Sentence examples for microscopic cell imaging from inspiring English sources
Among the three conjugates, CNP1 bearing tumor-homing cyclic peptide CNGRC, could selectively label APN/CD13 over-expressing on the surface of tumor cells of HT-1080, as identified by means of fluorescent microscopic cell imaging.
Microscopic cell imaging has proven to identify a high proportion of low quality cells, however this approach is not compatible with all platforms, it is time-consuming, and its automation is challenging.
Because of their inadequacy for dark-field microscopic imaging arising from CML characteristics (i.e. suspension cells) and requirements of ensemble information for prognosis, cell lysate analyses are more desirable than live cell imaging.
Our miniaturized 3D culture system with a well-in-a-well microscopic format (15 experiments/plate), complemented with a high-content live-cell imaging system, and quantitative image analysis software, was developed for larger-scale compound testing in 3D.
To further explore biological phenomena, two distinct microscopic techniques have been attempted to break the diffraction limit [ 6– 23] and have already been applied to live-cell imaging [ 20– 23].
Microscopic access to the CNS microcirculation for live cell imaging has been achieved by the development of sophisticated cranial and spinal cord window surgical preparations [ 7, 8].
Until recently, development of live cell imaging probes relied mostly on qualitative, manual microscopic observations of stained cells.
Cell imaging software cellB (Olympus) was used for the acquisition of microscopic images.
MALDI-guided SIMS imaging enables visualization of molecular distributions on both the microscopic (cell) and macroscopic (population) size scales.
Achievements of live cell imaging and efficient spatiotemporal resolution however have been possible only with the advent of fluorescence microscopic technology, equipped with precisely sensitive automated softwares.
