1.Left-Sided Cisterna Chyli: a Case Report on a Rare Normal Anatomic Structure
Jin Ho SEO ; Jeong Ah HWANG ; Hyeong Cheol SHIN ; Seung Soo KIM ; Chan Ho PARK ; Hyoung Nam LEE
Investigative Magnetic Resonance Imaging 2019;23(3):276-278
The cisterna chyli, a dilated lymphatic sac in the retrocrural space, is usually located to the right of the aorta. We report a case of a left-sided cisterna chyli, which was incidentally detected on the radiologic examinations of a preoperative workup for cholangiocarcinoma. Computed tomography (CT) and magnetic resonance (MR) images revealed a cisterna chyli measuring 2.5 cm in length in the left retrocrural space. The dilated lumbar lymphatics joined with the cisterna chyli, which was continuous with the left-sided thoracic duct. To the best of our knowledge, this is the second antemortem case of a left-sided cisterna chyli in literature. The cisterna chyli can mimic retrocrural lymphadenopathy, solid tumor with cystic degeneration, abscess or hematoma. The left-sided cisterna chyli should be referred to as a structure so as to be cautious in surgical approach.
Abscess
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Aorta
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Cholangiocarcinoma
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Hematoma
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Lymphatic Abnormalities
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Lymphatic Diseases
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Thoracic Duct
2.Diagnosis and treatment of lymphatic malformations.
Chinese Journal of Stomatology 2008;43(6):339-342
3.Radiofrequency Ablation of Microcystic Lymphatic Malformation in the Oral Cavity: 2 Case Studies.
Jae Woon WE ; Ki Beom BAE ; Jae Hwan KWON ; Joong Hwan CHO
Korean Journal of Otolaryngology - Head and Neck Surgery 2008;51(2):202-205
Lymphatic malformation is a congenital abnormality of the lymphatic system, which manifests frequently at birth or before 2 years of age. Lymphatic malformations are classified as macrocystic or microcystic. Microcystic lesions typically occur above the level of mylohyoid muscle and need conservative treatment rather than surgical resection because of the high rate of incomplete excision and recurrence. We report our experience with two cases of radiofrequency ablation of lymphatic malformation in the oral cavity recently seen in our practice.
Congenital Abnormalities
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Lymphatic System
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Mouth
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Muscles
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Parturition
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Recurrence
4.Nodular Hyperplasia Arising from the Lateral Aberrant Thyroid Tissue: A Case Report.
Minhye JEONG ; Jeong Seon PARK ; Young Jun LEE
Journal of the Korean Society of Medical Ultrasound 2012;31(3):163-166
The presence of aberrant thyroid tissue in the lateral neck is very rare. In addition, nodular hyperplasia in ectopic thyroid has rarely been reported. Due to the unusual location, the presence of lateral aberrant thyroid tissue could be misdiagnosed as a lymphadenopathy, neurogenic tumor, etc. We report on a case of nodular hyperplasia arising from the right lateral aberrant thyroid tissue.
Congenital Abnormalities
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Hyperplasia
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Lymphatic Diseases
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Neck
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Thyroid Dysgenesis
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Thyroid Gland
5.Microcystic lymphatic malformations (lymphangioma circumscriptum) managed with fractional carbon dioxide laser ablation.
Galang Mary Catherine T. ; Ugalde Reynaldo L. ; Castillo Alexander R.
Journal of the Philippine Dermatological Society 2015;24(2):58-61
Microcystic lymphatic malformation (lymphangioma circumscriptum) is the most common cutaneous lymphatic malformation, consisting of abnormal, dilated, and tortuous lymphatic vessels in the dermis and subcutaneous tissue. It is due to irregular vessel contraction with subsequent dilatation and fluid build-up that manifests clinically as multiple, grouped, small macroscopic superficial vesicles filled with clear or serosanguineous fluid. The lesions are frequently located over proximal limbs, axillae and chest but may occur on any part of the body. We report a case of lymphangioma circumscriptumin a four-year-old child, partially treated with fractional carbon dioxide laser ablation under local anesthesia. Most of the lesions resolved but the treated areas healed with hypertrophic scarring after one month, which was cosmetically acceptable. Compared to surgical excision, carbon dioxide laser ablation may provide less chances of contractures especially in areas overlying a joint and may be considered as an alternative to more invasive procedures.
Human ; Female ; Child Preschool ; Anesthesia, Local ; Axilla ; Cicatrix ; Contracture ; Dermis ; Dilatation ; Lasers, Gas ; Lymphangioma ; Lymphatic Abnormalities ; Lymphatic Vessels ; Subcutaneous Tissue
6.Cervicofacial Lymphatic Malformations: A Retrospective Review of 40 Cases.
Byung Chae CHO ; Jae Bong KIM ; Jeong Woo LEE ; Kang Young CHOI ; Jung Dug YANG ; Seok Jong LEE ; Yong Sun KIM ; Jong Min LEE ; Seung HUH ; Ho Yun CHUNG
Archives of Plastic Surgery 2016;43(1):10-18
BACKGROUND: Lymphatic malformation (LM) is a form of congenital vascular malformation with a low incidence. Although LM has been studied, no consensus has emerged regarding its cause or treatment. METHODS: In this study, we retrospectively evaluated 40 patients who visited our vascular anomalies center for the treatment of cervicofacial LM, which is a common manifestation of LM. The medical records of patients over a period of 12 years were reviewed and analyzed for commonalities regarding the diagnosis and the results of treatment. RESULTS: Suspected cervicofacial LM was confirmed through imaging studies. No difference in incidence was observed according to sex, and 73% of patients first presented with symptoms before the age of two years. The left side and the V2-V3 area were most commonly affected. No significant differences in incidence were observed among the macrocystic, microcystic, and combined types of LM. A total of 28 out of 36 patients received sclerotherapy as the first choice of treatment, regardless of the type of lesion. Complete resolution was achieved in only 25% of patients. CONCLUSIONS: LM is important to confirm the diagnosis early and to choose an appropriate treatment strategy according to the stage of the disease and each individual patient's symptoms. When treatment is delayed or an incorrect treatment is administered, patient discomfort increases as the lesion gradually spreads. Therefore, more so than is the case for most other diseases, a team approach on a case-by-case basis is important for the accurate and appropriate treatment of LM.
Consensus
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Diagnosis
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Humans
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Incidence
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Lymphangioma
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Lymphatic Abnormalities
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Medical Records
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Retrospective Studies*
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Sclerotherapy
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Vascular Malformations
7.Congenital lymphangiomatosis of the right lower limb.
Ji Sun WE ; Jae En SHIN ; Dong Gyu JANG ; Sae Kyung CHOI ; In Yang PARK ; Jong Chul SHIN
Korean Journal of Obstetrics and Gynecology 2010;53(7):647-651
Lymphangiomatosis is a condition of lymphatic tissue malformation with multiple or diffuse involvement of soft tissues, visceral organs. Congenital abnormalities of the lymphatic system are very rare, and reports of congenital lymphangiomatosis are even fewer. We experienced a case of congenital lymphangiomatosis detected as edema of the right limb by prenatal ultrasonography and then diagnosed by magnetic resonance imaging. We describe this case with a brief review of the literature.
Congenital Abnormalities
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Edema
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Extremities
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Lower Extremity
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Lymphatic System
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Lymphoid Tissue
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Magnetic Resonance Imaging
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Ultrasonography, Prenatal
8.Surgical treatment of lymphatic malformation located in head and neck in children.
Yu-he LIU ; Quan-gui WANG ; Jun JIA ; Shui-fang XIAO
Chinese Journal of Otorhinolaryngology Head and Neck Surgery 2010;45(1):38-41
OBJECTIVETo evaluate the surgical approaches and therapeutic effect of lymphatic malformations located in head and neck in children.
METHODSEleven cases of lymphatic malformations in the region of head and neck in children encountered between Jan. 1998 and Dec.2008 in Peking University First Hospital were retrospectively analyzed. Initial diagnosis was made based on the physical examination and then confirmed by MR and Enhanced CT imaging. Surgical therapy was used for patients with lymphatic malformation which exceeds 4 cm. The operative technique was as follows: mass resection and superficial parotidectomy (4 cases), mass resection and total parotidectomy (2 cases), mass resection with neck dissection (2 cases), mass resection with neck dissection and sternotomy (1 case), marginal mandibular branch of facial nerve dissection and mass resection (2 cases). Dissection outside the false capsule was applied during the operation and facial nerve was dissected from bole to terminal arborization.
RESULTSThe mass was completely removed in all 11 cases without organ dysfunction and obvious disfigurement. The cure rate was 100%. Three cases suffered from a branch of facial nerve paralysis because of tension and 1 case had a Horner's syndrome after operation. One case needed a blood transfusion (150 ml) during the operation. All cases have been followed up with excellent results from 6 to 121 months, 32 months of the median, no mass recurrence.
CONCLUSIONSDissection outside the false capsule of mass and dissection of facial nerve were applied in the surgical treatment of huge lymphatic malformations. These methods are effective in the preservation of function and avoidance of abnormality.
Child ; Child, Preschool ; Female ; Head ; Humans ; Infant ; Lymphatic Abnormalities ; surgery ; Male ; Neck ; Retrospective Studies ; Treatment Outcome
9.The diagnosis and treatment progress of lymphatic malformations of the head and neck in children.
Journal of Clinical Otorhinolaryngology Head and Neck Surgery 2015;29(11):1049-1052
Lymphatic malformations including macrocystic and microcystic malformation are congenital benign vascular disease. The incidence in children is much higher than adults and they most often occur in head and neck. There are a variety of diagnosis and treatment methods in lymphatic malformations. This paper reviewed the recent literatures with respect to the pathology, imaging and treatment of the lymphatic malformations in children. And we detailed the advantage and disadvantage of surgical excision, sclerotherapy, laser ablation and drug treatment of lymphatic malformations particularly in children. Surgical excision continues to be integral to treat in many cases when the lesions involve the eye socket or are large enough to affect breathing, but it should not be overused without consideration of the histologic types and extent. In addition, cervicofacial macrocystic lesions tend to sclerotherapy while superficial mucosal microsystic lesions are amenable to laser therapy. In order to obtain the best treatment outcomes, the treatment protocol should be individualized and comprehensive.
Child
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Head
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pathology
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Humans
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Laser Therapy
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Lymphatic Abnormalities
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diagnosis
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therapy
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Neck
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pathology
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Sclerotherapy
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Treatment Outcome
10.Diagnosis and treatment of faciocervical lymphatic malformations in infant.
Jing MA ; Zhiyong MAO ; Fan LOU ; Ken LIN ; Tiesong ZHANG
Chinese Journal of Otorhinolaryngology Head and Neck Surgery 2014;49(8):687-689
OBJECTIVETo discuss the treatment effect of infant lymphatic malformations (LMs) located in the head and neck.
METHODSFourty-six LMs located in the head and neck between 2009 and 2013 were retrospectively analyzed. There were 26 males and 20 females, aged from 9 months to 4 years, with a median age of 1.8 years.
RESULTSPhase Isurgical resection was performed in 28 cases. The low concentrations of pingyangmycin was injected in 18 cases, and Phase II surgical resection was performed in 6 cases after 6 months, because of the large tumors and a wide range of invasion. Two post-operative complications were found, one was minor paralyses of mandibular branch of facial nerve, manifestied as mouth askew. Another was injured accessory nerve, manifestied as right upper limb lifting weakness, which improved after rehabilitation treatment.
CONCLUSIONSSurgical treatment is effective to LMs. In order to avoid serious complications, the huge LMs and microcystic LMs may be given local injection of pingyangmycin after puncture fluid, and phase II surgical resection secondly if necessary.
Bleomycin ; analogs & derivatives ; Cysts ; Face ; Female ; Head ; Humans ; Infant ; Lymphatic Abnormalities ; diagnosis ; therapy ; Male ; Mouth ; Neck ; Retrospective Studies