Cell wall thickness was measured directly from the CLSM images by a procedure adapted from those used previously to measure cell wall thickness in wood [ 16, 17].
Here, we combined confocal laser scanning microscopy with automated image analysis by a procedure that is knowledge-based, quantitative and adaptive to phagocytosis assays of any other A. fumigatus mutant.
To acquire absolute temperature values from the IR images, a calibration procedure was established to determine the solid material's emissivity and reflected temperature or mean radiant temperature of the build chamber, which are necessary input parameters for the IR camera.
Using three different sets of face images and applying a procedure of subliminal learning, we demonstrated that conscious visual awareness might be a prerequisite for holistic processing.
To optimize the simulation results, an image processing procedure and a set of representative aggregates are developed.
A novel stereoscopic image acquisition setup and a procedure for measuring multidimensional particle size distributions (nD PSDs) during crystallization based on image analysis are presented.
Since simulated DWIs have similar intensity profiles to those of measured DWIs and the same geometric profiles as b0-images, an iterative procedure enables intensity-based nonlinear registration.
By the use of an automated fluorescence microscope and subsequent analysis of the generated images, an automated procedure for the determination of cell viability was created.
However, through recourse to earlier aerial photographic images and the development of an image analysis procedure utilizing Radon transforms, a study of relic landscape divisions relating to the Roman settlement and land-use at Butrint has been possible.
Photocurrent images were generated using substantially lower excitation intensities than Raman images (i.e., ∼10W/cm vs ∼1 kW/cm, respectively) to avoid nonlinear effects, such as exciton exciton annihilation or other photon-induced bimolecular processes and Raman images were constructed using a procedure described previously.
