Sentence examples for multimodal imaging techniques from inspiring English sources

Multimodal imaging techniques for capturing normal and diseased human anatomy and physiology are being developed to benefit patient clinical care, research, and education.

The technique of OCTA has a number of limitations such as presence of several artifacts in OCTA such as signal loss which need to be carefully interpreted in conjunction with multimodal imaging techniques [20].

Multimodal imaging techniques are now needed to put these distinct structures back into the context of the surrounding tissue.

Multimodal imaging techniques, including color and red-free photographs, near-infrared reflectance, fluorescein angiography, and spectral-domain optical coherence tomography, were performed and the findings were correlated to the changes in visual acuity.

OCTA has been recently shown to be an effective tool to identify the changes at the level of choriocapillaris in acute VKH and in monitoring the disease resolution, recurrence, and persistence in conjunction with clinical examination and other multimodal imaging techniques by our group [17].

However, this limitation applies to all multimodal imaging techniques.

With multimodality imaging techniques clearly on the rise, the development over these new techniques has led to explosive growth in multimodal imaging agent researches [ 74, 75].

Recently, positron emission tomography/magnetic resonance imaging (PET/MR) has been introduced as a new multimodal imaging technique combining morphological and functional information.

Positron emission tomography/magnetic resonance imaging (PET/MR) is a new multimodal imaging technique, which might improve the diagnostic performance not only in oncological patients but also in patients with non-neoplastic inflammatory lesions as routinely used 18F-FDG is not a cancer specific agent.

We used a multimodal imaging technique that combines the temporal resolution of MEG with the spatial resolution of MRI to distinguish activity in different brain regions during both early encoding (∼170 ms for visual words and ∼100 ms for auditory words) and late lexico-semantic (∼400 ms) processing stages.

This multimodal imaging technique will have great development and application value and will become an important method of molecular imaging.