Meanings of cell's physiological state in English

The ID2 protein supports cancer hallmarks including the cancer stem cell state.

Therefore, it allows for a continuous investigation of the cell state during stretching experiments.

Populations of isogenic cells often respond coherently to signals, despite differences in protein abundance and cell state.

Our understanding of the cellular and molecular mechanisms underlying the adult neural stem cell state remains fragmentary.

These findings demonstrate that somatic cell state influences requirements for reprogramming and delineate two phases in the process.

However, how stiffness changes regulate vascular cell phenotype is not well understood.

Rituximab treatment had no effect on the T- cell phenotype and function post-transplant.

Lactoferrin also exerts an effect on target cells depending on the cell phenotype.

The cone cell phenotype is sensitive to the level of rugose gene function.

The different fractions were stimulated and the B- cell phenotype and immunoglobulin profiles analyzed.

Pluripotency is increasingly recognized as a spectrum of cell states defined by their growth conditions.

Future studies should reveal the molecular basis for the differences in activities between the different cell states.

Such large distributions complicate the statistical evaluation of pharmacological treatments and the comparison of different cell states.

Our work highlights the superior power of proteome profiles to study protein complexes and their variants across cell states.

Second, we define quantitative measures of dynamical modularity, namely that global cell states are discrete combinations of switch-level phenotypes.

We also conducted association analyses relating individual insertions to a variety of cellular phenotypes.

The cellular phenotypes of the neoplasms and the corresponding background intestinal metaplasia were also determined.

Background: Genes present in only certain strains of a bacterial species can strongly affect cellular phenotypes and evolutionary potentials.

These cellular phenotypes occurred in the absence of alterations in cell proliferation during cortical differentiation, differing from previous studies.

During fetal and postnatal development, the human brain generates 160 billion neuronal and glial cells, each with precise cellular phenotypes.

These associations were cell type specific and reflected the cell's physiological state.

Recent evidence suggests that stochasticism is important for generating cell type diversity.

Researchers can also transform one cell type directly into another cell type.

This difference was caused by cell type-specific expression of different ABC transporters.

Comparison with lung model systems revealed distinct subtype to cell type correspondence.