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Septic Pelvic Thrombophlebitis Following
Laparoscopic Hysterectomy
Camran Nezhat, MD, Parastoo Farhady, MD, Madeleine Lemyre, MD
ABSTRACT
Background: The diagnosis of septic pelvic thrombo-
phlebitis is frequently one of exclusion; a suspicion
should arise when fever fails to respond to standard
broad-spectrum antibiotic therapy and defervesces within
48 hours of the addition of systemic anticoagulation. The
risk of a thromboembolic event following minimally inva-
sive surgery is not well defined.
Case Report: We report the first case of septic pelvic
thrombophlebitis following laparoscopic hysterectomy in
a 51-year-old woman who developed fever on postoper-
ative day 4. The fever workup was negative. The patient’s
temperature spikes were unresponsive to medical man-
agement. A clinical diagnosis of septic pelvic thrombo-
phlebitis was made, and the patient responded excellently
to anticoagulation in conjunction with antibiotic therapy.
Conclusion: Although rare,septic pelvic thrombophlebi-
tis should be suspected after laparoscopy in patients with
appropriate risk factors and persistent fever despite anti-
biotic therapy. Considerable benefit will be derived from
clinical trials that study and provide data on the risk and
incidence of thromboembolism after laparoscopic proce-
dures.
Key Words: Septic pelvic thrombophlebitis, Laparos-
copy, Hysterectomy, Postoperative fever.
INTRODUCTION
Septic pelvic thrombophlebitis (SPT) was initially de-
scribed at the end of 19th century. The entity was then
frequent and resulted in a 50% rate of mortality. Since
then, with a better understanding of the pathophysiology
of the disease and the availability of new drugs, manage-
ment has evolved greatly and the incidence has been
reduced. Diagnosis continues to be challenging and is
still, usually, one of exclusion. The treatment of SPT has
switched from a surgical excision or ligation of the throm-
bosed veins to a medical approach.
Two types of septic pelvic thrombophlebitis (SPT) have
been described: ovarian vein thrombophlebitis (OVT) and
deep septic pelvic thrombophlebitis (DSPT). These 2 en-
tities share common pathogenic mechanisms and often
occur simultaneously. However, they may differ in their
clinical presentations.
Typically, patients with SPT present with fever within 1
week of delivery or surgery. Septic workup fails to identify
the origin of the fever, which persists despite large-spec-
trum antibiotics. Addition of systemic anticoagulation re-
solves the fever within 48 hours.
To the best of our knowledge in the English-language
literature, SPT has never been reported to be associated
with laparoscopic surgery. We report the first case of SPT
occurring 4 days after a total laparoscopic hysterectomy.
CASE REPORT
A 51-year-old female with previous left salpingo-oo-
phorectomy underwent a difficult laparoscopic hyster-
ectomy with right salpingo-oophorectomy for extensive
endometriosis and menometrorrhagia. Her past medical
history was significant for type 2 diabetes, hyperten-
sion, hypothyroidism, adrenal insufficiency, and a
BMI⬎30. Antibiotic prophylaxis, heparin prophylaxis,
and cortisol replacement were administered periopera-
tively. The patient had transient unexplained asymp-
tomatic sinusal tachycardia up to 124 beats per minute
during the first postoperative night, which improved
spontaneously. She was discharged the following day in
stable condition.
Center for Special Minimally Invasive Surgery, Palo Alto, California, USA (Drs
Nezhat, Lemyre)., Wilmington, Delaware, USA (Dr Farhady).
Address correspondence to: Camran Nezhat, MD, Center for Special Minimally
Invasive Surgery, 900 Welch Road, Suite 403, Palo Alto, CA 94304, USA. Telephone:
650 327 8778, Fax: 650 327 2794.
© 2009 by JSLS, Journal of the Society of Laparoendoscopic Surgeons. Published by
the Society of Laparoendoscopic Surgeons, Inc.
JSLS (2009)13:84–8684
CASE REPORT
The patient came back on postoperative day 6 (POD)
reporting fever and chills since POD4, which had gradu-
ally worsened. She denied any respiratory or urinary
symptoms, calf pain, abdominal pain, or vaginal dis-
charge. She reported 10 episodes of diarrhea within 2
days. Temperature on presentation was 39.4
o
C. Lungs,
abdomen, and calves were normal on examination. Office
ultrasound revealed a 51x31x28-mm heterogeneous ten-
der collection at the vaginal cuff.
The patient was admitted for postoperative fever. A com-
plete fever workup was done. Chest radiography, urine
culture, hemoculture, and clostridium difficile essay were
negative, and white blood count was normal. She was
started on intravenous antibiotic therapy (ampicillin, gen-
tamicin, and clindamycin) for suspected infected vaginal
vault hematoma. A pelvic tomodensitometry confirmed a
small triangular structure in the pelvis near the sigmoid
colon. This did not appear to contain significant drainable
fluid. The internal medicine department was consulted for
evaluation of diarrhea and resulting hypokalemia as well
as suboptimal glycemic control. In the absence of im-
provement of the fever, the infectious disease department
was also consulted, and antibiotic therapy was changed to
Zosyn. The patient was subsequently taken to the oper-
ating room on POD11 for a diagnostic laparoscopy. No
evidence of pelvic collection, hematoma, or infection was
found. Pelvic cultures were negative. At this point, as
persistent fever spikes were not otherwise explained, a
clinical diagnosis of septic pelvic thrombophlebitis was
suspected. Doppler sonography of the lower extremities
was negative. On POD12, heparin therapy was added to
the intravenous antibiotic regimen. From this point, the
patient’s temperature normalized. After a 48-hour afebrile
period, both medications were stopped, and the patient
was discharged home in stable condition. She was doing
excellently at 5-week follow-up.
DISCUSSION
The pathophysiology of SPT was initially described in a
cohort of 70 women with fever following obstetric or
gynecologic procedures in 1951.
1
The diagnosis was con-
firmed in each case by exploratory laparotomy, which
demonstrated grossly palpable intravenous thrombus and
seropurulent fluid. Histopathologic study showed perivas-
cular and intimal inflammatory exudates with micro ab-
scesses but rare bacteria.
Clinically, patients with SPT usually present with fever
within 5 days of delivery or surgery, but the onset may be
delayed to up to 3 weeks following the event. Abdominal
or pelvic tenderness is notably absent, and patients usu-
ally appear clinically well between fever spikes. Pulmo-
nary emboli rarely complicate SPT and tend to be limited.
2
The mortality now seems to be below 5%.
3,4
Numerous factors confer increased risk for SPT, such as
pregnancy (1 in 3000),
5
cesarean delivery (1:800 com-
pared with 1:9000 for vaginal delivery),
5
pelvic infection,
induced abortion, pelvic surgery, uterine fibroids, under-
lying malignancy, and hormonal stimulation. Those con-
ditions create an environment where the 3 components of
Virchow’s triad for the pathogenesis of thrombosis (hy-
percoagulable state, venous stasis, and endothelial dam-
age) are present.
SPT is a diagnosis of exclusion. Radiographic imaging,
such as computed tomography or magnetic resonance
imaging, can reveal OVT but is virtually useless for visu-
alizing DSPT. Leukocytosis is modest, and hemocultures
are positive in less than a third of cases revealing mainly
gastrointestinal flora. Suspicion should arise in patients at
risk when spiking fever fails to respond to broad-spectrum
intravenous antibiotic therapy. The resolution of fever
within 48 hours of empiric systemic anticoagulation
should confirm the diagnosis.
Anticoagulation is advocated for the management of
SPT
2,6
to a goal PTT of 1.5 to 2.0 times the patient’s
baseline. If SPT or emboli are documented radiologically,
anticoagulation should be continued for a longer period.
In the absence of documented clot or underlying throm-
bophilia, most clinicians favor discontinuing heparin fol-
lowing resolution of fever for at least 48 hours. Selection
of antibiotics for management of SPT is extrapolated from
literature addressing postpartum endometritis and should
include activity against Enterobacteriaceae, anaerobes,
and streptococci.
Review of the English-language literature reveals no
reports of previous cases of SPT associated with lapa-
roscopic surgery. The incidence of perioperative deep
and superficial thrombophlebitis is lower after laparo-
scopic compared with open surgery.
7
However, data
are limited and evidence-based guidelines regarding
the need for thromboprophylaxis during laparoscopic
surgery in gynecology are still lacking. There is sub-
stantial variability in the current practices regarding
deep venous thrombosis prophylaxis for minimally in-
vasive surgery.
8
Considerable benefit could be derived
from clinical trials studying the risk of DVT during
different laparoscopic gynecologic surgeries and the
benefit to expect from prophylaxis.
JSLS (2009)13:84–86 85
A high index of suspicion is the cornerstone in the
management of patients with septic pelvic thrombosis.
It seems that minimally invasive surgery may contribute
to its pathogenesis and should be considered as a
risk factor in high-risk patients with compatible clinical
presentation. We hope that this case report can
help physicians become aware of this rare but serious
complication and to avoid delay in diagnosis and treat-
ment.
References:
1. Collins CG, MacCallum EA, Nelson EW, Weinstein BB, Col-
lins JH. Suppurative pelvic thrombophlebitis. Surgery. 1951;30:
298–328.
2. Garcia J, Aboujaoude R, Apuzzio J, Alvarez JR. Septic pelvic
thrombophlebitis: diagnosis and management. Infect Dis Obstet
Gynecol. 2006;2006:15614.
3. Dunnihoo DR, Gallaspy JW, Wise RB, Otterson WN. Post-
partum ovarian vein thrombophlebitis: a review. Obstet Gynecol
Surv. 1991;46:415–427.
4. Williams JW. Ligation of extension of the pelvic veins in the
treatment of puerperal pyemia. Am J Obstet. 1909;59:758–789.
5. Brown TK, Munsick RA. Puerperal ovarian vein thrombo-
phlebitis: a syndrome. Am J Obstet Gynecol. 1971;109:263–273.
6. Josey WE, Staggers SR. Heparin therapy in septic pelvic
thrombophlebitis: a study of 46 cases. Am J Obstet Gynecol.
1974;120:228–233.
7. Nguyen NT, Hinojosa MW, Fayad C, et al. Laparoscopic surgery
is associated with a lower incidence of venous thromboembolism
compared with open surgery. Ann Surg. 2007;246:1021–1027.
8. Beekman R, Crowther M, Farrokhyar F, Birch DW. Practice
patterns for deep vein thrombosis prophylaxis in minimal-access
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Septic Pelvic Thrombophlebitis Following Laparoscopic Hysterectomy, Nezhat C et al
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