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手術手技の定量評価
EBM takes full advantage of "Aviation safety technology" and "Computer fluid dynamics technology (CFD)" and undertakes the challenge of quantitative assessment of surgical techniques, aiming to achieve safer and more effective medicine.
手術手技の定量評価
手術訓練
形状計測
定量評価
EBM will meet the training needs of surgeons around the world
with its foundation of medical and engineering cooperation, bioengineering, and its unique blood flow analysis technology.
With the constantly progressing IT technology in modern times, physical distance no longer poses any challenge.
We will provide a new-generation DRYLAB transcending national and facility borders.
At EBM, we have built a close-knit network of cooperation in Dry lab skill evaluation and training research with top class physicians in the field of cardiovascular surgery through collaborations with various academic societies.
By sending us your vascular anastomosis video using BEAT and YOUCAN, we will provide feedback by way of assessment reports and training advice, etc. by skilled physicians.
※ Please inquire about prices, etc.You may also place an order through our online shop.
By sending EBM a vascular model that has undergone an anastomosis procedure, we will provide measurement/assessment of the anastomotic lumen form, as well as the blood flow analysis of the form data.
By using such popular and standard platforms as BEAT and YOUCAN, we can evaluate your "anastomosis performance" under Dry lab conditions.
※ Please inquire about prices, etc.You may also place an order through our online shop.
We accept medical image data (DICOM format) such as Angio and CT in an anonymous state and our blood flow analysis department will make an analysis report thereof.
We will take maximum advantage of our collaborations with the many academic institutions, domestic and abroad, as well as with the physicians, technicians and engineers of medical institutions, to support researches which will contribute to the development of "predictive medicine" using blood flow analysis.
※ Pleasecontact us for details.
Blood flow analysis software
hemoscope® is software dedicated to blood flow analysis using computational fluid dynamics (CFD) designed and developed for the medical site. CFD refers to computational science which mathematically analyzes the flow of fluid using a computer. By entering the medical image, intravascular blood flow of individual patients are simulated three-dimensionally. However, in order to perform "blood flow analysis," complex processes traditionally were required, such as the need to introduce multiple costly software and setting each software according to the respective conditions for calculations, etc. However, hemoscope® presents the world's first environment in being able to complete all analyses at the medical site, from displaying test images, extraction of blood vessels, analysis model making to analysis/measurement display, all in 2 to 3 minutes at a minimum. This enables not only application at the research level but also in clinical practice. In addition, it is anticipated that by standardizing the analysis method, more data can be accumulated, improving simulation accuracy.
hemoscopeを構成する血流解析エンジン、表示部等の機能モジュールの開発の一部は、
「平成25〜27年度ふくしま医療福祉機器開発事業補助金」による助成をうけ実施されました。
流れの可視化用高輝度蛍光粒子
蛍光粒子FLUOSTAR®を用いた“蛍光”による流れの可視化FLUORESCENT PIVを提案します。FLUOSTAR®は流体への追従性を考慮した比重と粒子径（平均値，分散値）をもちながら産業用アプリケーションにも対応できる圧倒的な高輝度発光特性をもつ蛍光粒子（蛍光色素：ローダミンB）として開発されました。FLUOSTAR®によりPIV計測のSN比を飛躍的に向上させるとともに，混相流や壁面流れ等の挑戦的な課題に対して解決策を提供しPIV計測のフロンティア領域の拡大に寄与します。
Encapsulation of the fluorescent dye Rhodamine B was conducted using a special technique. Excellent brightness, the greatest feature of FLUOSTAR, may be experienced.
The dry particles have superior handling and storage features.
FLUOSTAR particles have specific gravity of 1.1 and high water dispersibility due to its particle surface properties. Consequently, under an experiment in which normal water is treated as working fluid, sufficient visualization/resolution may be obtained with 5 mg/L particle density
With fPIV, visualization of the boundary surface of bubbles, etc., which was conventionally not a strong point for non-fluorescent PIV, was made possible. Please see the FLUOSTAR technical handbook shown on this page.
These particles were developed from a user perspective by a bioengineer specializing in fPIV.
JAPAN
東京大学、北海道大学、早稲田大学、慶応大学、東京理科大学、工学院大学、他国内約30施設
The
United States
Purdue University , Denison University
Nederland
Delft University of Technology
Australia
CSIRO Minerals
2010年5月7日現在
脳血管に発症した動脈瘤を患者の医用画像からラピッドプロトタイピングを駆使して実寸法の薄膜シリコーンゴムで成型し患者固有の血流パターンを再現しました。写真は瘤の壁面流れを可視化するためにFLUOSTAR®を用い、FLUOSRESCENTPIVを行った事例です。壁面において光散乱に全く影響されず壁面流れを可視化できています。
気泡流れ
非蛍光の通常粒子
蛍光粒子FLUOSTAR
脳動脈瘤モデルにおける壁面近傍流れ
非蛍光の通常粒子
蛍光粒子FLUOSTAR
出典：早稲田大学（先端生命医科学センターTWIns, 八木高伸先生)
脳血管に発症した動脈瘤を患者の医用画像からラピッドプロトタイピングを駆使して実寸法の薄膜シリコーンゴムで成型し患者固有の血流パターンを再現しました。写真は瘤の壁面流れを可視化するためにFLUOSTAR®を用い、FLUOSRESCENT PIVを行った事例です。壁面において光散乱に全く影響されず壁面流れを可視化できています。
対応しています。お問い合わせ欄から、その旨ご連絡ください。お電話(03-5737-2884)でも対応できます。
例えば作動流体が水ですと、5mg / Lあれば可視化実験において十分な密度が得られます。
お客様より「100度以下のお湯でも十分実験に使用できた」とご報告いただいております。
ありがとうございます。ぜひ、方法(Method or Material)欄に、 「FLUOSTAR, EBM Corp., Japan」と御記載ください。FUOSTARの具体的スペックについては本サイトの資料記載内容をご参照ください。
海外発送にも対応しております。その際、送料、海外送金関連手数料を別途いただいております。また地域によって、国内価格とは異なりますので、お問い合わせください。
生体を用いた縫合トレーニング
吻合手技訓練用冠動脈モデル
心拍動下冠動脈バイパス手術訓練装置
手術手技の定量評価
血流解析ソフトウェア
“蛍光粒子”による流れの可視化
