Real-time in vivo and in situ imaging at the cellular level can be achieved with fibered
confocal microscopy. As interesting as dynamic sequences may be, there is a need for the …

Fibered confocal microscopy allows in vivo and in situ imaging with cellular resolution. The
potentiality of this imaging modality is extended in this work by using video mosaicing …

Recent advances in optical imaging have led to the development of miniature microscopes
that can be brought to the patient for visualizing tissue structures in vivo. These devices have …

Objective: Image registration of whole slide histology images allows the fusion of fine-
grained information—like different immunohistochemical stains—from neighboring tissue …

Image analysis workflows for Histology increasingly require the correlation and combination
of measurements across several whole slide images. Indeed, for multiplexing, as well as …

Inactivation of the retinoblastoma gene in mouse embryos causes tissue infiltrations into
critical sections of the placenta, which has been shown to affect fetal survivability. Our …

We present an intensity-based nonrigid registration approach for the normalization of 3-D
multichannel microscopy images of cell nuclei. A main problem with cell nuclei images is …

Image mosaicing has found a number of applications such as panoramic imaging, digital
terrain mapping, ophthalmology and virtual microscopy. In this study, we present an …

A significant limitation of fiber bundle endomicroscopy systems is that the field of view tends
to be small, usually only several hundred micrometers in diameter. Image mosaicking …

In recent years there has been growing interest in using confocal microscopy to observe
tissue structure and function for in vivo pathology. Although confocal microscopy can provide …