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Multiple Pregnancy PowerPoint Presentation

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Description : Check out this medical PowerPoint presentation titled "Multiple Pregnancy” by Prof Uma Singh.

This medical PowerPoint presentation is about multiple pregnancy, a condition in which a woman is carrying more than one fetus in her womb at the same time. The most common type of multiple pregnancy is twins, but triplets, quadruplets, and even higher-order multiples can also occur.

Multiple pregnancies can result from several factors, including the use of fertility treatments, maternal age, and genetics. Women who are carrying multiple fetuses are at higher risk for complications during pregnancy, including preterm labor, gestational diabetes, preeclampsia, and postpartum hemorrhage.

The care of women with multiple pregnancies requires close monitoring by a healthcare provider. This may involve more frequent prenatal visits, ultrasound examinations, and other tests to assess the health of both the mother and the fetuses. In some cases, bed rest or hospitalization may be necessary to manage the risks associated with multiple pregnancies.

Delivery of multiple pregnancies often occurs earlier than singleton pregnancies, and may involve a cesarean section to minimize the risks associated with vaginal delivery of multiple fetuses. After delivery, babies from multiple pregnancies may require specialized care in a neonatal intensive care unit (NICU) to manage complications associated with preterm birth or other health issues.

Tags : Multiple Pregnancy, more than one fetus, twins, triplets, quadruplets, Obstetrics and Gynecology, Obstetrics and Gynecology PowerPoint presentation

Published on : Jun 20, 2023 | Views : 2058 | Downloads : 4

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Slide 1-

Multiple Pregnancy Prof Uma Singh
Slide 2-

Multiple Pregnancy/ Multifetalpregnancy The presence of more than one fetus in the gravid uterus is called multiple pregnancy Two fetuses (twins) Three fetuses (triplets) Four fetuses (quadruplets) Five fetuses (quintuplets) Six fetuses (sextuplets)
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INCIDENCE Hellin’s Law: Twins: 1:89 Triplets: 1:892 Quadruplets: 1:893 Quintuplets: 1:894 Conjoined twins: 1 : 60,000 Worldwide incidence of monozygotic - 1 in 250 Incidence of dizygotic varies & increasing
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Demography Race: most common in Negroes Age: Increased maternal age Parity: more common in multipara Heredity - family history of multifetal gestation Nutritional status – well nourished women ART - ovulation induction with clomiphene citrate, gonadotrophins and IVF Conception after stopping OCP
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Twins Varieties: 1. Dizygotic twins: commonest (Two-third) 2. Monozygotic twins (one-third) Genesis of Twins: Dizygotic twins (syn: Fraternal, binovular) - - fertilization of two ova by two sperms.
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Monozygotic twins (syn: Identical, uniovular): Upto 3 days - diamniotic-dichorionic Between 4th & 7th day - diamniotic monochorionic - most common type Between 8th & 12th day- monoamniotic-monochorionic After 13th day - conjoined / Siamese twins.
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Conjoined twins Ventral: 1) Omphalopagus 2) Thoracopagus 3) Cephalopagus 4) Caudal/ ischiopagus Lateral: 1) Parapagus Dorsal: 1)Craniopagus, 2)Pyopagus
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Superfecundation Fertilization of two different ova released in the same cycle Superfetation Fertilization of two ova released in different cycles
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Differences in zygocity Monozygotic 1 ova + 1 sperm Same sex Identical features Single or double placenta Same genetic features DNA microprobe -same Dizygotic 2 ova + 2 sperm Same or opposite sex Fraternal resemblance Double or s/t fused Different genetic features DNA microprobe - different
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Differences in chorionicity with single placenta D / D ( fused placenta ) Monozygotic or dizygotic Thick dividing membrane > 2mm Twin peak / lambda sign M / D Monozygotic Thin dividing membrane 2mm or less T sign
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Diagnosis HISTORY: History of ovulation inducing drugs specially gonadotrophins Family history of twinning (maternal side). SYMPTOMS: Hyperemesis gravidorum Cardio-respiratory embarrassment - palpitation or shortness of breath Tendency of swelling of the legs, Varicose veins Hemorrhoids Excessive abdominal enlargement Excessive fetal movements.
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GENERAL EXAMINATION: Prevalence of anaemia is more than in singleton pregnancy Unusual weight gain, not explained by pre-eclampsia or obesity Evidence of preeclampsia(25%)is a common association. ABDOMINALEXAMINATION: Inspection: The elongated shape of a normal pregnant uterus is changed to a more "barrel shape” and the abdomen is unduly enlarged.
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Palpation: Fundal height more than the period of amenorrhoea girth more than normal Palpation of too many fetal parts Palpation of two fetal heads Palpation of three fetal poles Auscultation: Two distinct fetal heart sounds with Zone of silence 10 beat difference
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D/D of increased fundal height Full bladder Wrong dates Hydramnios Macrosomia Fibroid with preg Ovarian tumor with preg Adenexal mass with preg Ascitis with preg Molar pregnancy
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INVESTIGATIONS Sonography: In multi fetal pregnancy it is done to obtain the following information: Suspecting twins – 2 sacs with fetal poles and cardiac activity Confirmation of diagnosis Viability of fetuses, vanishing twin Chorionicity – 6 to 9 wks ( single or double placenta, twin peak sign in d /d gestation or Tsign in m/d ) Pregnancy dating,
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Fetal anomalies Fetal growth monitoring (at every 3-4 weeks interval) for IUGR Presentation and lie of the fetuses Twin transfusion (Doppler studies) Placental localization Amniotic fluid volume Sonography ( ctd )
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Radiography Biochemical tests: raised but not diagnostic Maternal serum chorionic gonadotrophin, Alpha fetoprotein Unconjugated oestriol
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Lie and Presentation Longitudinal lie (90%) both vertex (40%) Vertex + breech (28%) breech + vertex ( 9%) both breech ( 6%) Others vertex + transverse breech + transeverse both transeverse
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Complications Maternal Pregnancy Labour Puerperium Fetal MATERNAL: During pregnancy: - miscarriages Hyperemesis gravidorum Anaemia Pre-eclampsia (25%) Hydramnios ( 10 % )
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GDM ( 2 – 3 times) Antepartum hemorrhage – placenta previa and placental abruption Cholestasis of pregnancy Malpresentations Preterm labour (50%) twins – 37 weeks, triplets – 34 weeks, quadruplets – 30 weeks Mechanical distress such as palpitation, dyspnoea, varicosities and haemorrhoids Obstructive uropathy
Slide 22-

During Labour: Prelabour rupture of the membranes Cord prolapse Incoordinate uterine contractions Increased operative interference Placental abruption after delivery of 1st baby Postpartum haemorrhage During puerperium: Subinvolution Infection Lactation failure
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FETAL – more with monochorionic Spontaneous abortion Single fetal demise Vanishing twin – before 10 weeks Fetus papyraceous/compressus – 2nd trim Complications in 2nd twin (depend on chorionicity) – neurological, renal lesions - anaemia, DIC - hypotension and death
Slide 24-

FETAL – more with monochorionic Low birth weight ( 90%) Prematurity – spontaneous or iatrogenic Fetal growth restriction - in 3rd trimester, asymmetrical, in both fetus Discordant growth - Difference of >25% in weight , >5% in HC, >20mm in AC, abnormal doppler waveforms - Causes – unequal placental mass, lower segment implantation, genetic difference, TTTS, congenital anomaly in one
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FETAL COMPLICATIONS (ctd) Congenital anomalies – conjoined twins, neural tube defects – anencephaly, hydrocephaly, microcephaly, cardiac anomalies, Downs syndrome, talipes, dislocation of hip TTTS -Twin to twin transfusion syndrome - cause – AV communication in placenta – blood from one twin goes to other – donor to recipient - donor – IUGR, oligohydramnios - recipient – overload, hydramnios, CHF, IUD
Slide 26-

FETAL COMPLICATIONS (ctd) TRAP -Twin reversed arterial perfusion syndrome or Acardiac twin - absent heart in one fetus with arterio-arterial communication in placenta, donor twin also dies Cord entanglement and compression – more in monoamniotic twins Locked twins Asphyxia – cord complication, abruption Still birth – antepartum or intrapartum cause
Slide 27-

Monoamniotic twins high perinatal morbidity, mortality. Causes : cord entanglement congenital anomaly preterm birth twin to twin transfusion syndrome
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Antenatal Management Diet: additional 300 K cal per day, increased proteins, 60 to 100 mg of iron and 1 mg of folic acid extra Increased rest Frequent and regular antenatal visit Fetal surveillance by USG – every 4 weeks Hospitalisation not as routine Corticosteroids -only in threatened preterm labour , same dose Birth preparedness
Slide 29-

Management During Labour Place of delivery: tertiary level hospital FIRST STAGE: blood to be cross matched and ready confined to bed, oral fluids or npo intrapartum fetal monitoring ensure preparedness SECOND STAGE – first baby - second baby
Slide 30-

Management During Labour SECOND STAGE –delivery of first baby as in singleton pregnancy start an IV line no oxytocic after delivery of first baby secure cord clamping at 2 places before cutting ensure labeling of 1st baby Delivery of second twin FHS of second baby lie and presentation of second twin wait for uterine contractions conduct delivery
Slide 31-

Management During Labour Delivery of second twin – problems & interventions -inadequate contraction- augmentation – ARM, oxytocin -transverse lie – ECV, IPV -fetal distress, abruption, cord prolapse- expedite delivery – forceps, ventouse, breech extraction THIRD STAGE – AMTSL - continue oxytocin drip - carboprost 250µgm IM - monitor for 2 hours
Slide 32-

Indications of caesarean Non cephalic presentation of first twin Monoamniotic twins Conjoined twins Locked twins Other obstetric conditions Second twin – incorrectible lie, closure of cervix
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MCQs Text book of Obstetrics, Dr J B Sharma, 1st edition ( 2012) page-473 to 483 Chapter - multiple pregnancy
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1. Splitting of single fertilized ovum between 8 to 12 days results in a) conjoined twins b) monochorionic monoamniotic twin c) dichorionic diamniotic twin d) monochorionic diamniotic twin
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Splitting of single fertilized ovum between 8 to 12 days results in a) conjoined twins b) monochorionic monoamniotic twin c) dichorionic diamniotic twin d) monochorionic diamniotic twin
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2. Twin peak sign is a feature of a) conjoined twins b) monochorionic monoamniotic twins c) dichorionic diamniotic twins d) monochorionic diamniotic twins
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Twin peak sign is a feature of a) conjoined twins b) monochorionic monoamniotic twins c) dichorionic diamniotic twins d) monochorionic diamniotic twins
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3. Additional caloric requirement ( K cal per day) of a mother in a case of twin pregnancy is a) 300 b) 500 c) 800 d) 1000
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Additional caloric requirement ( K cal per day) of a mother in a case of twin pregnancy is a) 300 b) 500 c) 800 d) 1000
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4. Additional iron supplementation requirement ( mg per day) of a mother in a case of twin pregnancy is a) 30 b) 50 c) 100 d) 200
Slide 41-

Additional iron supplementation requirement ( mg per day) of a mother in a case of twin pregnancy as compared to singleton pregnancy is a) 30 b) 50 c) 100 d) 200
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5. Iron supplementation required by a mother having twin pregnancy is a) 30 b) 50 c) 100 d) 200
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Iron supplementation required by a mother having twin pregnancy is a) 30 b) 50 c) 100 d) 200
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6. Twin pregnancy is complicated by all of the following except a) placenta previa b) malpresentation c) hydramnios d) post term labour
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Twin pregnancy is complicated by all of the following except a) placenta previa b) malpresentation c) hydramnios d) post term labour
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7. Caesarean section is indicated in a) monoamniotic twin b) monochorionic twin c) dichorionic twin d) diamniotic twin
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Caesarean section is indicated in a) monoamniotic twin b) monochorionic twin c) dichorionic twin d) diamniotic twin
Slide 48-

8) 32year old G2P1 at 20 weeks pregnancy in USG shows twin pregnancy, single placental mass with dividing membrane having inverted T sign. The type of twinning is a) monochorionic monoamnionic b) monochorionic diamnionic c) dichorionic monoamnionic d) dichorionic diamnionic
Slide 49-

8) 32year old G2P1 at 20 weeks pregnancy in USG shows twin pregnancy, single placental mass with dividing membrane having lambda sign. The type of twinning is a) monochorionic monoamnionic b) monochorionic diamnionic c) dichorionic monoamnionic d) dichorionic diamnionic
Slide 50-

9) Monochorionic twin placenta has unidirectional deep arteriovenous communication with lack of superficial vascular anastomoses. The likely complication is a) twin to twin transfusion syndrome b) twin reversed arterial perfusion c) acute intertwin transfusion d) twin cord entanglement
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9) Monochorionic twin placenta has unidirectional deep arteriovenous communication with lack of superficial vascular anastomoses. The likely complication is a) twin to twin transfusion syndrome b) twin reversed arterial perfusion c) acute intertwin transfusion d) twin cord entanglement
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10) Most common variety of conjoined twins is a) craniopagus b) thoracopagus c) omphalopagus d) pyopagus
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10) Most common variety of conjoined twins is a) craniopagus b) thoracopagus c) omphalopagus d) pyopagus