Threatened Miscarriage
Vaginal bleeding
• Cervical os is closed
• Fetus is viable
Gestational sac
Vaginal bleeding
• Cervical os is closed
• Fetus is viable
Gestational sac
Inevitable Miscarriage
• Vaginal bleeding and uterine pain
• Cervical os is open
• Pregnancy cannot be preserved
• Vaginal bleeding and uterine pain
• Cervical os is open
• Pregnancy cannot be preserved
Incomplete Miscarriage
• Partial expulsion of products of conception
• Cervical os is open
• Retained products present in the uterus
• Partial expulsion of products of conception
• Cervical os is open
• Retained products present in the uterus
Complete Miscarriage
• All products of conception are expelled
• Cervical os is closed
• Uterus is empty
• All products of conception are expelled
• Cervical os is closed
• Uterus is empty
Missed Miscarriage
• Fetal death with retention of products inside the uterus
• No bleeding or minimal bleeding
• Cervical os is closed
• Fetal death with retention of products inside the uterus
• No bleeding or minimal bleeding
• Cervical os is closed
Diagnosis
Ultrasound (TVS)
Gestational sac appears at 5 weeks
• Yolk sac at 5–6 weeks
• Fetal pole + cardiac activity at 6 weeks
• Used to:
• Confirm viability
• Detect retained products
• Differentiate types of miscarriage
β-hCG
Quantitative β-hCG:
• Should double every 48 hours in normal pregnancy
• Used to:
• Detect non-viable pregnancy
• Help in pregnancy of unknown location
Ultrasound (TVS)
Gestational sac appears at 5 weeks
• Yolk sac at 5–6 weeks
• Fetal pole + cardiac activity at 6 weeks
• Used to:
• Confirm viability
• Detect retained products
• Differentiate types of miscarriage
β-hCG
Quantitative β-hCG:
• Should double every 48 hours in normal pregnancy
• Used to:
• Detect non-viable pregnancy
• Help in pregnancy of unknown location
Threatened → Reassure
• Incomplete → Stabilize + Evacuate
• Complete → Reassure only
• Missed → Expectant / Medical / Surgical
• Septic → IV antibiotics + Evacuation immediately
• Recurrent → Treat the cause
• Incomplete → Stabilize + Evacuate
• Complete → Reassure only
• Missed → Expectant / Medical / Surgical
• Septic → IV antibiotics + Evacuation immediately
• Recurrent → Treat the cause
Hydatidiform mole is an abnormal form of pregnancy caused by a chromosomal abnormality, resulting in abnormal proliferation of trophoblastic tissue with grape-like vesicles instead of a normal fetus.
Complete Mole :46
The ovum is empty (no maternal DNA).
One or two sperm fertilize it → paternal DNA duplicates.
Result: no fetal tissue, only abnormal placenta.
The ovum is empty (no maternal DNA).
One or two sperm fertilize it → paternal DNA duplicates.
Result: no fetal tissue, only abnormal placenta.
Ultrasound shows the classic:
Snow-storm appearance,
with no visible fetus
Snow-storm appearance,
with no visible fetus
• Vaginal bleeding
• Severe vomiting
• Uterus larger than gestational age
• Very high β-hCG
• Signs of hyperthyroidism
• Early preeclampsia (rare)
• Severe vomiting
• Uterus larger than gestational age
• Very high β-hCG
• Signs of hyperthyroidism
• Early preeclampsia (rare)
Partial Mole is an abnormal pregnancy where an abnormal, non-viable fetus is present, along with partially normal placenta and partially molar vesicles.
It occurs when:
• A normal ovum
• Is fertilized by two sperm
→ leading to Triploidy (69 chromosomes
• A normal ovum
• Is fertilized by two sperm
→ leading to Triploidy (69 chromosomes
Lab Rats In Lab Coats
It occurs when: • A normal ovum • Is fertilized by two sperm → leading to Triploidy (69 chromosomes
Ultrasound shows:
• A fetus (abnormal and non-viable)
• Mixed placental appearance (normal + cystic areas)
• A fetus (abnormal and non-viable)
• Mixed placental appearance (normal + cystic areas)
Vaginal bleeding
• Mild–moderate vomiting
• Uterus normal or slightly large
• Moderately high β-hCG
• Mild–moderate vomiting
• Uterus normal or slightly large
• Moderately high β-hCG
Ectopic pregnancy
implantation of the embryo outside the uterine cavity (most commonly in the fallopian tube). It is not viable (usually) and can be life-threatening
implantation of the embryo outside the uterine cavity (most commonly in the fallopian tube). It is not viable (usually) and can be life-threatening
Lab Rats In Lab Coats
most commonly in the fallopian tube
Ampulla 80% (most common)
Lab Rats In Lab Coats
Ampulla 80% (most common)
isthmus
early rupture and acute pain, but bleeding is usually less catastrophic than interstitial.
Interstitial pregnancy late rupture
• It is supplied by both uterine and ovarian arterie
When rupture occurs → massive, sudden hemorrhage → highest mortality.
early rupture and acute pain, but bleeding is usually less catastrophic than interstitial.
Interstitial pregnancy late rupture
• It is supplied by both uterine and ovarian arterie
When rupture occurs → massive, sudden hemorrhage → highest mortality.
Abdominal pregnancy is a rare ectopic pregnancy, usually secondary to tubal rupture, and carries a high risk of massive hemorrhage.due to Abnormal placental location
Surgical management is the treatment of choice
• Fetus is removed
• Placenta:
• If attached to vital organs → left in situ to avoid catastrophic hemorrhage
• Methotrexate may be used for placental resorption
Surgical management is the treatment of choice
• Fetus is removed
• Placenta:
• If attached to vital organs → left in situ to avoid catastrophic hemorrhage
• Methotrexate may be used for placental resorption
Heterotopic pregnancy is the simultaneous presence of an intra-uterine pregnancy and an ectopic pregnancy in the same patient.
Much more common with assisted reproductive techniques (IVF/ART)
Much more common with assisted reproductive techniques (IVF/ART)
Risk Factors of Ectopic Pregnancy
1Structural Risk Factors
2Functional Risk Factors
1Structural Risk Factors
2Functional Risk Factors