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rapid software rapid for angio  (iSchemaView)

 
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    iSchemaView rapid software rapid for angio
    Rapid Software Rapid For Angio, supplied by iSchemaView, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/rapid+for+angio/rapid+software+rapid+for+angio/pm38526586-119-28-33
    Average 90 stars, based on 1 article reviews
    rapid software rapid for angio - by Bioz Stars, 2026-10
    90/100 stars

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    Related Articles

    Software:

    Article Title: Advances in cerebral perfusion imaging techniques in acute ischemic stroke.
    Article Snippet: Department of Radiology, Shanghai Jiao Tong University Affiliated Sixth People's Hospital, Shanghai, China Department of Interventional Radiology, Tongji Hospital Affiliated of Tongji University, Shanghai, China School of Naval Architecture, Ocean and Civil Engineering, Shanghai Jiao Tong University, Shanghai, China World-Class Research Center “Digital biodesign and personalized healthcare”, Sechenov First Moscow State Medical University, Moscow, Russia

    Imaging:

    Article Title: Advances in cerebral perfusion imaging techniques in acute ischemic stroke.
    Article Snippet: Department of Radiology, Shanghai Jiao Tong University Affiliated Sixth People's Hospital, Shanghai, China Department of Interventional Radiology, Tongji Hospital Affiliated of Tongji University, Shanghai, China School of Naval Architecture, Ocean and Civil Engineering, Shanghai Jiao Tong University, Shanghai, China World-Class Research Center “Digital biodesign and personalized healthcare”, Sechenov First Moscow State Medical University, Moscow, Russia

    other:

    Article Title: Evaluation of time-resolved whole brain flat panel detector perfusion imaging using RAPID ANGIO in patients with acute stroke: comparison with CT perfusion imaging.
    Article Snippet: RAPID for ANGIO (RAPID, iSchemaView, USA) is the first, and currently only, clinically available postprocessing software for multiphase FD- CTP acquisitions based on the RAPID software.6 To evaluate FD- CTP imaging, we assessed clinically important qualitative and quantitative perfusion parameters in correlation to prior acquired conventional multislice CTP using the new RAPID for ANGIO software.

    Article Title: Evaluation of time-resolved whole brain flat panel detector perfusion imaging using RAPID ANGIO in patients with acute stroke: comparison with CT perfusion imaging
    Article Snippet: Pos-processing of conventional CTP and FD-CTP scans was performed using dedicated software based on RAPID (RAPID for ANGIO, iSchemaView).

    Article Title: Evaluation of time-resolved whole brain flat panel detector perfusion imaging using RAPID ANGIO in patients with acute stroke: comparison with CT perfusion imaging
    Article Snippet: RAPID for ANGIO (RAPID, iSchemaView, USA) is the first, and currently only, clinically available postprocessing software for multiphase FD-CTP acquisitions based on the RAPID software.



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    Image Search Results


    Baseline characteristics; there was no significant difference between the patient groups, indicating a rather homogenous patient collective

    Journal: Journal of Digital Imaging

    Article Title: Extended Multimodal Flat Detector CT Imaging in Acute Ischemic Stroke: A Pilot Study

    doi: 10.1007/s10278-022-00699-4

    Figure Lengend Snippet: Baseline characteristics; there was no significant difference between the patient groups, indicating a rather homogenous patient collective

    Article Snippet: FD-CTP shows a matching deficit in the color-coded maps of RAPID ANGIO (1–4) and of the Siemens perfusion prototype software (5–8) as they show a delay for Tmax (1) and TTP (5), MTT (2 and 6) and a reduction for CBF (3 and 7) and CBV (4 and 8).

    Techniques: Lysis

    Exemplary images processed by the new multimodal FD-CT approach. 66-year-old male with a proximal M1 occlusion right, NIHSS 21. NE-FDCT on which the demarked infarct of the anterior third of the right MCA-territory can be delineated ( A and B ; arrowheads). FD-CTA shows a clear visualization of the cervical vasculature ( C ; dashed arrows) and a proximal occlusion of the right M1-segment ( D ; continuous arrow). FD-CTP shows a matching deficit in the color-coded maps of RAPID ANGIO (1–4) and of the Siemens perfusion prototype software (5–8) as they show a delay for Tmax (1) and TTP (5), MTT (2 and 6) and a reduction for CBF (3 and 7) and CBV (4 and 8). Automated perfusion analysis using RAPID ANGIO revealed a small mismatch between the infarct core, estimated by the CBF reduction (pink), and the potential salvageable tissue, estimated by the delayed Tmax (green), which results into a mismatch ratio of 1.2 (E)

    Journal: Journal of Digital Imaging

    Article Title: Extended Multimodal Flat Detector CT Imaging in Acute Ischemic Stroke: A Pilot Study

    doi: 10.1007/s10278-022-00699-4

    Figure Lengend Snippet: Exemplary images processed by the new multimodal FD-CT approach. 66-year-old male with a proximal M1 occlusion right, NIHSS 21. NE-FDCT on which the demarked infarct of the anterior third of the right MCA-territory can be delineated ( A and B ; arrowheads). FD-CTA shows a clear visualization of the cervical vasculature ( C ; dashed arrows) and a proximal occlusion of the right M1-segment ( D ; continuous arrow). FD-CTP shows a matching deficit in the color-coded maps of RAPID ANGIO (1–4) and of the Siemens perfusion prototype software (5–8) as they show a delay for Tmax (1) and TTP (5), MTT (2 and 6) and a reduction for CBF (3 and 7) and CBV (4 and 8). Automated perfusion analysis using RAPID ANGIO revealed a small mismatch between the infarct core, estimated by the CBF reduction (pink), and the potential salvageable tissue, estimated by the delayed Tmax (green), which results into a mismatch ratio of 1.2 (E)

    Article Snippet: FD-CTP shows a matching deficit in the color-coded maps of RAPID ANGIO (1–4) and of the Siemens perfusion prototype software (5–8) as they show a delay for Tmax (1) and TTP (5), MTT (2 and 6) and a reduction for CBF (3 and 7) and CBV (4 and 8).

    Techniques: Software

    Exemplary images processed by the new multimodal FD-CT approach. 79-year-old female with an occlusion of the Carotid-T left, NIHSS 16. NE-FDCT showed no demarked infarct ( A ). FD-CTA reveals absent filling of the left MCA-territory with almost no collateralization ( B; continuous arrow) due to an occlusion of the proximal ICA on the left ( C and D ; dashed arrows). Color-coded maps of RAPID ANGIO (1–4) and of the Siemens perfusion prototype software (5–8) show a severe prolongation for Tmax (1) and TTP (5), MTT (2 and 6) and a significantly reduced CBF (3 and 7) and CBV (4 and 8). Brain hemodynamics were severely impaired, as the automated perfusion analysis using RAPID ANGIO showed a poor mismatch ratio of 1.0 (E). The ratio was calculated by the division of the potential salvageable tissue, estimated by the delayed Tmax (green), and the presumed infarcted brain, represented by the CBF reduction (pink)

    Journal: Journal of Digital Imaging

    Article Title: Extended Multimodal Flat Detector CT Imaging in Acute Ischemic Stroke: A Pilot Study

    doi: 10.1007/s10278-022-00699-4

    Figure Lengend Snippet: Exemplary images processed by the new multimodal FD-CT approach. 79-year-old female with an occlusion of the Carotid-T left, NIHSS 16. NE-FDCT showed no demarked infarct ( A ). FD-CTA reveals absent filling of the left MCA-territory with almost no collateralization ( B; continuous arrow) due to an occlusion of the proximal ICA on the left ( C and D ; dashed arrows). Color-coded maps of RAPID ANGIO (1–4) and of the Siemens perfusion prototype software (5–8) show a severe prolongation for Tmax (1) and TTP (5), MTT (2 and 6) and a significantly reduced CBF (3 and 7) and CBV (4 and 8). Brain hemodynamics were severely impaired, as the automated perfusion analysis using RAPID ANGIO showed a poor mismatch ratio of 1.0 (E). The ratio was calculated by the division of the potential salvageable tissue, estimated by the delayed Tmax (green), and the presumed infarcted brain, represented by the CBF reduction (pink)

    Article Snippet: FD-CTP shows a matching deficit in the color-coded maps of RAPID ANGIO (1–4) and of the Siemens perfusion prototype software (5–8) as they show a delay for Tmax (1) and TTP (5), MTT (2 and 6) and a reduction for CBF (3 and 7) and CBV (4 and 8).

    Techniques: Software