Postpartum Care Practice Questions

Q: PGF2 alpha maximum dose in PPH is-

2 mg. ***2 mg*** - The maximum recommended total dose of **PGF2 alpha** (Carboprost/Hemabate) for postpartum hemorrhage (PPH) is **2 mg**. - This limit is typically reached after administering eight doses of 250 µg each. *1000 µg* - This is equivalent to **1 mg**, which is only half of the maximum recommended total dose for PGF2 alpha in PPH. - While individual doses are 250 µg, the cumulative maximum dose is higher. *200 µg* - This dosage is **lower than the standard individual dose** of 250 µg for PGF2 alpha in PPH. - Administering only 200 µg would be suboptimal for managing severe hemorrhage. *20 mg* - This dose is **ten times the maximum recommended total dose** of 2 mg for PGF2 alpha. - Administering 20 mg could lead to severe adverse effects and toxicity.

Q: Which of the following conditions is least likely to cause secondary postpartum haemorrhage?

Placenta previa. ***Placenta previa*** - **Placenta previa** is a condition where the placenta partially or totally covers the mother's cervix, typically causing **antepartum hemorrhage** (bleeding before birth) or **primary postpartum hemorrhage** (bleeding within 24 hours of birth) due to placental separation during labor or delivery. - It is **least likely** to cause secondary postpartum hemorrhage, which occurs 24 hours to 12 weeks after birth, as its direct bleeding risk is immediate. *Retained bits of placenta* - **Retained placental fragments** prevent the uterus from contracting effectively, leading to sustained bleeding. - This is a common and direct cause of **secondary postpartum hemorrhage**. *Endometritis* - **Endometritis**, an infection of the uterine lining, often presents with fever, pain, and abnormal bleeding, including secondary postpartum hemorrhage. - The inflammation and infection can interfere with uterine involution and healing, leading to delayed bleeding. *Polyp* - Uterine **polyps**, particularly endometrial polyps, can cause irregular or heavy uterine bleeding. - While not typically a dramatic gush, a polyp can be a source of persistent or recurrent bleeding that manifests as **secondary postpartum hemorrhage**.

Q: Most common cause of secondary PPH is :

Retained placenta. ***Retained placenta*** - Retained placental tissue prevents the uterus from contracting effectively, leading to continued bleeding after delivery. - While it's a common cause of primary PPH as well, it often presents as a secondary PPH when small fragments remain and later detach or become infected. *Uterine atony* - This is the **most common cause of primary PPH**, occurring within 24 hours of delivery due to the uterus failing to contract. - It is less likely to be the primary cause of secondary PPH unless there's a delayed presentation. *Vaginal laceration* - Lacerations of the vagina usually present as **primary PPH**, with bright red blood despite a well-contracted uterus. - While bleeding can persist, it's not the most common cause of delayed, secondary PPH. *Cervical tear* - Cervical tears also typically cause **primary PPH**, characterized by continuous bleeding immediately after delivery. - Similar to vaginal lacerations, while continuous bleeding can occur, it's not the most common etiology for secondary PPH.

Q: Commonest cause for puerperal sepsis is :

Streptococci. ***Streptococci*** - **Streptococci**, particularly **Group A Streptococcus (GAS/Streptococcus pyogenes)** and **Group B Streptococcus (GBS)**, are the **most common causative organisms** of puerperal sepsis in modern obstetric practice. - **Group A Streptococcus** causes severe, rapidly progressive puerperal sepsis with high morbidity and is the **leading bacterial cause** historically and currently. - **Group B Streptococcus** commonly colonizes the genital tract and frequently causes postpartum endometritis and sepsis. - These organisms can invade through the **placental site** and **cervical/vaginal lacerations** during delivery. *Anaerobes* - **Anaerobic bacteria** (e.g., *Bacteroides fragilis*, anaerobic streptococci) are important pathogens but typically cause **polymicrobial infections** rather than being the single most common cause. - They thrive in devitalized tissue and are often isolated **in combination with aerobic organisms**. - While significant in complicated cases, they are **not the most common single cause** in contemporary practice. *Staphylococci* - **Staphylococcus aureus** typically causes **wound infections** (cesarean section sites), **mastitis**, and occasionally toxic shock syndrome. - They are less commonly the primary cause of intrauterine puerperal sepsis compared to streptococci. *Gonococci* - **Neisseria gonorrhoeae** causes **pelvic inflammatory disease (PID)** and can lead to postpartum endometritis in untreated cases. - It is **not a common cause** of puerperal sepsis as most pregnant women are screened and treated during antenatal care. - More associated with **sexually transmitted infections** than typical postpartum infections.

Q: At what point does the uterus return to being classified as a pelvic organ after pregnancy?

6 weeks. ***6 weeks*** - By **6 weeks postpartum**, the uterus typically has undergone significant involution, returning to its **pre-pregnancy size and weight**. - At this point, it is no longer palpable abdominally and descends back into the **pelvic cavity**, classifying it again as a pelvic organ. *4 weeks* - While significant involution occurs by 4 weeks, the uterus is generally still slightly enlarged and might be palpable just above the **symphysis pubis**. - It has not fully returned to its non-pregnant size or its definitive location as a purely pelvic organ at this stage. *12 weeks* - By 12 weeks postpartum, the uterus has long since returned to its pre-pregnancy size and relocated to the **pelvic cavity**; this period is past the typical time for reclassification. - Involution is generally complete earlier than 12 weeks. *2 weeks* - At 2 weeks postpartum, the uterus is still undergoing rapid **involution** but is significantly larger than its pre-pregnancy size. - It remains palpable abdominally, usually midway between the **umbilicus** and the pubic symphysis, and has not yet descended back into the pelvic cavity.

Q: Which organism causes puerperal sepsis?

Group A beta hemolytic streptococci. ***Group A beta hemolytic streptococci*** - **Group A Streptococcus (GAS)**, specifically *Streptococcus pyogenes*, is the **classic and most important cause of puerperal sepsis** (puerperal fever). - Historically, GAS was responsible for devastating epidemics of puerperal fever in maternity wards before the introduction of antiseptic practices by Ignaz Semmelweis. - GAS causes severe, rapidly progressive postpartum infections with **high morbidity and mortality** if untreated. - Clinically presents with fever, severe uterine tenderness, and can progress to **toxic shock syndrome** and septicemia. *Group B beta hemolytic streptococci* - **Group B Streptococcus (GBS)**, *Streptococcus agalactiae*, can cause postpartum endometritis and maternal infections. - However, GBS is **more commonly associated with neonatal sepsis** rather than being the primary cause of classic puerperal sepsis. - While it can colonize the genital tract and cause infection, it is not the historical or most severe cause of puerperal fever. *CMV* - **Cytomegalovirus (CMV)** is a viral infection that causes congenital infections when transmitted in utero. - It is not a bacterial cause of **puerperal sepsis**, which is primarily a bacterial postpartum infection. *Toxoplasma gondii* - **Toxoplasma gondii** is a parasite causing toxoplasmosis, which can lead to congenital abnormalities. - It is not associated with **puerperal sepsis**, which is a bacterial infection of the postpartum period.

Q: Maximum maternal mortality during peripartum period occurs at -

Immediate post-partum. ***Immediate post-partum*** - The **immediate postpartum period** (first 24 hours after birth) is considered the most critical time for maternal mortality, accounting for approximately **45-50% of all maternal deaths**. - Primary causes include **postpartum hemorrhage** (leading cause, responsible for ~25% of maternal deaths globally), **eclampsia**, and **amniotic fluid embolism**. - This phase involves significant physiological changes and potential complications arising directly from the birthing process, with risks being highest in the first few hours after delivery. *Last trimester* - While the **last trimester** carries risks such as pre-eclampsia, gestational diabetes, and thrombosis, the overall mortality rate is lower compared to the immediate postpartum period. - Many of the complications arising in late pregnancy are either manageable with proper antenatal care or culminate in critical events during or just after delivery. *During labor* - **Maternal mortality during labor** can occur due to complications like obstructed labor, uterine rupture, or severe pre-eclampsia. However, modern obstetric care with active management aims to identify and manage these issues promptly. - Many *intrapartum* complications often lead to adverse outcomes that extend into the immediate postpartum phase, where the majority of deaths are recorded. *Delayed post-partum* - The **delayed postpartum period** (from 24 hours up to 6 weeks after birth) still carries risks such as infections (puerperal sepsis), venous thromboembolism, and peripartum cardiomyopathy, but the incidence of acute, life-threatening events is significantly lower than in the immediate postpartum period. - Mortalities during this period are often related to complications that develop or worsen over time, rather than acute events directly from birth.

Q: Which condition is responsible for approximately a quarter of postnatal maternal deaths?

Postpartum hemorrhage (PPH). ***Postpartum hemorrhage (PPH)*** - **Postpartum hemorrhage (PPH)** is the leading cause of maternal mortality worldwide, accounting for roughly a quarter of all postnatal maternal deaths. - PPH is defined as a blood loss of **500 mL or more** within 24 hours after vaginal birth, or **1000 mL or more** after a Cesarean section, and can lead to hypovolemic shock and death if not promptly managed. *Infection* - **Maternal infections**, such as puerperal sepsis, are a significant cause of maternal mortality but typically rank after PPH in overall incidence. - While infections contribute to postnatal deaths, they do not account for as high a proportion as PPH. *Eclampsia* - **Eclampsia** is a severe complication of pre-eclampsia, characterized by seizures, and is a major cause of maternal mortality and morbidity. - Though serious, its contribution to overall maternal deaths, while substantial, is less than that of PPH globally. *Anemia* - **Anemia** in the postpartum period can exacerbate other complications and increase the risk of maternal morbidity, but it is rarely a direct cause of maternal death on its own. - Severe anemia can lower the threshold for adverse outcomes from blood loss or infection but is not a primary cause of death at the same rate as PPH.

Q: Newborn can be given breast milk after how much time following normal delivery?

1 hour. ***1 hour*** - Initiating breastfeeding **within 1 hour** after a normal vaginal delivery is the **WHO and UNICEF recommended standard** for optimal newborn care. - This practice, often called the **"golden hour"**, allows the newborn to benefit from **colostrum** (rich in antibodies and nutrients), promotes **mother-infant bonding**, and helps stimulate **uterine contractions** to reduce postpartum hemorrhage. - Early initiation within this timeframe supports **successful establishment of breastfeeding** and improves exclusive breastfeeding rates. *Half hour* - While initiating breastfeeding within 30 minutes is **excellent and encouraged**, the standard guideline allows up to 1 hour. - Immediate or very early feeding (within 30 minutes) is ideal when mother and baby are stable, but the flexibility up to 1 hour accommodates immediate postpartum care needs. *2 hours* - Delaying breastfeeding until 2 hours post-delivery **exceeds the recommended window** and can lead to the infant becoming **less alert** and less interested in feeding. - This delay is associated with **lower rates of successful exclusive breastfeeding** and may impact milk supply establishment. *3 hours* - A 3-hour delay in initiating breastfeeding is **significantly beyond recommended guidelines** after a normal, uncomplicated delivery. - Such delays can contribute to **poor latch**, **infant fatigue**, increased **formula supplementation**, and may hinder **long-term breastfeeding success**.

Q: After delivery upto which week is known as puerperium?

6 weeks. ***6 weeks*** - The **puerperium** is the period of approximately **6 weeks** after childbirth during which the mother's body undergoes physiological adaptations to return to its non-pregnant state. - This timeframe allows for the involution of the uterus and the restoration of reproductive organs and systemic physiology. *2 weeks* - This period is too short to encompass the full physiological recovery process after childbirth. - While immediate postpartum changes occur, many maternal systems, such as the reproductive organs, have not fully reverted to their pre-pregnancy state within 2 weeks. *4 weeks* - This duration is still considered an incomplete period for the extensive physiological changes that define the puerperium. - Uterine involution often continues beyond 4 weeks, and other hormonal and systemic adjustments are still ongoing. *8 weeks* - While recovery continues, the primary definition of the puerperium typically concludes at **6 weeks postpartum**. - By 8 weeks, most significant physiological changes have already occurred, and the body is largely back to its pre-pregnant state.

Question 1

PGF2 alpha maximum dose in PPH is-

Accepted Answer

2 mg

Answer

200 µg

Answer

20 mg

Answer

1000 µg

Question 2

Which of the following conditions is least likely to cause secondary postpartum haemorrhage?

Accepted Answer

Placenta previa

Answer

Endometritis

Answer

Polyp

Answer

Retained bits of placenta

Question 3

Most common cause of secondary PPH is :

Accepted Answer

Retained placenta

Answer

Cervical tear

Answer

Uterine atony

Answer

Vaginal laceration

Question 4

Commonest cause for puerperal sepsis is :

Accepted Answer

Streptococci

Answer

Gonococci

Answer

Staphylococci

Answer

Anaerobes

Question 5

At what point does the uterus return to being classified as a pelvic organ after pregnancy?

Accepted Answer

6 weeks

Answer

2 weeks

Answer

4 weeks

Answer

12 weeks

Question 6

Which organism causes puerperal sepsis?

Accepted Answer

Group A beta hemolytic streptococci

Answer

CMV

Answer

Toxoplasma gondii

Answer

Group B beta hemolytic streptococci

Question 7

Maximum maternal mortality during peripartum period occurs at -

Accepted Answer

Immediate post-partum

Answer

Last trimester

Answer

During labor

Answer

Delayed post-partum

Question 8

Which condition is responsible for approximately a quarter of postnatal maternal deaths?

Accepted Answer

Postpartum hemorrhage (PPH)

Answer

Eclampsia

Answer

Anemia

Answer

Infection

Question 9

Newborn can be given breast milk after how much time following normal delivery?

Accepted Answer

1 hour

Answer

Half hour

Answer

2 hours

Answer

3 hours

Question 10

After delivery upto which week is known as puerperium?

Accepted Answer

6 weeks

Answer

2 weeks

Answer

4 weeks

Answer

8 weeks

Postpartum Care — MCQs

Postpartum Care — MCQs

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