Supplement 2. Volumes of fresh tissue samples, formalin-fixed blocks, and exhaustively cut paraffin-embedded serial sections. Analysis of the shrinkage of 30 tissue blocks is provided. The X-, Y-, and Z- dimensions of each block were measured immediately after dissection (fresh samples) and after formalin fixation using a digital caliper. The dimensions of the exhaustively cut block were measured using a calibrated microscope eyepiece (X- and Y-dimensions) and by multiplying the thickness of the histological sections by the number of sections per block (Z-dimension). Orientation of the X-, Y-, and Z- axes (i.e., length, width, and height) of each block was preserved carefully during all processing
Quantitative analysis of three dimensional image datasets in microscopy has the potential to assist ...
BackgroundAll tissue shrinks to some degree when placed in formalin fixative solution. The degree of...
Characterizing the microvasculature of the human brain is critical to advance understanding of brain...
Supplement 2. Volumes of fresh tissue samples, formalin-fixed blocks, and exhaustively cut paraffin-...
This study is aimed at characterizing soft tissue slices using a vibratome. In particular, the effec...
Objective: Detailed information on microvascular network anatomy is a requirement for understanding ...
KEY WORDS whole brain sections; gross sections; neuroimaging; computational neuroanatomy; videomicro...
Objective: Detailed information on microvascular network anatomy is a requirement for understand-ing...
All experimental models of traumatic brain injury (TBI) result in a progressive loss of brain tissue...
Considering the current knowledge on histology of microvessels suggested that quantification of the ...
Mapping the microvascular networks in the brain can lead to significant scientific and clinical insi...
Adequate tissue preparation is essential for both modern stereological and immunohistochemical inves...
The morphological structure of neurons provides the basis for their functions and is a major focus o...
Cell visualization and counting plays a crucial role in biological and medical research including th...
This article reviews methods for quantifying the abundance of histological features in thin tissue s...
Quantitative analysis of three dimensional image datasets in microscopy has the potential to assist ...
BackgroundAll tissue shrinks to some degree when placed in formalin fixative solution. The degree of...
Characterizing the microvasculature of the human brain is critical to advance understanding of brain...
Supplement 2. Volumes of fresh tissue samples, formalin-fixed blocks, and exhaustively cut paraffin-...
This study is aimed at characterizing soft tissue slices using a vibratome. In particular, the effec...
Objective: Detailed information on microvascular network anatomy is a requirement for understanding ...
KEY WORDS whole brain sections; gross sections; neuroimaging; computational neuroanatomy; videomicro...
Objective: Detailed information on microvascular network anatomy is a requirement for understand-ing...
All experimental models of traumatic brain injury (TBI) result in a progressive loss of brain tissue...
Considering the current knowledge on histology of microvessels suggested that quantification of the ...
Mapping the microvascular networks in the brain can lead to significant scientific and clinical insi...
Adequate tissue preparation is essential for both modern stereological and immunohistochemical inves...
The morphological structure of neurons provides the basis for their functions and is a major focus o...
Cell visualization and counting plays a crucial role in biological and medical research including th...
This article reviews methods for quantifying the abundance of histological features in thin tissue s...
Quantitative analysis of three dimensional image datasets in microscopy has the potential to assist ...
BackgroundAll tissue shrinks to some degree when placed in formalin fixative solution. The degree of...
Characterizing the microvasculature of the human brain is critical to advance understanding of brain...