The document discusses peripartum hysterectomy, including its definition, history, incidence and trends, risk factors, types, indications, complications, and techniques. A key point is that a sequence of conservative measures should be attempted before hysterectomy to control uterine hemorrhage, as indecisiveness can lead to fatal excessive bleeding. The "Triple-P procedure" is also summarized as a three-step conservative approach involving obstetric, anesthesia and interventional radiology teams to prevent hemorrhage and need for hysterectomy in high-risk cases.
3. Definition
Any woman giving birth and undergoing a hysterectomy in the
same clinical episode or within six weeks postpartum when the
indication for hysterectomy is related to the birth
4. History
• Peripartum hysterectomy was proposed in 1768 by
Joseph Cavallini in animal experiments.
• The first documented caesarean hysterectomy was
performed by Horatio Storer in 1869.
• In 1876, Eduardo Porro performed the first
caesarean hysterectomy in which both the mother
and baby survived.
5. INCIDENCE
• 0.14 – 3.3 per 1000 deliveries (FOGSI Jan 08)
• 0.004 to 1.5% per 1000 deliveries. (Te lindes)
• 0.24 to 8.7 per 1000 deliveries. (N Am J Med Sci. 2011)
• 3.5 (PGI-2015)
11. UTERINE RUPTURE
• One of the most common indication in developing
countries
• Causes : unattended deliveries
: grand multipara
: obstructed labor
: rupture of previous cesarean
ISRN Obstetrics and Gynecology Volume 2011
12. ABNORMAL PLACENTATION
• Most common indication
• Incidence due to increased rate of C-Sections
Could be placenta accreta, increta or percreta
• With two or more prior cesarean deliveries and an existing
placenta previa, the risk for cesarean hysterectomy ranges
from 30 to 50 percent
Prev CS percentage
1 3
2 11
3 40
4 61
5 or more 67
13. The Triple-P procedure
• Perioperative location of the placenta and delivery of
the fetus by an incision above the upper border of
the placenta.
• Pelvic devascularisation by inflating radio logically
pre-placed occlusion balloons in both internal iliac
arteries.
• Placental non-separation with myometrial excision
and reconstruction of the uterine wall.
European society of radiology
14. UTERINE ATONY
• Atonic postpartum hemorrhage is a constant
bugbear of the obstetricians
• Failure of the sequence of all conservative
measures
• There is a relationship between the blood
loss and duration of time that passes prior to
decision for hysterectomy and the possibility
of the hysterectomy getting complicated
15. UTERINE ATONY
• incidence reduced due to the liberal use of
pharmacologic treatment
• Fetal macrosomia, twins, induction, prolonged labor
and augmentation, pre-eclampsia : risk factors for
atony
17. • A sequence of conservative measures should be
attempted before resorting to more radical surgical
procedure
• Indecisiveness delays therapy and results in fatal
hemorrhage
• Increased duration of time increases the likelihood
that the hysterectomy will be seriously complicated
by coagulopathy, severe hypovolemia, tissue
hypoxia, hypothermia and acidosis, which further
compromise the patient’s status
18. • ACOG recommends that if hysterectomy is
performed for uterine atony, there should be
documentation of first attempting other therapies .
• In most cases of suspected placenta accreta,
however, hysterectomy should be the primary
management, especially when the woman does not
desire future fertility.
19. Sequential steps in managing postpartum hemorrhage
Uterine massage, establish large bore intravenous access
Uterotonic drugs:
Oxytocin (10 to 40 U in 1 liter of normal saline via intravenous infusion; 80 U in 1 liter of normal saline may be
given for a short time)
Methergine (0.2 mg intramuscularly every two to four hours) if not hypertensive
Carboprost tromethamine (Hemabate) (250 mcg intramuscularly every 15 to 90 minutes, as needed, to a total
dose of 2 mg) if no asthma
Misoprostol (800 to 1000 mcg rectally) can be given to women with hypertension or asthma
Inspect the vagina and cervix for lacerations; repair as necessary. Evacuate any retained products of
conception.
Transarterial embolization - If the woman is stable and there is time for personnel and facilities to
mobilize
Uterine tamponade (Bakri or BT-Cath balloon, Sengstaken-Blakemore tube, Foley catheter balloon,
packing) is performed if medical therapy fails and prior to or in conjunction with preparations for surgery
or transarterial embolization.
Laparotomy - If the above measures fail, surgical approaches that are quick, relatively easy, and effective
should be tried first. In utilizing these measures, the surgeon should be cognizant of the amount of blood
loss and the stability of the patient, and should perform hysterectomy rather than resort to temporizing
measures if her cardiovascular status is unstable or if it appears that the anesthesiologist will not be able
to keep up with her fluid needs.
Ligation of bleeding sites
Uterine artery ligation, including utero-ovarian arcade
B-Lynch stitch
Hysterectomy - Hysterectomy is the last resort, but should not be delayed in women who have disseminated
intravascular coagulation and require prompt control of uterine hemorrhage to prevent death
Suturing and packing of deep pelvic bleeders
Pelvic packing
Recombinant activated factor VIIa
21. PREPLANNING
• Proper consent and explain the possibility in high risk patients
• Adequate blood arrangement
• Prophylactic antibiotics
• Arrange for general anesthesia
• Multidisciplinary team consisting of obstetricians, obstetric
anesthesiologists, urologists, vascular surgeons, and interventional
radiologists.
• Appropriate instrumentation should be available.
22.
23. care bundle
• consultant obstetrician planned and directly supervising
delivery
• consultant anesthetist planned and directly supervising
anesthetic at delivery
• blood and blood products available
• multidisciplinary involvement in pre-op planning
• discussion and consent includes possible interventions
(such as hysterectomy, leaving the placenta in place, cell
salvage and intervention radiology)
• local availability of a critical care bed.
24. TAKE HELP
• Urologist – in cases of placenta percreta involving
posterior bladder wall - partial cystectomy may be
required
• Interventional radiology – in cases of suspected
accreta. Preop placement of hypogastric artery
balloons bilaterally to decrease the blood loss,
avoiding the need for embolisation
25. POINTS TO CONSIDER….
• The normal pelvic anatomy might be distorted
• Vascular pedicles are thicker and more oedematous
than in the non-pregnant state
• The vascular pedicles should be doubly clamped to
avoid slippage of ligatures.
• Small pedicles should be secured and knots tied when
they are in the correct anatomical plane, without
torsion or twisting of the pedicle
26. • Bladder might be adherent to the lower segment,
especially in previous cesarean section
• Presence of uterine tears or extensions of the uterine
angles might increase the risks of ureteric injuries,
during placement of sutures.
• Unintended oophorectomy due to shortening of
ovarian pedicles.
27. Cont.…
• There may be a difficulty in identifying the cervix,
especially if hysterectomy follows a caesarean
section done at full dilatation.
• The tissues might be very friable and this can pose
added difficulties
28. PROCEDURE
• Incision-midline vertical/ Pfannensteil
• Vertical midline is preferred in emergency situations and if hypogastric
artery ligation is anticipated
• Enter by the earliest method
• Delivery is best accomplished by a classical low vertical inscision, which
can be made hemostatic using towel clip or single running layer of suture.
29. Contd…
• Exposure is best obtained with cephalad traction on
the uterus, along with hand held retractors such as
Deaver, doyens’
• Steps are similar to abdominal hysterectomy with
some precautions
34. IF THE CERVIX IS FULLY
EFFACED
• Palpating the upper vagina, pinching to palpate the
cervix
• Hooking the finger between the cervical rim and the
vaginal wall through the caesarean incision
35.
36.
37. VAULT REPAIR
• Each of the lateral vaginal fornix is secured to the cardinal
and uterosacral ligaments
• Achieve hemostasis by running lock stitch of vicryl 1-0 placed
through the mucosa and the endopelvic fascia
• Some prefer to close the vagina using figure of eight chromic
catgut.
• Indwelling bladder drain and suction drain if required
40. STABLE PATIENTS
• Keep pedicles small and ensure that they are carefully
and doubly ligated
• Engorged and edematous tissues that exist following
delivery can cause vessels tied within large pedicles to
slip and retract
UNSTABLE PATIENTS
• Quick clamping and cutting until bleeding is
controlled/uterus is removed
• Pedicles are tied off after ensuring hemostasis
41. SUBTOTAL/TOTAL???
• Total hysterectomy is the operation of choice in cases of
central placenta praevia .
• Subtotal hysterectomy
- unstable patient
- when removal of cervix is not essential for hemostasis
- bleeding is due to uterine atony
42. Advantages of Sub-total Hysterectomy
• Less operation time
• Reduced hospitalization
• Reduced risk of bladder and ureteral injury
Disadvantages
• Potential risk of malignancy in the cervical stump
• Need for regular cytology
• Bleeding or discharge associated with the residual cervical
stump.
43. POST OPERATIVE
• Record the indication for the surgery
• Have a discussion with the patient when she recovers,
especially in primiparous woman
• Tackle postnatal symptoms that require counseling
• Bladder drainage for 7-10 days in case of bladder injury
45. Incidental Bladder Injury
Gush of clear fluid in the operating field,
Repair at primary surgery preferred, lowers risk of postop
vesicovaginal fistula.
After confirmation of ureteral patency, bladder closure done by 2
or 3 layered running closure
Continuous bladder drainage in post-op period
46. Oophorectomy
• Due to inadvertent clamping of ovarian ligament
• At times to stop bleeding from infundibulo-pelvic vessels
• 5% of peripartum hysterectomies, one adnexa was removed to
stop bleeding.
47. CHANGING TRENDS….
• Increasing CS rate(risk of placenta accreta): becoming
commoner
• Hemorrhage/atony has decreased: due to increased
success of treatment with uterotonic agents, PGs,
embolization, uterine catheters and surgical procedures
• Reduction in elective procedures
• Downward trend in the incidence of uterine rupture with
modern obstetrics and reduced parity
48. Role of UAE
• No randomized clinical trials to prove its efficacy
• In situations where stabilization can occur and an inter-
ventional radiology suite is nearby, UAE is an important
consideration before proceeding with peripartum
hysterectomy.
• UAE is a safe, minimally invasive procedure with a reported
success rate of more than 90% in the treatment of postpartum
hemorrhage.
49. To Summarize….
• A dilemma, where decision regarding emergency
hysterectomy, as a last resort to save the life of the mother, the
fetus being already lost and the mother still young, often a
primigravida or of low parity with no living child.
• Can be made rarer by -good antenatal care
- active management of labor
-early recognition of complications
-timely performance of c -section
52. • The Triple-P procedure is a three step conservative
treatment involving obstetricians, anesthetists and
interventional radiologists to prevent significant
hemorrhage and peri- partum hysterectomy. The three
steps are:
• Perioperative location of the placenta and delivery of the
fetus by an incision above the upper border of the
placenta.
• Pelvic devascularisation by inflating radio logically pre-
placed occlusion balloons in both internal iliac arteries.
• Placental non-separation with myometrial excision and
reconstruction of the uterine wall.
53. • A sequence of conservative measures to control uterine
hemorrhage should be attempted before resorting to more
radical surgical procedureIf an intervention does not
succeed, the next treatment in the sequence should be
swiftly instituted.
• Indecisiveness delays therapy and results in possibly fatal
excessive hemorrhage. Moreover, there is increased
blood loss with increased duration of time before
performance of hysterectomy. This, in turn, increases the
likelihood that the hysterectomy will be seriously
complicated by coagulopathy, severe hypovolemia, tissue
hypoxia, hypothermia, and acidosis, which further
compromise the patient's status. Timing is critical to an
optimal outcome: hysterectomy should not be performed
too early or too late.