Chest
Volume 115 • Number 5 • May 1999
Copyright © 1999 The American College of Chest Physicians
Yasuji
Terada 1 MD, FCCP
Fengshi
Chen 1 MD
Tsuyoshi
Shoji 1 MD
Harumi
Itoh 2 MD
Hiromi
Wada 1 MD
Shigeki Hitomi 1 MD, FCCP
1 Departments of Thoracic
Surgery (Drs. Terada, Chen, Shoji, Wada, and Hitomi)
2 Radiology (Dr. Itoh), Kyoto University Hospital,
Kyoto, Japan.
Manuscript
received April 17, 1998
revision
accepted December 15, 1998.
Correspondence to: Yasuji Terada, MD, Department of
Thoracic Surgery, Kyoto University Hospital, Kyoto 606-8507, Japan; e-mail:
[email protected]
We present a
case of endobronchial endometriosis with
catamenial hemoptysis. The lesion was diagnosed as endobronchial endometriosis using helical CT, and the patient
underwent a subsegmentectomy of the upper part of the lateral basal segment. A
histopathologic examination of the resected specimen revealed findings typical
of endobronchial endometriosis with intimal
hyperplasia within the bronchus. Since the operation, the patient has been
asymptomatic for 11 months with no recurrence of hemoptysis.Key words:
catamenial hemoptysis; endobronchial; endometriosis;
helical CT; subsegmentectomy Abbreviations: GRH = gonadotropin-releasing
hormone; S9a = upper part of the lateral basal segment
Periodic
hemoptysis occurring in association with the menses (catamenial hemoptysis) is
a rare condition. Since the first published case, which attributed the
condition to endometriosis of the lung, [1] there have been 30 reported
cases, [1] [2] [3] [4] [5] [6] [7] [8] [9] [10] [11] [12] [13] [14] [15] [16] [17] [18] [19] [20] [21] [22] [23] [24] [25] [26] all of which have been
attributed to pulmonary endometriosis, although
less than one third of these cases have had supportive histologic evidence. In
this report, we present a case of pulmonary endometriosis
that was characterized by catamenial hemoptysis. The lesion was diagnosed as
endobronchial endometriosis by helical CT, and
the patient underwent a subsegmentectomy of the upper part of the lateral basal
segment (S9a). A histopathologic examination of the resected specimen revealed
endobronchial endometriosis.
A 29-year-old
woman presented with a 1-year history of recurrent hemoptysis occurring during
every menstrual cycle. At the age of 20, she had given birth. At the age of 27,
she had undergone a partial oophorectomy for a right serous cystadenoma and a
left dermoid cyst of the ovary. In July 1996 (at the age of 28), she
experienced the first episode of catamenial hemoptysis. Occurring just after
the start of the menses, the initial hemoptysis episode lasted for a few days
and resolved spontaneously. In the following months, she had hemoptysis during
every menses. Three months after the onset of symptoms, the patient began
danazol therapy at an initial dosage of 400 mg/d, and the treatment was
continued for 6 months while she remained amenorrheic. After the patient
discontinued the danazol regimen, the hemoptysis recurred at the next menses.
She refused further treatment with danazol because of its side effects, and she
declined to have an oophorectomy because of her wish to become pregnant.
Therefore, she was admitted to our hospital for surgical treatment. She was
otherwise asymptomatic, without any associated chest or abdominal discomfort or
pain, or dysmenorrhea. A clinical examination, including a gynecologic
examination and a pelvic ultrasonography, was performed. The laboratory
investigations revealed a normal full blood count, and the erythrocyte
sedimentation rate, the urea and electrolyte levels, the liver function and
coagulation parameters, and the serum gonadotropin levels were also normal. A
bronchoscopic study during and after the menses also showed no abnormality or
active bleeding; therefore, no biopsy or bronchial washing was performed. At
the time of hemoptysis, there was a slight infiltration shadow in the right
lower lung field on the chest radiographs, but this shadow disappeared after
the menses. A CT scan of the lung was performed before and during the menses.
Before the menses,
there
was a nonspecific endobronchial lesion in S9a, and a fairly well demarcated
area with blood aspiration was evident during the menses (Fig
1) .
It was assumed
that the lesion was endometriosis, and a
thoracotomy was performed on November 18, 1997 using an anteroaxillary
incision. During the operation, S9a appeared normal and no tumor was detected.
Because the lesion was located near the hilum, a wedge resection was not
performed. After confirming the pulmonary artery, the bronchus, and the
pulmonary veins of the subsegment, a subsegmentectomy of S9a was performed.
Macroscopically, the endobronchial space in the upper part of the lateral basal
bronchus was filled with endometrium, and a histopathologic examination of the
resected specimen revealed findings typical of endobronchial endometriosis with intimal hyperplasia within a
bronchus (Fig
2) . In the distal part of the resected specimen, ciliated columnar
epithelium was replaced by endometrium, although the smooth muscle layer was
retained (Fig
3) . The postoperative course was uneventful. The patient has now been
asymptomatic for 11 months without a recurrence of hemoptysis.
Thoracic endometriosis can involve the pleura and can manifest
itself as a catamenial hemothorax or pneumothorax, or it can involve the
pulmonary parenchyma, resulting in catamenial hemoptysis. In a review [27] of 65 cases of thoracic endometriosis collected up to 1981, 54 cases (83%)
were pleural and only 11 cases (17%) were parenchymal. The latter 11 cases were
designated as parenchymal disease by a chest radiograph, which showed coin
lesions, and by catamenial hemoptysis or localization of the pulmonary bleeding
site . Catamenial hemoptysis is rare, with only 30 reported cases [1] [2] [3] [4] [5] [6] [7] [8] [9] [10] [11] [12] [13] [14] [15] [16] [17] [18] [19] [20] [21] [22] [23] [24] [25] [26] in the English literature
since Latters et al [1] first described cyclical
hemoptysis associated with the menses due to pulmonary endometriosis
(Table
1) . All of the cases reported were attributed to pulmonary endometriosis, although histopathologic confirmation
of the diagnosis was obtained in only one third of the cases. [28]
There are
several hypotheses for the cause of extraperitoneal endometriosis.
[29] [30] [31] Pleural endometriosis may result either from local metaplasia
of the celomic epithelium
Figure 1. Left:
Before the menses, there was a region of nonspecific bronchial thickening
in S9a. Right: During the menses, a fairly well-demarcated area with
blood oozing from the nodule was evident.
Figure 2. Left:
Macroscopically, the endobronchial space of the lateral basal bronchus was
filled with endometrium. Right: The histopathologic findings of the
resected specimen revealed findings typical of endobronchial endometriosis with intimal
hyperplasia within a bronchus (hematoxylin-eosin, original ×10).
(the
metaplasia theory) or from retrograde menses with a transdiaphragmatic passage
and the subsequent implantation of endometrium inside the thoracic cavity (the
transplantation theory). In contrast, parenchymal endometriosis
is thought to result from the filtering function of the pulmonary vascular
network with the trapping of endometrial particles that, through a hematogenous
or lymphogenous process, have spread from the pelvic organs, often following
surgery or childbirth. [32] In the present case, the
patient's history of ovarian tumor surgery might have been the cause.
It is often
difficult to diagnose parenchymal pulmonary endometriosis.
The most important criterion is the patient's history of catamenial symptoms.
The diagnostic use of bronchoscopy is limited because most cases of pulmonary endometriosis involve the distal pulmonary parenchyma rather
than the mucosa of the large bronchi, and because the bleeding site may only be
evident during the
Figure 3. The
distal part of the histopathologically examined resected specimen. To the right
of the arrow, ciliated columnar epithelium has been replaced by endometrium,
although the smooth muscle layer has been retained. Hemosiderosis can be seen
in the lung parenchyma (hematoxylin-eosin, original ×40).
TABLE 1 -- Summary of the Literature on Catamenial Hemoptysis * |
|||
Source/Year of
Publication |
Age of Patient, yr |
Location of Hemoptysis |
Resolution of Hemoptysis |
Latters
et al [1] /1956 |
34 |
Parenchyma |
Segmentectomy
|
Rodman
et al [2] /1962 |
26 |
Parenchyma |
Segmentectomy
|
Assor
[3] /1972 |
45 |
Parenchyma |
Segmentectomy
|
Lindenberg
et al [4] /1975 |
43 |
Parenchyma |
Oophorectomy
|
Rosenberg
and Riddick [5] /1981 |
37 |
Parenchyma |
Danazol
|
Ronnberg
and Ylostalo [6] /1981 |
25 |
Parenchyma |
Danazol
|
Suginami
et al [7] /1985 |
25 |
Parenchyma |
Lobectomy
|
Karpel
et al [8] /1985 |
31 |
Parenchyma |
Pregnancy
|
Elliot
et al [9] /1985 |
30 |
Parenchyma |
Danazol
|
Johnson
and Tyndal [10] /1987 |
26 |
Parenchyma |
Oophorectomy
+ hysterectomy |
Hertzanu
et al [11] /1987 |
32 |
Parenchyma |
Norethisterone
|
Virutamasen
and Boonjunwetwat [12] /1988 |
31 |
Parenchyma |
Danazol
|
Grimm
et al [13] /1988 |
39 |
Parenchyma |
Danazol
|
Lawrence
[14] /1988 |
34 |
Parenchyma |
Pregnancy
|
Maguire
[15] /1988 |
40 |
Parenchyma |
Danazol
|
Bateman
and Morrison [16] /1990 |
33 |
Bronchus |
Danazol
|
Katoh
et al [17] /1990 |
22 |
Parenchyma |
Danazol
|
|
28 |
Parenchyma |
None
|
Guidry
et al [18] /1990 |
30 |
Parenchyma |
Estrogen
and progesterone |
Svendstrup
and Husby [19] /1991 |
22 |
Parenchyma |
Lynestrenol
|
|
26 |
Parenchyma |
Pregnancy
|
|
34 |
Parenchyma |
Norethisterone
|
|
36 |
Parenchyma |
Lynestrenol
|
Espaulella
et al [20] /1991 |
34 |
Parenchyma,
pleura |
Buserelin
|
Kristianen
and Fjeld [21] /1993 |
24 |
Parenchyma |
Lobectomy
|
Joseph
et al [22] /1994 |
30 |
Parenchyma |
Pleurodesis
|
Volkart
[23] /1995 |
26 |
Parenchyma |
Not
reported |
Kuo
et al [24] /1996 |
31 |
Trachea,
bronchi |
Danazol
|
Cassina
et al [25] /1997 |
26 |
Parenchyma |
VATS,
wedge resection |
Morita
et al [26] /1997 |
31 |
Parenchyma |
Buserelin |
*VATS = video-assisted thoracoscopic surgery.
menses. A tissue diagnosis has been obtained in only four reported cases, two
following a transbronchial biopsy [7] [24] and two by cytologic
diagnosis following a bronchial lavage. [10] [16] Although chest radiographs
often show normal findings, they can reveal solitary or multiple pulmonary
nodules displaying cyclical changes in size. CT findings in pulmonary endometriosis may include ill-defined or well-defined
opacities, nodular lesions, thin-walled cavities, or bullous formations, [17] [23] but most of the cases
examined during hemoptysis have revealed transient radiologic densities in the
affected part of the lung. In the present case, helical CT confirmed the
presence of an endobronchial lesion preceding the menses, as well as
parenchymal blood oozing around the lesion during the menses.
The treatment of
pulmonary endometriosis usually consists of
hormonal therapy with danazol or gonadotropin-releasing hormone (GRH) analogs.
Danazol is a synthetic steroid with an anti-estrogenic and weakly androgenic
effect; however, side effects, such as weight gain, climacteric symptoms, and
virilization, are common. The drug is also expensive, and symptoms often recur
after therapy is discontinued. GRH analogs inhibit the release of GRH from the
pituitary gland, resulting in levels of sex hormones equal to levels seen after
surgical castration. The indications for pulmonary surgery are hormonal therapy
failure, intolerable drug side effects, or symptom recurrence after the
cessation of medical treatment. The longest reported follow-up periods have
been 10 months after surgical treatment [25] and 12 months after
treatment with danazol [6] and buserelin. [20] Pleural manifestations,
however, are often difficult to treat surgically because the lesions tend to be
multifocal. [33] Therefore, a single focus
of bleeding must be conclusively located before surgery. When the lesion is
multiple or when its location cannot be detected, an oophorectomy should be
considered. In this case, we confirmed the endobronchial lesion by helical CT
before surgery and removed it successfully by subsegmentectomy.
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