PMC:7473770 / 26694-27883 JSONTXT 6 Projects

Annnotations TAB TSV DIC JSON TextAE

Id Subject Object Predicate Lexical cue
T201 0-133 Sentence denotes Next, the segmentation of blood vessels is demonstrated for the example of a splitting blood vessel in the zoom tomogram of sample V.
T202 134-174 Sentence denotes The segmentation was performed manually.
T203 175-321 Sentence denotes To give an impression of the separation of a single capillary, a series of virtual slices in the xy-plane (magnified views) is shown in Figure 9a.
T204 322-417 Sentence denotes The separation starts with the creation of a branch from the blood vessel (arrow in slice 336).
T205 418-515 Sentence denotes In slice 326, 1.7⁢μ⁢m above slice 336, this branch evolves into an empty and separated capillary.
T206 516-581 Sentence denotes Another 2⁢μ⁢m above, the capillary is entirely filled with cells.
T207 582-664 Sentence denotes Further 2.3⁢μ⁢m, the capillary is empty again and has a diameter of about 2.8⁢μ⁢m.
T208 665-791 Sentence denotes The segmentation of the blood vessel with all its separated branches is indicated for slice 336 in Figure 9b by the red lines.
T209 792-932 Sentence denotes In this slice, three capillaries have already separated from the main vessel, while the fourth starts to emerge, indicated by the red arrow.
T210 933-1041 Sentence denotes The 3D shape of the blood vessel is illustrated by the 3D rendering of the segmentation, shown in Figure 9c.
T211 1042-1189 Sentence denotes This segmentation of the blood vessel shows the potential of the datasets, which may be fully exploited in future with more advanced segmentations.