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1. 頭頚部癌の長期生存者に対するアプローチの概要overview of approach to long term survivors of head and neck cancer [show details]
… diagnosis of head and neck cancer are covered separately. Head and neck cancer, mostly squamous cell carcinoma, are those arising from one of five anatomic regions of the head and neck… including: Loss of normal anatomic structures and/or altered relationships between normal structures (eg,…
2. 頭頚部手術で行う麻酔anesthesia for head and neck surgery [show details]
… the breathing circuit should connect to the ETT from the head of the operating table over the top of the patient head during TORS,… patients with eustachian tube dysfunction, and can displace tympanic grafts and other middle ear structures . N₂O also supports combustion and should be avoided when airway fire risk is high. Controlled …
3. 頭頚部癌の診断および病期分類の概要overview of the diagnosis and staging of head and neck cancer [show details]
…can identify tumors of the head and neck based upon either anatomic distortion or specific tumor enhancement In general, tumors enhance more than normal head and neck structures except for mucosa, extraocular …
4. 頭頸部癌に対する治療の概要overview of treatment for head and neck cancer [show details]
… Most head and neck cancers begin in the mucosal surfaces of the upper aerodigestive tract, and these are predominantly squamous cell carcinomas. An overview of treatment for head and neck squamous… control of secretions, mastication, and phonetics, and to aesthetically replace the missing orofacial structures. Primary reconstruction of maxillary, palatal, tongue, and mandibular defects is the current standard …
5. 膵体頭部病変の外科的切除surgical resection of lesions of the head of the pancreas [show details]
…indication for resection of the head of the pancreas is the presence of a malignant or premalignant neoplasm of the pancreas or one of the other periampullary structures (bile duct, ampulla, or duodenum) …

English Journal

Penetrating Head Trauma Secondary to Bow-and-Arrow Injury.

Kohli E, Tshering U.
The Journal of emergency medicine. 2019 Apr;56(4)448-449.
PMID 30850261

Reconstruction for Complex Oromandibular Facial Defects: The Fibula Free Flap and Pectoralis Major Flap Combination.

Qaisi M, Dee R, Eid I, Murphy J, Velasco Martinez IA, Fung H.
Case reports in surgery. 2019 ;2019()8451213.
Extensive through-and-through oromandibular defects after advanced oral carcinoma excision pose a reconstructive challenge for the head and neck surgeon. These complex oromandibular wounds often involve the mandible, oral and/or aerodigestive mucosa, and the external skin. As a result, these defects
PMID 31049242

Pacing therapy in the management of unexplained syncope: a tertiary care centre prospective study.

Yasa E, Ricci F, Holm H, Persson T, Melander O, Sutton R, Hamrefors V, Fedorowski A.
Open heart. 2019 ;6(1)e001015.
Pacemaker (PM) therapy is effective when syncope is associated with bradycardia, but syncope recurrences and fall injuries after PM implantation may occur. We aimed to survey indications and outcomes of PM implantation, following evaluation of unexplained syncope. Among 1666 consecutive unpaced pati
PMID 30997138

Japanese Journal

零余子の話 : 薯根茎の機能高分子との比較

三崎旭,Akira Misaki
四條畷学園大学リハビリテーション学部紀要 4, 1-9, 2008
… 1.Mukago starch possess a very unique molecular structure, significantly different with that of tuber starch, and many short α-1,4-unit chains attaching to amylose-like linear chains. … Its chemical and binding specifies were resemble to that from arrow head lectin. …
NAID 110007094763

MBE選択成長法によるGaAs/AlGaAs量子細線の形成とその結合ネットワークへの応用

玉井功,佐藤威友,長谷川英機
電子情報通信学会技術研究報告. SDM, シリコン材料・デバイス 101(620), 15-20, 2002-01-21
GaAs(001)面加工基板上へのMBE選択成長法を用いて、GaAs/AlGaAs結合量子細線ネットワークの形成を試みた。ネットワーク構造の基本方向となる<-110>方向に沿った量子細線を形成し、成長プロセスの最適化を行った結果、矢印形のGaAs量子細線が、(113)面からなるAlGaAsリッジ構造頂上部に選択的に形成されることが分かった。SEM、PL法による評価結果から、GaAs細線 …
NAID 110003310973

MBE選択成長法によるGaAs/AlGaAs量子細線の形成とその結合ネットワークへの応用

玉井功,佐藤威友,長谷川英機
電子情報通信学会技術研究報告. ED, 電子デバイス 101(617), 15-20, 2002-01-21
CaAs(001)面加工基板上へのMBE選択成長法を用いて、GaAs/AlGaAs結合量子細線ネットワークの形成を試みた。ネットワーク構造の基本方向となる<-110>方向に沿った量子細線を形成し、成長プロセスの最適化を行った結果、矢印形のGaAs量子細線が、(113)面からなるAlGaAsリッジ構造頂上部に選択的に形成されることが分かった。SEM、PL法による評価結果から、GaAs細線 …
NAID 110003201527