Sentence examples for derivative imaging from inspiring English sources

In this paper, we propose a very simple strategy, the Chromatic Derivative Imaging (ChromaDI), to include the information of an infrared channel into a false-color image where, however, no visible channel has been dropped.

New approaches in the application of multispectral imaging to the recovery of archeological wall paintings are presented, based on statistical techniques and on a novel method of image treatment (Chromatic Derivative Imaging – ChromaDI) which offers a way of embedding information coming from four spectral bands into a standard RGB image.

This raised hope that some improvement in binding specificity would allow the use of a close derivative for imaging purposes.

Sang et al. investigated the possibility of using iodine labeled hypericin derivatives for imaging malignant gliomas with PET and SPECT [ 25].

Many of these tracers also have theranostic potential, and can be used to identify patients, which may benefit from therapeutic derivatives of imaging compounds (for example, high-dose I-MIBG).

The goal of this work was to develop methods for labeling polymeric nanoparticles with an F-18-biotin derivative to enable imaging of their delivery to intact tissue with PET.

This peptide was used as lead structure for the development of a F-labeled derivative for noninvasive imaging of integrin α5 β1 expression (more detailed information will be found in this special issue under Haubner et al. " H-CRRETAWAC-OH, a lead structure for the development of radiotracer targeting integrin α5 β1 ?" [ 39]).

Research progress on the use of graphene derivatives in biological imaging, drug carriers and photodynamic therapy of cancer is presented.

Our results suggest that the prepared GLP-1 derivatives are suitable imaging probes for studying pancreatic islet function in vivo.

Therefore, the glucose-conjugate could be a potential lead compound for the design of substituted glibenclamide derivatives as islet imaging ligands.

Further study of their radiochemical and biological properties will be performed to evaluate the usefulness of these water-soluble chitosan derivatives for nuclear imaging agent design.