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    • 3. 发明授权
    • Contrast agents
    • 对比剂
    • US06375931B2
    • 2002-04-23
    • US09291277
    • 1999-04-14
    • Jonny ØstensenMorten EriksenSigmund FrigstadPål Rongved
    • Jonny ØstensenMorten EriksenSigmund FrigstadPål Rongved
    • A61B800
    • A61K49/223Y10S977/928Y10S977/929
    • Ultrasonic visualization of a subject, particularly of perfusion in the myocardium and other tissues, is performed using novel gas-containing contrast agent preparations which promote controllable and temporary growth of the gas phase in vivo following administration and can therefore act as deposited perfusion tracers. The preparations include a coadministerable composition comprising a diffusible component capable of inward diffusion into the dispersed gas phase to promote temporary growth thereof. In cardiac perfusion imaging the preparations may advantageously be coadministered with vasodilator drugs such as adenosine in order to enhance the differences in return signal intensity from normal and hypoperfused myocardial tissue respectively.
    • 使用新型含气体的造影剂制剂,使用受试者的超声波可视化,特别是心肌和其他组织中的灌注进行,其在给药后在体内促进气相的可控和临时生长,因此可用作沉积的灌注示踪剂。 制剂包括可共混组合物,其包含能够向内扩散到分散气相中以促进其暂时生长的可扩散组分。 在心脏灌注成像中,制剂可以有利地与血管扩张剂药物如腺苷共同施用,以分别增强来自正常和低灌注心肌组织的返回信号强度的差异。
    • 4. 发明授权
    • Contrast agents
    • 对比剂
    • US06783752B2
    • 2004-08-31
    • US10007325
    • 2001-12-05
    • Jonny ØstensenMorten EriksenSigmund FrigstadPål Rongved
    • Jonny ØstensenMorten EriksenSigmund FrigstadPål Rongved
    • A61B800
    • A61K49/223Y10S977/928Y10S977/929
    • Ultrasonic visualisation of a suject, particularly of perfusion in the myocardium and other tissues, is performed using novel gas-containing contrast agent preparations which promote controllable and temporary growth of the gas phase in vivo following administration and can therefore act as deposited perfusion tracers. The preparations include a coadministerable composition comprising a diffusible component capable of inward diffusion into the dispersed gas phase to promote temporary growth thereof. In cardiac perfusion imaging the preparations may advantageously be coadministered with vasodilator drugs such as adenosine in order to enhance the differences in return signal intensity from normal and hypoperfused myocardial tissue respectively.
    • 使用新型含气体的造影剂制剂进行超声波可视化,特别是心肌和其他组织中的灌注,其可在给药后在体内促进气相的可控和临时生长,因此可用作沉积灌注示踪剂。 制剂包括可共混组合物,其包含能够向内扩散到分散气相中以促进其暂时生长的可扩散组分。 在心脏灌注成像中,制剂可以有利地与血管扩张剂药物如腺苷共同施用,以分别增强来自正常和低灌注心肌组织的返回信号强度的差异。
    • 8. 发明申请
    • Method
    • 方法
    • US20070066893A1
    • 2007-03-22
    • US10558597
    • 2004-12-03
    • Morten EriksenLars HoffHenrik RasmussenAudun TornesJonny Ostensen
    • Morten EriksenLars HoffHenrik RasmussenAudun TornesJonny Ostensen
    • A61B6/00
    • A61B5/415A61B5/1075A61B5/418A61B8/481A61K49/225
    • The present invention relates to a method of processing ultrasound images from a subject preadministered with an ultrasound contrast agent wherein quantitative measures of the contrast enhancement pattern of said lymph nodes are generated. The lymphatic system is made of vessels or ducts that begin in tissues and are designed to carry lymph fluid to local lymph nodes where the fluid is filtered and processed and sent to the next lymph node down the line until the fluid reaches the thoracic duct where it enters the blood stream. Lymph fluid which enters the lymph vessels carries with it substances and materials from the tissue, e.g. antigens, particles and cells. The lymph nodes process the lymph fluid by sieving it and macrophages inside the nodes remove particulate and cell material carried by the lymph fluid via phagocytosis.
    • 本发明涉及一种处理来自预先给予超声造影剂的受试者的超声图像的方法,其中产生所述淋巴结的对比度增强模式的定量测量。 淋巴系统由在组织中开始并被设计成将淋巴液携带到淋巴结的淋巴管构成,其中流体被过滤和处理,并被送到下一个淋巴结,直到流体到达胸廓管 进入血液流。 进入淋巴管的淋巴液携带来自组织的物质和物质,例如, 抗原,颗粒和细胞。 淋巴结通过筛选淋巴液和淋巴结内的巨噬细胞通过吞噬除去淋巴液携带的颗粒和细胞物质。