Optical Coherence Tomography (OCT) is a clinical standard imaging technique in ophthalmology, which provides much more information than other classical modalities.
This is of importance when myolectric signals are used as entry for adaptive interfaces (e.g. visual keyboards), because one of the classical modalities of click requires stabilization (the so-called dwelling time: the entry must remain steady on some component, then a click occurs).
Performance status has been analysed according to two classical modalities: PS 0-1 and PS greater than or equal to 2 (Zubrod et al, 1960).
Performance status was analysed according to two classical modalities: PS 0 1 and PS greater or equal to 2 (Zubrod et al, 1960).
Classical modalities of signal analysis, such as time domain and frequency domain-based analysis are frequently insufficient in providing significant biologic data on uterine contractile activity.
Treatment of oral cancer has relied primarily on the "classical" modalities of surgery, radiation, and chemotherapy and combinations of these methods [ 3].
Even with classical clinical modalities such as X-ray tomography, MRI, and/or echography, inappropriate diagnosis can result from the lack of reference values for children bone.
It is expected that molecular imaging can be used to detect diseases much earlier because molecular and cellular changes precede anatomical and structural changes on classical imaging modalities such as CT and MRI.
Treatment of oral SCC (OSCC) has primarily relied on classical therapeutic modalities including surgery, radiation, and chemotherapy or a combination of these methods; yet, the outcome of OSCC has not improved significantly.
Our analysis showed that survival outcomes of the laparoscopic and classical open modalities were comparable, but statistical difference was hard to assess due to the insufficient data of the selected studies which included the unclear use and duration of adjuvant therapy as well as the limited number of data describing long-term survival after LRH versus RH.
