論文やメディア等の外部媒体へ当社の製品及び解析サービスを執筆する際の推奨表記方法がございます。

旧「iTFlow」の推奨表方法例：　iTFlow® Ver.1.○.○ (Cardio Flow Design, Inc, Tokyo, Japan)
現行「iTFlow2」の推奨表方法例：　iTFlow® Ver.2.○.○ (Cardio Flow Design, Inc, Tokyo, Japan)

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It is possible. Energy loss and flow rate are analyzed in two-dimensional units.

Since the analysis results are limited to 2-dimensional cross-sections, the desired analysis results cannot be obtained if the characteristic flow, for example, the central axis of the stenotic jet is not captured in the cross-section.
On the other hand, it takes less time for acquisition.

Prices vary depending on the type of license. Please contact us to get a quote for your requirements.

It is expected to be available soon as a beta feature in development.

It is available. We will be happy to meet with you online and explain how to install and use it. Please contact us at info@cfd.life.

We will send you information on the recommended imaging methods. Please contact us at info@cfd.life.
We provide support for the all the MRI maker according to recommended imaging methods.

The following conditions are recommended for cardiac imaging:
• Sagital
• Venc is 1.5 ~ 2.0m/s
• 4D Flow and Cine images for segmentation.
• Slice width: 4mm max
• More than 15 phases per cardiac cycle

Minimum:
OS: Windows 10 64 bit (Japanese or English)
Monitor resolution: Full HD (1920 x 1080 pixels) or higher
Interface: Mouse with wheels

Recommended:
CPU: Intel(R) Core(TM) i7-9700 or higher
RAM: 16GB or higher
GPU: NVIDIA GeForce GTX 1660 or higher

Analysis speed is CPU-dependent and less RAM means less stability.
We can also provide you an estimate for a recommended PC.

It is possible. If you have any concern, please tell us and we will check the compatibility. We will adapt the software for a better compatibility with your data.

Our iTFlow is unique in its ability to track and analyze beats without contrast. It can also calculate various hemodynamic indices based on fluid analysis techniques.

Demo and trial versions are available. We will support you in the interpretation of blood flow. In addition to 4D Flow MRI, we also provide comprehensive support for CFD and other methods of blood flow analysis, so please feel free to contact us if you have any technical problems.

It is possible to measure the average, maximum, and minimum values of stress in the measured area by enclosing it on the 3D screen.
It is also possible to draw the WSS in a cardiac cycle change’s graph.

4D Flow MRI data can be analyzed to visualize streamlines and pathlines, assess flow rates, measure cardiac volumes, measure energy loss, and analyze stress on the wall.

It is expected to be available soon as a beta feature in development.

Prices vary depending on the type of license. Please contact us to get a quote for your requirements.

Since the analysis results are limited to 2-dimensional cross-sections, the desired analysis results cannot be obtained if the characteristic flow, for example, the central axis of the stenotic jet is not captured in the cross-section.
On the other hand, it takes less time for acquisition.

It is possible. Energy loss and flow rate are analyzed in two-dimensional units.

It is available. We will be happy to meet with you online and explain how to install and use it. Please contact us at info@cfd.life.

We will send you information on the recommended imaging methods. Please contact us at info@cfd.life.
We provide support for the all the MRI maker according to recommended imaging methods.

The following conditions are recommended for cardiac imaging:
• Sagital
• Venc is 1.5 ~ 2.0m/s
• 4D Flow and Cine images for segmentation.
• Slice width: 4mm max
• More than 15 phases per cardiac cycle

Minimum:
OS: Windows 10 64 bit (Japanese or English)
Monitor resolution: Full HD (1920 x 1080 pixels) or higher
Interface: Mouse with wheels

Recommended:
CPU: Intel(R) Core(TM) i7-9700 or higher
RAM: 16GB or higher
GPU: NVIDIA GeForce GTX 1660 or higher

Analysis speed is CPU-dependent and less RAM means less stability.
We can also provide you an estimate for a recommended PC.

It is possible. If you have any concern, please tell us and we will check the compatibility. We will adapt the software for a better compatibility with your data.

Our iTFlow is unique in its ability to track and analyze beats without contrast. It can also calculate various hemodynamic indices based on fluid analysis techniques.

Demo and trial versions are available. We will support you in the interpretation of blood flow. In addition to 4D Flow MRI, we also provide comprehensive support for CFD and other methods of blood flow analysis, so please feel free to contact us if you have any technical problems.

It is possible to measure the average, maximum, and minimum values of stress in the measured area by enclosing it on the 3D screen.
It is also possible to draw the WSS in a cardiac cycle change’s graph.

4D Flow MRI data can be analyzed to visualize streamlines and pathlines, assess flow rates, measure cardiac volumes, measure energy loss, and analyze stress on the wall.

可能です。エネルギー損失や流量は二次元の単位での解析となります。

解析結果が2次元断面に限られてしまうため、例えば狭窄ジェットの中心軸を捉えられていないなど特徴となる流れが断面内に入らないと望んだ解析結果が得られません。一方、撮像にかかる時間が短く、４D Flow MRIのシーケンスが入っていない相違でも撮像できるメリットがあります。

ライセンスの種類によって価格が異なります。ご要望にあわせてお見積りさせていただきますので、お問い合わせください。

開発中のベータ版機能としてご利用可能になる見込みです。

ございます。オンラインで打ち合わせさせていただき、インストールと使い方のご説明をさせていただきますので、info@cfd.lifeまでお申し付けください。

推奨撮像方法のご案内を送付させていただきますので、info@cfd.lifeまでお問い合わせください。
推奨の撮像方法については各MRIメーカーからもサポートいただける体制となっています。

撮像方法は心臓の場合は下記の条件が推奨です。
・sagital,
・Vencは1.5 ~ 2.0m/s,
・4D Flowに加えてセグメンテーション用にCine画像の撮像
Cine画像と位相画像は断面やスライス間隔、時相は異なっていても構いませんが、いずれも
・スライス間隔は4mm以内、
・時相は1心拍あたり15時相以上
を推奨しています。

当社で推奨PCをお見積りすることも可能です。

必須要件
OS: Windows 10 64bit (日本語または英語）
モニタ解像度：Full HD（1920×1080ピクセル）以上
インターフェース：ホイールのついたマウス

推奨環境
CPU：インテル(R) Core(TM) i7-9700以上
メモリ：16GB以上
GPU：　NVIDIA GeForce GTX 1660 以上

解析速度はCPU依存です。メモリが少ないと安定性が低くなります。

可能です。

当社のiTFlowは造影剤なしでも拍動を追跡しながら解析が出来ることが特徴です。また流体解析の技術をベースとした様々な血行力学的な指標を算出できます。

デモや体験版などご利用いただけます。使い方や血流の解釈の仕方までサポートいたします。また4D Flow MRI以外にもCFDなども含め血流解析に関して総合的にサポートさせていただきますので、
技術的な部分でお困りのことがございましたら何でもご相談いただけますと幸いでございます。

計測した領域を3Dの画面から囲ってその範囲でのストレスの平均値、最大値、最小値などを計測することが可能です。
また領域内のWSSの１心拍の変化をグラフにすることも可能です。

4D Flow MRIデータを解析して、StreamlineやPathlineの可視化、流量の評価、心臓のボリューム計測、エネルギー損失の計測、壁へのストレスの解析などが可能です。