Sentence examples for successive expression from inspiring English sources
A highly simplified interpretation of these data would suggest the induction of A genes by one or several non-clustered regulatory genes, and the successive expression of B genes induced by a hypothetical transcriptional factor activated or expressed concomitantly with A genes.
Similarly, ectopic expression of KSHV RTA (K-RTA) in B or endothelial cells latently infected with KSHV leads to the successive expression of KSHV early and late genes [25], [26].
According to the successive expression of the progenitor markers (foxi3a and foxi3b) as well as differentiation markers (atp1b1b and ca2a), we proposed that NaRCs and HRCs may be generated from common progenitors by the differentially regulated expressions of foxi3a and foxi3b (summarized in Figure 1N).
The positive autoregulation of the phoRS genes, which were supported by reporter gene fusions, could be responsible for the successive expression of the psi genes.
The NG2 cell cycle is regulated by the successive expression of CDKs and cyclins; a series of studies highlight the functions of CDK2.
When in the mammalian bloodstream, African trypanosomes exhibit waves of parasitaemia caused by the successive expression of distinct surface antigens by individual 'antigenic variants', these being periodically recognised and destroyed by the host immune response [ 23].
A few years later, in a rare, marvellous moment of mutual satisfaction, she describes her husband dictating a key transitional passage from A Bend in the River at speed, with his eyes closed and successive expressions chasing one another over his face, 'like weather'.
The nanocomplex consists of a cellular machinery initiated system for successive gene expression stimulation and imaging.
The ' Drosophila life cycle' data is representative of data used for classical regulatory network inference; successive gene expression measurements spanning a given biological process - here the Drosophila development - in order to detect potential regulatory interactions from gene expression profiles.
During Drosophila neuroblast (NB) lineage development, successive NB expression of the TF genes hunchback (hb) → Krüppel (Kr) → nubbin & pdm-2 (pdm) → castor (cas) is required for the birth order-dependent specification of neuronal identity [ 1, 2].
This mechanism is based on the successive and predominant expression of the nervous, immune and endocrine pathological functions [ 7, 8].
