#Stereogram explorer serial serial#
#Stereogram explorer serial series#

However, they do not yield a satisfactory resolution to distinguish the tumor mass from normal tissue. In clinical practice, magnetic resonance imaging (MRI) and computed tomography (CT) have significantly improved and have become more convenient for 3D reconstruction.

Ideally, understanding and evaluating the behavior and characteristics of solid cancer tissues in terms of oncology should include the information of the whole tumor in all the three dimensions, which is crucial for surgical planning and adjuvant therapy. However, data mining strategy should be developed for complete utilization of the large amount of data generated.Ĭancer cells grow in all three dimensions. In conclusion, generating 3D digital histopathological images of a whole solid tumor based on current technology is feasible. In the regions of interest, micro tumor structure, budding, cell proliferation and tumor lymph vessels were well represented in 3D after segmentation, which highlighted the advantages of 3D reconstruction of light microscopy images. Based on fusion of two datasets, the accurate boundary of laryngeal tumor bulk was visualized in an anatomically realistic context.

#Stereogram explorer serial serial#

Direct volume rendering of serial 6.25 × light microscopy images did not demonstrate the major characteristics of the laryngeal cancer as expected.

#Stereogram explorer serial series#

A series of 5,388 HE stained or immunohistochemically stained whole light microscopic images (200 ×) were acquired (15.61 TB).The data set of block-face images (96.2 GB) was also captured. We established a high-resolution 3D model of molecular marked whole laryngeal cancer by optimizing the currently available techniques. However, 3D histological reconstruction of whole tumor has not yet been achieved. Four types of 3-D plots are available.Three-dimensional (3D) image reconstruction of tumors based on serial histological sectioning is one of the most powerful methods for accurate high-resolution visualization of tumor structures. For 3D plots, you may choose to copy or save them as image, enhanced metafile, or data points in text format. The displays can be copied, saved or printed. You may drag-and-drop to open any supported file. You may also use any JPEG or BMP image as your coding pattern. Stereogram Maker provides (color or grayscale) random-dot coding patterns. You may choose optional perspective for creating stereograms with better visual effect.įor 3D data in range picture format, you may apply any linear or nonlinear function to map pixel values to actual distances. rotate, move or zoom) the 3D objects, and create a stereogram with the 3D objects in the position that you see on your screen. You may create stereograms from two types of 3D data: AutoCAD DXF files, or range pictures in JPEG or BMP format.įor 3D data in DXF format, you may manipulate (e.g. Supported depth map and pattern image file types: PNG, TIFF, JPEG, BMP, GIF, PICT, etc.Oversampling to give smooth depth levels.

Center to both sides method to minimize the distortion.Customizable dimensions (resolution, observer distance, maximum depth, and eye separation).Generate a 'wall-eyed' (divergent) or 'cross-eyed' (convergent) stereogram.Sirds lets you create Single Image Random Dot Stereogram (SIRDS) and Single Image Stereogram (SIS) images. Your stereogram will be generated automatically This program will allow you to create your own text-based 3D stereogram! The best part is that it is incredibly easy to use! Simply enter any word in the 'Hidden Word' text field (such as your name) that you would like to make into a stereogram and click the GO! button.