<p>(A) 3D textured rendering of the whole volume of the mouse embryo is illustrated in orange. Digital sections of the same mouse embryo are illustrated in gray-scale demonstrating autofluorescence anatomy data in sagittal (B), coronal (C), and axial planes (D). An equivalent location in anatomy is shown by the location of the red cross-hair. The scale bar is 2 mm.</p
Abstract- High frequency ultrasound imaging has become an effective tool for anatomical mice studies...
© 2020 The Authors. Embryonic development is a complex process that is unamenable to direct observat...
This dissertation provides the foundations of computer-based automated phenotyping methods for analy...
<p>Similarly positioned sagittal sections through an E12.5 mouse embryo acquired by the custom OPT (...
<p>Micro-CT generates a 3D data set of mouse embryo morphology that can be digitally sectioned at an...
Recent progress in three-dimensional optical imaging techniques allows visualization of many compreh...
Early patterning and polarity is of fundamental interest in preimplantation embryonic development. L...
With the completion of the Human Genome Project, the chemical sequence and location of every gene is...
AbstractThis paper describes a digital, three-dimensional model of the mouse embryo at E9. The model...
A new method is described for automatic detection of subtle morphological phenotypes in mouse embryo...
AbstractWe present an archetypal digital atlas of the mouse embryo based on microscopic magnetic res...
We present an archetypal digital atlas of the mouse embryo based on microscopic magnetic resonance i...
<p>(A and E) Each image represents the maximum intensity projection of a 13-µm thick section. Scale ...
International audienceHigh frequency ultrasound imaging has become an effective tool for anatomical ...
<p>(A) Optical sections of a Histone H2B-GFP mouse embryo along the axis perpendicular to the proxim...
Abstract- High frequency ultrasound imaging has become an effective tool for anatomical mice studies...
© 2020 The Authors. Embryonic development is a complex process that is unamenable to direct observat...
This dissertation provides the foundations of computer-based automated phenotyping methods for analy...
<p>Similarly positioned sagittal sections through an E12.5 mouse embryo acquired by the custom OPT (...
<p>Micro-CT generates a 3D data set of mouse embryo morphology that can be digitally sectioned at an...
Recent progress in three-dimensional optical imaging techniques allows visualization of many compreh...
Early patterning and polarity is of fundamental interest in preimplantation embryonic development. L...
With the completion of the Human Genome Project, the chemical sequence and location of every gene is...
AbstractThis paper describes a digital, three-dimensional model of the mouse embryo at E9. The model...
A new method is described for automatic detection of subtle morphological phenotypes in mouse embryo...
AbstractWe present an archetypal digital atlas of the mouse embryo based on microscopic magnetic res...
We present an archetypal digital atlas of the mouse embryo based on microscopic magnetic resonance i...
<p>(A and E) Each image represents the maximum intensity projection of a 13-µm thick section. Scale ...
International audienceHigh frequency ultrasound imaging has become an effective tool for anatomical ...
<p>(A) Optical sections of a Histone H2B-GFP mouse embryo along the axis perpendicular to the proxim...
Abstract- High frequency ultrasound imaging has become an effective tool for anatomical mice studies...
© 2020 The Authors. Embryonic development is a complex process that is unamenable to direct observat...
This dissertation provides the foundations of computer-based automated phenotyping methods for analy...