VCMM can also be useful in other fields such as computational quantum chemistry, image processing, and material science.
To test this hypothesis, we used high-resolution confocal microscopy combined with 3-D visualization and image processing (see Materials and Methods for details) to identify merotelic kinetochores in cold-treated (to induce non-kinetochore microtubule disassembly, but preserve kinetochore microtubules) prometaphase CIN cells immunostained for kinetochores and microtubules (Figure 4A D).
The images were enhanced to make flagella more visible (see 'Materials and methods' for details of the imaging and image processing).
The image contrast was adjusted to make flagella more visible (see 'Materials and methods' for details on the labeling, imaging and image processing protocols).
Fractional differential equations have been of increasing importance in the past decades due to their diverse applications in science and engineering, such as the memory of a variety of materials, signal identification and image processing, optical systems, thermal system materials and mechanical systems, control system, etc., see [1, 2].
Fractional differential equations have been of increasing importance for the past decades due to their diverse applications in science and engineering such as the memory of a variety of materials, signal identification and image processing, optical systems, thermal system materials and mechanical systems, control system, etc.; see [1, 2].
These flows are widely used in various fields like computational geometry, fluid mechanics, image processing, computer vision, and materials science [1].
Our aim is to use a framework of combined satellite image processing with other cartographic materials for analyzing and modelling the spatial urban and rural pattern correlated to the protected areas located either in their contiguity or separated through a buffer zone with agricultural use.
For this purpose, we used the program Vsom (40), which is part of the X-window-based microscopy image processing package (41) (see Supplementary Material).
The porosity parameter was calculated from scanning electron micrographs of the porous piezoelectric materials using conventional image processing techniques.
