaper area is excoriated and red, but there are no blisters or bleeding. The parent reports no evidence of watery stools. Which nursing intervention should the nurse implement?

Correct choices;

Gravida 5, para 5 (G5P5)

This means the client has been pregnant 5 times and has given birth 5 times. Multiparity (having had multiple pregnancies and deliveries) is a risk factor for PPH due to uterine overdistension, which can lead to poor uterine tone and difficulty in contracting effectively after delivery.

Delivery of a 9 lb 1 oz (4.1 kg) baby

Larger babies are associated with an increased risk of PPH. The weight of the baby suggests a potentially larger placental surface area and increased uterine distension during pregnancy, which can contribute to uterine atony post-delivery.

Labor for 25 hours

Prolonged labor can lead to uterine exhaustion, where the uterus may not contract effectively after delivery, predisposing the client to PPH.

Forceps-assisted delivery

Instrumental deliveries, including forceps, can cause trauma to the birth canal, including the cervix, vagina, and perineum, increasing the risk of lacerations and bleeding.

Epidural anesthesia

Epidurals can mask the pain associated with uterine atony, which may delay the diagnosis of PPH. It's important to closely monitor uterine tone and blood loss in clients who have had epidurals.

4th degree laceration

Explanation: A 4th degree laceration involves the perineum and extends through the anal sphincter complex. Such extensive trauma increases the risk of significant bleeding postpartum.

Estimated blood loss of 600 mL

Although this is within the normal range of blood loss immediately after delivery, it still signifies that the client has experienced significant hemorrhage, putting her at higher risk for ongoing bleeding.

Rationale

A. The complement system is part of the immune response and can be activated in various conditions, including sepsis. However, activation of complement pathways does not directly cause DIC. Instead, in septic shock, the release of pro-inflammatory cytokines and tissue factor can trigger systemic coagulation activation, leading to DIC.

B. Inhibition of red blood cell production, such as in conditions like aplastic anemia or certain types of bone marrow disorders, does not directly cause DIC. DIC is primarily a disorder of excessive activation of clotting factors in response to underlying conditions like sepsis, trauma, or cancer.

C. Production of extra platelets, or thrombocytosis, is not the cause of DIC. Thrombocytosis can occur in response to various conditions, but DIC involves consumption of platelets due to widespread activation of clotting within the vasculature.

D. DIC is characterized by the widespread consumption and depletion of clotting factors and platelets as they are used up in the formation of microthrombi throughout the bloodstream. This depletion leads to an increased risk of bleeding due to insufficient clotting factors remaining to maintain hemostasis.