This resource limitation can result in the emergence of hidden regulatory interactions between co-expressed genes, such as gene coupling, where for example the expression of one gene decreases as another increases.
For example, the expression of EZH2 is known to be regulated by the co-expressed transcription factor E2F2 [ 65].
Take, for example, the expression of enthusiasm.
This allows, for example, the expression of monoclonal antibodies, first described in 1989, as well as a range of other types of immunoglobulin molecules and multimeric complexes.
For example the expression of carbamoylases is reported to be inducible (Mei et al. 2008).
For example, the expression of a key gene involved in cell differentiation varied in each of the populations.
For example, the expression of miR-130a is up-regulated in the serum of children with autism (Vasu et al., 2014).
For example, the expression of three DHN genes was detected in sugarcane under heat stress, and their expression is independent of the changes in the water relations of leaves (Wahid and Close 2007).
For example, the expression of two 7kDa proteins are regulated by an RNA thermometer in the thermophilic bacterium Thermus thermophilus and a similar mechanism has been identified in Enterobacteriales.
For example, the expression of the α-factor protease Bar1 improves performance at high pheromone concentrations.
For example, the expression of collagen IV and laminin 1 are reciprocally stimulated in both NHK and fibroblasts [48] [49].
