Sentence examples for underlying differentiation from inspiring English sources

The disruption of biological rhythms underlying differentiation of Clock knockout mESCs may drive these cells toward spontaneous differentiation upon withdrawal of pluripotent signals.

The formation of VSNs and the collaboration of their heterogeneous smart nodes require middleware frameworks able to efficiently manage the underlying differentiation in terms of software and hardware resources and subsequently hide it from the applications.

Due to the underlying differentiation between proximity and adherence, it is also possible to have aggregates that have both types of relations realized between their constituting parts.

Taken together, these results indicate that MN9D cells represent a suitable in vitro model system to study the molecular mechanisms underlying differentiation of mDA and 5-HT neurons.

In our study, the low oxygen/DHP-d treatment of ATSC provides a simple method for the production of primitive stem cells via ROS controlled de-aging process, and may also be utilized in the investigation of the mechanisms underlying differentiation and de-differentiation.

In our study, the introduction of exogenic Oct4 to autologous ATSCs provides a simple method for the production of primitive stem cells via enhanced growth activity and multipotency, and may also be utilized in the investigation of the mechanisms underlying differentiation and cell reprogramming.

Developmental systems serve as convenient models for studies of cancer because they allow access to a number of stem cell populations throughout embryogenesis and benefit from well-documented regulatory networks that underlie differentiation and patterning.

Furthermore, the lack of markers for organizer derivatives, particularly the DE, is a major obstacle in our understanding of the molecular pathways that underlie differentiation of distinct lineages in the early embryo [ 20].

CM-derived iPS cells may thus lead to new information on differentiation processes underlying cardiac differentiation and proliferation.

In other words, the genetic factors underlying neural differentiation could control differentiation by affecting the transcriptional network and its fluctuations, which are measured as dynamic changes in correlations and variances.

Therefore, we utilized this model of neural differentiation to study the mechanisms underlying the differentiation of hPSCs towards NPCs.