1.Reconstruction of a Perineoscrotal Defect Using Bilateral Medial Thigh Fasciocutaneous Flaps.
Jihoon YANG ; Sung Hoon KO ; Suk Joon OH ; Sung Won JUNG
Archives of Plastic Surgery 2013;40(1):72-74
No abstract available.
Thigh
2.Successful salvage of failed post-sarcoma excision reconstruction and exposed alloplastic mesh with an anterolateral thigh flap
Juan Enrique BERNER ; Luigi TROISI ; Paul WILSON
Archives of Plastic Surgery 2019;46(4):390-391
No abstract available.
Thigh
3.Replantation of the amputated thigh
Journal of Medical and Pharmaceutical Information 2000;(4):24-26
One case of successful reattachment of a complete amputated thigh in a young patient (14 year-old) was reported. The final decision regarding replantation of an amputated part must be made by the patient with his relatives and the surgeon; there is no absolute indication. Because of irreversible necrotic changes in muscle after 6 hours of warm ischemia, the cooling of amputated part to about 4oC is important to prolong the viability of the part; this duration may be extended up to 12 hours.
Replantation
;
thigh
6.Giant Extrapleural Solitary Fibrous Tumor of the Thigh.
Dae Ho KIM ; Jin Soo LIM ; Ki Taik HAN ; Min Cheol KIM
Archives of Plastic Surgery 2015;42(4):489-492
No abstract available.
Solitary Fibrous Tumors*
;
Thigh*
7.An Experimental Study on the Role of Blood Vessels in the Formation of Peritumoral Abnormal MR Signal Intensity.
Man Chung HAN ; Heung Sik KANG ; Chu Wan KIM ; Ji Hye KIM ; Chol Woo KIM
Journal of the Korean Radiological Society 1994;31(5):933-939
PURPOSE: To assess the role of blood vessels in the formation of peritumoral abnormal signal intensity which exaggerates the size of malignant tumor on MR images. MATERIALS AND METHODS: We performed MR-microangiographic-pathologic correlation using implanted VX-2 carcinoma in 16 rabbit thighs 1-28 days after tumor implantation. The shape and distribution of abnormal vessels were analyzed on microangiography and on histologic examination in correlation with peritumoral abnormal signal intensity on MR images. RESULTS: Dilated peritumoral blood vessels gave rise to irregular, tortuous tumor vessels penetrated into the tumor. With the tumor growth, hypervascular tumor vessels in peritumoral area and central avascular areas were increased. These hypervascular areas on microangiography were corresponded with abnormal signal intensity on MR images. CONCLUSION: Hypervascularity could be a cause of peritumoral abnormal signal intensity which exaggerates the size of experimentally induced malignant musculoskeletal tumors on MR images.
Blood Vessels*
;
Thigh
8.(99m)Tc-HDP Bone Scan Findings of Acute Rhabdomyolysis of Lumbar Multifidus and Thigh Muscles and Bone Scan and US Signs of Acute Tubular Necrosis in Excessive Rabbit's Leaping: A Case Report.
Nuclear Medicine and Molecular Imaging 2008;42(3):249-252
No abstract available.
Muscles
;
Necrosis
;
Rhabdomyolysis
;
Thigh
9.Cross-Leg Flap-Sharing Technique Using an Anterolateral Thigh Perforator Flap.
Sa Hyeok HONG ; Euicheol C JEONG ; Gordon K LEE
Archives of Plastic Surgery 2016;43(4):384-387
No abstract available.
Perforator Flap*
;
Thigh*
10.Cross-Leg Flap-Sharing Technique Using an Anterolateral Thigh Perforator Flap.
Sa Hyeok HONG ; Euicheol C JEONG ; Gordon K LEE
Archives of Plastic Surgery 2016;43(4):384-387
No abstract available.
Perforator Flap*
;
Thigh*
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