The number of DIV required for the elaboration of all differentiated progeny was determined to satisfy several essential developmental and cellular criteria, including homogeneity of the developmental lineage species examined (>95%) and the absence of alternative neural species.
Because of the lack of cellular criteria for malignant lesions, it is impossible to predict the potential biological behavior of chondroblastoma, especially with respect to their ability to metastasize.
Among the adenocarcinomas, no significant segregation was observed on this analysis that would suggest subclassification into distinct molecular subtypes that might be associated with differences in tumor or cellular staging criteria.
This updated nomenclature is based on three criteria: Cellular and subcellular location, overall gene/protein homology, and the utilization of specific protein modules within their respective protein cores.
Several different forms of non-apoptotic cell death have been described on the basis of specific cellular or molecular criteria.
However, it remains elusive how GSCs are maintained and generate cellular diversity, key criteria for consideration as a stem cell.
Defining cellular and molecular criteria associated with each disorder will help to uncover causal physiological changes in patients and will lead to more objective diagnostic criteria.
In each case the final score ranged between 6 and 18. Mouriquand's grading system takes into account the following criteria: cellular characters (clustering, 0/isolated cells, 3), nuclear features (anisokaryosis, 2; large size, 3; budding, 2; naked, 3; hyperchromasia, 2; hypochromasia, 3), nucleoli (blue, 2; red, 3), and number of mitoses (≥3 per slide = 1, ≥6 per slide = 3).
InstaPoC was created in compliance with the imaginatively-named PoC (Push to Talk over Cellular) 2.0 standard, which lays out in excruciating detail the criteria necessary for a reliable, business-grade push-to-talk system.
Very recently, in [13], the exponential stability criteria for cellular NNs with interval time-varying delays were proposed, based on the generalized activation functions.
We further show evidence that, after the loss of culturability, the cells remained viable by using a variety of criteria, including cellular membrane integrity, uptake and incorporation of radiolabeled amino acids, and protection of genomic DNA from DNase I digestion.
