Are you in %country%? Do you want to visit our website in another language?

¿Está en España? ¿Desea ver nuestra página web en otro idioma?

Вы находитесь в %country%? Открыть наш сайт на другом языке?

Êtes-vous en France ? Aimeriez-vous visiter notre site Web dans une autre langue ?

日本にいますか 私たちのウェブサイトを別の言語で訪問したいですか?

Befinden Sie sich in %country%? Möchten Sie unsere Website in einer anderen Sprache anzeigen?

Você esta no %country%? Deseja visitar nosso site em outro idioma?

您在中国吗? 您是否想访问我们其他语言版本的网站?

Elements Contrast Clearance Analysis

Post Treatment Assessment

Elements Contrast Clearance Analysis is a novel MRI-based methodology for the high resolution depiction of contrast clearance and accumulation, allowing for the differentiation of brain regions with high and low vascular activity

Play Video 
Post treatment assessment of the effects of neurosurgery or radiation therapy
Examining and comparing conventional 3D contrast-enhanced MRI images provides additional information about tumor characteristics

Clinical Use

High resolution Contrast Clearance Analysis results derived from conventional 3D contrast-enhanced MRI data provide additional insight into tumor characteristics and thereby support clinicians during analysis of vascular activity. Elements Contrast Clearance Analysis serves clinical specialties including radiation oncology, neurosurgery, neuro-oncology and neuroradiology

  • High resolution differentiation of contrast clearance and accumulation
  • Allows for the identification of brain regions with high and low vascular activity
  • Supports ongoing assessment
An explanation of how Contrast Clearance Analysis software works and how it's used to determine clearance or accumulation of contrast agent


Contrast Clearance Analysis, a novel MRI-based methodology for distinct differentiation of contrast clearance and accumulation, allows for the depiction of brain regions with high (blue) and low (red) vascular activity. The methodology was developed at Sheba Medical Center, Tel Aviv, with technology provided by Brainlab.

  • Two acquisitions of standard 3D T1-weighted MRI—one 5 minutes and another 60-105 minutes after injection of a standard dose of contrast agent
  • First series is intelligently subtracted from the second for Contrast Clearance Analysis
  • The analysis results are high resolution, volumetric maps distinguishing regions of contrast clearance (blue) from contrast accumulation (red) more than one hour post contrast injection