We wanted to evaluate whether this new technique would be valuable for the imaging of cancer patients concerning a non-stop (one-stop-shop) chest-abdominal-pelvis CT examination in a daily clinical routine.
Given the improvement in the data analysis obtained with this approach, its wide application could be valuable for future quantitative imaging studies.
DC-STAMP and OC-STAMP could be valuable for therapy development and imaging of osteoclasts in arthritis.
Such a laser would be valuable for extended depth SSOCT imaging applications, and would even further simplify this technique for resolving the complex conjugate ambiguity in SSOCT.
Nevertheless, the radiologic characteristics of Askin tumors are not specific, but imaging can be valuable for evaluating the extent of the tumor, the response to treatment and local recurrences or distant metastases.
Accurate prediction of long-term disease-free survival immediately after surgical resection of the renal tumor would be valuable for patient counseling, scheduling follow-up imaging and identifying poor risk group patients who might benefit from enrollment in adjuvant therapy protocols.
In the future, magnetic resonance imaging may be valuable for making a diagnosis in acute abdominal pain.
Beyond these applications, wide-field multispectral and fluorescence imaging can be valuable for clinical applications such as characterizing the structure and function of a broad range of tissues including cervix, retina, oral mucosa, gastric tissues, the heart, internal organs during surgery and skin [ 4– 9], and for basic research applications such as small animal molecular imaging [ 10– 10].
Having highly efficient detection and noninvasive isolation capabilities, we have demonstrated that our RAN-based Raman imaging method will be valuable for predicting cancer metastasis and relapse via CCSC detection.
This high-resolution imaging technique will be valuable for gaining a greater understanding of the morphologic characteristics of malignant and benign microcalcifications.
