The SG differentiation compartment was identified in H&E sections on the basis of differentiating sebocytes exhibiting pale and enlarged cytoplasm from lipid accumulation.
As expected, seven sinus compartments were identified for both sides in the 2D datasets, which were divided in two totally separated sinus systems [ 13].
Nucleases responsible for genomic DNA degradation during PCD were identified in cellular compartments containing nucleic acids or in the organelles where they are stored before final application.
Plant degradative nucleases that have been studied so far belong mainly to the S1-type family and were identified in cellular compartments containing nucleic acids or in the organelles where they are stored before final application.
Nucleases that have been studied so far were identified in cellular compartments containing nucleic acids, such as the nucleus [ 1], plastids and mitochondria [ 34] or in the organelles where they are stored before final application, for example, vacuole [ 12], lysosome [ 1] and other intracellular membrane vesicles [ 6].
Regarding the vitelline membrane, twelve proteases and antiproteases were identified in this compartment.
In most of the cases, subclonal clusters of mutations were identified in all three compartments; while in some cases, a subclone was detected in only one of the compartment (Fig. 5a, c).
Several other proteins that have been proposed as potential biomarkers for ovarian cancer were identified in the extracellular compartment of cells analyzed in this study, including WFDC2 (HE4) and MUC16 (mucin 16, CA125), a membrane glycoprotein that was significantly enriched in conditioned media from CaOV3, OVCAR3 and ascites cancer cells and which is used as a marker of ovarian cancer [36].
No differences were identified in the CCR6- compartment, thus stressing the specificity of our finding.
The anterior tibial artery and vein were identified in the proximal calf and the anterior compartment.
