Feedforward loops (FFLs) are relatively simple network motifs, made of three interacting
genes, that have been found in a large number in E. coli and S. cerevisiae. More recently …

Cell size is controlled to be within a specific range to support physiological function. To
control their size, cells use diverse mechanisms ranging from 'sizers', in which differences in …

Epithelial to mesenchymal transition (EMT) is a complex, non-linear, dynamic multistep
process that plays an integral role in the development of metastatic cancers. A diverse range …

Mathematical models are powerful tools in guiding the construction of synthetic biological
circuits, given their capability of accurately capturing and predicting circuit dynamics. Recent …

Glucuronoxylan is present mainly in the dicot of the secondary cell walls, often O‐acetylated,
which stabilizes cell structure by maintaining interaction with cellulose and other cell wall …

Saussurea lappa (S. lappa) has been known to synthesize medicinally important,
costunolide. Due to its immense therapeutic importance, understanding of regulatory …

Transcriptional regulatory networks (TRNs) are enriched for certain “motifs.” Motif usage is
commonly interpreted in adaptationist terms, ie, that the optimal motif evolves. But certain …

Enzymatic reactions are essential for most cellular reactions and ubiquitous in living
organisms. In the present study, we explore the pivotal role of the reverse reaction in …

Feed-forward loop (FFL) is found to be a recurrent structure in bacterial and yeast gene
transcription regulatory networks. In a generic FFL, transcription factor (TF) S regulates …

Over the past two decades, numerous studies have been conducted with the aim of
identifying the the structures within regulatory networks responsible for gene expression …