Sentence examples for microscopy data on from inspiring English sources

We present scanning tunneling microscopy data on the dynamics of monatomic high islands on gold electrodes in different electrolytes.

The analysis of the crystal structure and earlier electron microscopy data on the collar whisker complex suggests the necessity of other proteins to participate in the collar formation.

The findings correspond to current histological and microscopy data on the fibrous structure of aortic tissue, and therefore the eigenvector maps and fibre tractography appear to reflect the alignment of the fibers in the aorta.

The movement of data in high-performance computing and across storage devices is well known, with hierarchies of transmission latency; therefore, analyzing scanning and electron microscopy data on these platforms will require physics-based algorithms that are customized to exploit parallel work while minimizing communication cost [89].

However, biochemical and microscopy data on the nature of β-globin interactions with other chromosomes is contradictory.

Filaments are assumed to be oriented on average with angles of α = ±35° with respect to the direction of network growth in agreement with electron microscopy data on keratocytes [57] and simulations [58].

We illustrate the utility of the structural state extraction and classification in experimental images by two case studies from some of the most widely used atomic imaging modalities, namely scanning transmission electron microscopy data of interfaces in heteroepitaxial systems and scanning tunneling microscopy (STM) data of defect states found on the surface of graphite.

The globally optimal reconstruction of entire brains on TEM level will enable registration of 3D light microscopy data onto electron microscopy volumes.

The data obtained were further integrated with fluorescence and soft X-ray cryo microscopy data applied on experimental systems covering a wide range of biological complexity.

In super-resolution microscopy, data acquisition on a cell-by-cell basis, as well as image processing, is relatively time-consuming.

Results: We introduce a novel algorithm for tracking cells in 3D time-lapse microscopy data, based on computing cosegmentations between component trees representing individual time frames using the so-called tree-assignments.