网络研讨会-离体微血管CT：微血管成像技术进展
2020-02-18 来源:本站 点击次数:2247网络研讨会邀请函
离体微血管CT：微血管成像技术进展
尊敬的用户：
尽管显微CT以接近显微镜的分辨率提供体积数据，但该技术固有的X射线衰减意味着血管不能与周围的软组织区分。
在本次网络研讨会中，Ruslan Hlushchuk博士（伯尔尼大学解剖学研究所）和Kjell Laperre博士（布鲁克生物先期临床成像部）将推出一种名为μAngiofil的新型CT造影剂，以克服这一挑战。
对于离体血管造影，它提供微血管成像到毛细血管水平，无需事先组织浸渍或骨切除/去钙化。其他优点包括该样品可用于后续相关形态学，定量分析无需大量后处理即可执行。
本次网络研讨会涵盖的要点包括：
• 灌注程序/实验方案
• 微血管的无损成像，可至毛细血管，以及骨组织和/或金属植入物同时成像
• 相关形态研究的可能性（由 μAngiofil 的自发荧光辅助实现）
• 定量分析示例
• 布鲁克的 BioSpin 的Skyscan 1272 microCT设备
如果在线会议不在您的工作时间内，录制的版本将在现场会议后不久发送给所有注册人，千万不要错过！
Webinar Invitation
Ex Vivo MicroangioCT:Advances in Microvascular Imaging
Dear ,
Although microCT provides volumetric data at a near-microscopic resolution, the technique’s inherent X-ray attenuation means the vasculature cannot be discriminated from surrounding soft tissues.
In this webinar, Dr. Ruslan Hlushchuk (Universität Bern Institute of Anatomy) and Dr. Kjell Laperre (Bruker Biospin’s Pre-Clinical Imaging Division) will introduce a new radiopaque contrast agent called μAngiofil that overcomes this challenge.
For ex vivo angiography, it provides microvascular imaging down to the fine-capillary level, without requiring prior tissue maceration or bone removal/decalcification. Other advantages include that the sample can be used for subsequent correlative morphology and quantitative analysis can be performed without requiring extensive post-processing.
Key points covered at this webinar will be:
• The perfusion procedure/protocol.
• The non-destructive imaging of microvasculature down to the finest capillaries, as well as in the presence of bone tissue and/or metal implants.
• The potential for correlative morphology (facilitated by the autofluorescence of the μAngiofil).
• Examples of quantitative analysis.
• Bruker’s BioSpin’s Skyscan 1272
• The recorded version will be sent to all registrants shortly after the live sessions. Don’t miss it!
Kind regards
Your Webinar team
When and Where
March 5th - 5pm CET / 11am EST
Dr. Ruslan Hlushchuk
Lecturer and Group Leader at the Department of Topographic and Clinical Anatomy at the Universität Bern, Institute of Anatomy
Dr. Kjell Laperre
Micro-CT Market Product & Applications Manager in the Bruker Biospin Pre-Clinical Imaging Division
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